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Optical communication is a communication method in which light waves are used as information carriers and optical fibers are used as transmission media. After decades of development, the optical communication industry has expanded its industry scale and product range. At present, there are already nearly complete industrial chains such as optical transmission equipment, optical access equipment, optical supporting equipment, optical fiber cables, and fiber optical components. fiber optic cables for data communication, and optical communication equipment includes optical terminal transceivers, switches, and other related products. In recent years, the average growth rate of the overall optical communication industry has reached 30%-40%.
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The Zhiyun Crane 3S is the latest iteration of Zhiyun’s flagship line of Crane gimbals, traditionally designed for DSLRs and mirrorless cameras. On first glance, the Crane 3S looks a lot like the Crane 3 LAB, but it definitely holds a few extra tricks up its sleeve.
I’ve been using one for a few weeks now when weather and Scotland’s lockdown rules have allowed and I’m going to go over some of those differences and the advantages the Crane 3S has to offer over the Crane 3 LAB.
There are three different Crane 3S kits available. There is the Crane 3S-E, the Crane 3S and the Crane 3S Pro. We’ll get into the differences a little later, but for clarification, the kit I have is the standard Crane 3S.
FIRST IMPRESSIONS & DIFFERENCES OVER THE CRANE 3 LAB
The case for the Crane 3S is quite similar to that of the Crane 3 LAB. It feels a little more compact, although it’s actually pretty close in size. It feels tough and rugged, built from the same kind of hard foam as many gimbal cases these days. It has a top handle for carrying it and locking clips that keep it shut when it needs to be.
Inside though, the Crane 3S case looks a little more cramped than that of the Crane 3 LAB due to a slightly beefier body, with no empty slots for future expansion and upgrades, which is a little disappointing. This was a great feature of the Crane 3 LAB case, which had dedicated slots for all the extras you could buy separately as well as a spare set of batteries. There is still nowhere to add any kind of shoulder strap. So, if you’re carrying the case, you’re tying up one of your hands.
If you buy the 3S Pro kit, I would assume (hope?) that it comes with a different case containing slots for all the extra bits that come with it. But if you’re buying the 3S and hoping to add extras like the focus motor (which only come with the 3S Pro kit), then you’re going to need something else to store them in.
All that said, the case feels solid and everything is packed well inside. The immediate difference between the 3S and the 3 LAB, for the observant ones amongst you, is that the handle isn’t actually attached to the gimbal. Yes, that’s right, it’s removable, and the gimbal can function just fine without it through a bunch of extra buttons on the gimbal body itself or by using the mobile app.
You can see when you look inside the Crane 3S and Crane 3 LAB cases side by side that the 3S is somewhat beefier than the 3 LAB, with noticeably thicker arms and larger motors. This provides the Crane 3S load capacity of a whopping 6.5kg vs the 4.5kg of the Crane 3 LAB. Interestingly, both gimbals have the same minimum load capacity of a somewhat modest 0.6kg. The gimbal itself, however, weighs almost a kilogram more than the 3 LAB, coming in at 3.2kg vs 2.3kg – which is a significant difference.
Pulling it out of the case, the 3S actually feels even more solid than the 3 LAB did. I think this is partly due to the new locking mechanism on the pitch, roll and yaw axes. In the 3 LAB, the arms could either be unlocked and free to move or “locked”, restraining them to a fairly consistent position, although a little movement was available. With the Crane 3S, these locks now have three modes. There’s unlocked, a locked mode similar to the 3 LAB and a new really locked mode, which tightens the arms down hard so that they don’t move at all – which makes balancing a little easier.
One of the things I immediately noticed about the 3S over the 3 LAB was how many connection points it has. But it wasn’t just the quantity that caught my attention, but the fact that some of them have been upgraded from 1/4-20″ to 3/8-16″. This is great because it means you’ll get a more substantial connection between accessories and support systems, but it is slightly annoying in other ways as some accessories will not be interchangeable between gimbals if you own both the Crane 3S and Crane 3LAB, or other gimbals that only utilise 1/4-20″ threads.
The new mounting plate was also something that I noticed right away. It’s still a Manfrotto PL compatible plate, although they’ve ditched the strange extra adjustable platform of the mounting plate that came with the 3 LAB and they’ve also added threads on the front of the plate to attach rods for your follow focus motors. Having this built right into the tripod plate means it’s much easier to set up your camera and balance it properly with a follow focus unit now than it was before because the camera and focus motor is moving together.
You’ll see above that there’s also a lens support supplied with the mounting plate. Personally, I’ve only needed to use this when playing around with the 300mm, but it can be very handy for larger cameras with big lenses that need a little extra assistance. To help with the increased size of the loads it can carry, the whole mount assembly slides left and right from the tilt arm, too, which means you no longer need offset plates for wide cameras like the Blackmagic Pocket 4K.
As a quick aside, while we’re on the topic of focus motors, the Crane 3S is compatible with the Crane 3 LAB focus motors, and there are Type-C USB sockets for connecting both right next to the mounting plate. So, if you’re upgrading from the 3 LAB to the 3S, bear this in mind.
After charging up the batteries and pulling everything out of the case, things went together well. The SmartSling removable handle, which replaces the fixed handle on the Crane 3 LAB goes in and out easily and utilises a double locking system to ensure a good fit with no accidents.
The camera slides onto the mount smoothly and balancing the camera is just as straightforward as it was on the 3 LAB if not a little easier, thanks to being able to completely lock each arm down tight.
Powering it up presents the same array of shooting modes as the Crane 3 LAB and handling seems very similar, albeit slightly heavier.
Let’s dig into a little more detail now, though.
THE SMARTSLING (AND EASYSLING) HANDLES
The kit that I have is the standard Zhiyun Crane 3S package. This includes the SmartSling handle, which offers similar controls to the built-in handle on the Crane 3 LAB except that unlike that one, this is removable.
A removable handle might seem a little odd at first, especially if you’re only used to using gimbals handheld, but it has a few benefits. First, it means you can break the gimbal down into smaller components for more easily packing into a backpack. But it also means that you have easier mounting options for attaching it to things like vehicles, as the arm isn’t going to be getting in the way, and helps to keep everything as compact as possible.
Attaching the Crane 3S to a vehicle isn’t something I’ve tried yet, although it’s on my list. After Scotland’s lockdown is fully over and it’s safe to travel and be in close proximity to other people, it’s one of the first things I’ll be trying when the chance presents itself, so stay tuned for that.
The Crane 3S-E package comes with just the EasySling handle, which is essentially just a rubber-clad metal cylinder with a 3/8-16″ threaded socket in the bottom, a 3/8-16″ threaded screw on the top. It’s clad in rubber to make it easy to grip and not feel so cold when you’re shooting in chilly weather. You can screw this straight into the gimbal, or attach it via a small offset plate, putting it into a similar position to how the SmartSling would mount. Of course, you don’t get any handle controls or display with the EasySling handle.
Despite not being part of the standard 3S kit, I did receive the EasySling handle, and if you decide to only get the standard kit, I’d definitely recommend buying an EasySling handle separately. It’s available as an optional accessory. Both handles come included with the Crane 3S Pro kit, and having them both will make your life much easier with the Crane 3S, especially if you’re using larger cameras, as you can also mount it underneath the gimbal with the supplied tabletop tripod below that.
Being able to use both the SmartSling and EasySling handles simultaneously in this way and pick the whole rig up and set it back down with two hands definitely makes life easier on your arms and back.
I was originally going to recommend that the EasySling handle would be a good upgrade for existing Crane 3 LAB owners who don’t need the added load capacity and versatility of the Crane 3S, but there’s a bit of a snag. The Crane 3 LAB and its accompanying tabletop tripod use 1/4-20″ threads, not 3/8-16″. Hopefully, Zhiyun will release a similar handle that uses 1/4-20″ for Crane 3 LAB users, as Zhiyun has stressed that the 3S is not a replacement model for the 3 LAB, it’s simply another product line.
The mount on the Crane 3S (left) is 3/8-16″, a beefy upgrade from the 1/4-20″ on the Crane 3 LAB (right), although it means parts aren’t interchangeable.
This also means that all your 1/4-20″ quick releases for the Crane 2 and Crane 3 LAB to take it on and off the mini tripod, your monopod, or whatever else you put it on also won’t fit the Crane 3S. Hopefully, they’ll release a 3/8-16″ version, too. Or at least one with a 3/8-16″ hole in the bottom, a 1/4-20″ thread on top, and a couple of 1/4-20″ to 3/8-16″ adapters.
WEIGHT AND SIZE CAPACITY
While the Zhiyun Crane line of gimbals has traditionally held a lot of weight, they’ve had a one or two issues. Many users haven’t been able to take full advantage of that weight capacity due to size limitations. Usually, it’s because the camera just can’t sit off to the side or forward & backwards enough to balance well or the larger camera systems (like the Blackmagic URSA Mini) physically don’t fit. With the Crane 3S, those problems are solved, with the ability to take some pretty large cinema cameras. Even the Blackmagic URSA Mini.
Knowing in advance that I’d have a Zhiyun Crane 3S was on the way to me, I had hoped to get hold of and actually test it with a Blackmagic URSA Mini but then the lockdown happened, making that pretty much impossible. So, I’ve had to make do with the equipment I have here at my disposal. For me, that primarily means Nikon DSLRs and Panasonic mirrorless. Not the best test subjects for a heavy-duty gimbal like this, but it does allow me to test out at least physically large and awkward setups, even if it’s not putting much of a load strain on the gimbal.
My basic setup for these tests was the Nikon D800 and the Sigma 28-70mm f/2.8 lens. It’s not a particularly outstanding setup when it comes to video quality, but it’s a respectable size and weight and represents what you might get with something like a Pocket 4K or larger video-centric mirrorless camera. So, it serves the purpose.
Initially, I tried it out with just the supplied mini tripod screwed into the bottom. Despite the increased weight, it felt quite similar to using the Crane 3 LAB. The movements were pretty much the same, and the general operation didn’t differ too much despite the extra controls and buttons on the Crane 3S.
The one thing that did stick out, though, was the joystick. You can’t unscrew it and remove it on the Crane 3S like you can with the Crane 3 LAB, which can sometimes lead to accidentally knocking it and moving the orientation of the camera if you’re not careful.
What I really wanted to see, though, was how big and useful this thing was fully extended. The extension is a separate piece, and it’s awesome, but it’s also awkward. It’s not designed to be regularly taken on and taken off. The wires contained within the arm are quite delicate and it is quite easy to risk damaging them if you’re not careful. So, if you’re always using larger camera systems, you’ll want to keep the extension attached all the time. This means you’re probably going to be looking for another case in which to keep the gimbal, as it won’t fit into the supplied one with the extension arm attached.
But, I extended the arm on the head of the gimbal, put the EasySling handle underneath and attached the focus motor. My D800 was otherwise engaged, so I just grabbed a 1.5x crop Nikon D7000 – mostly because this would offer me a field of view at a given focal length similar to Super 35mm. On this camera, I put the Nikon 300mm f/4 AF-S, for a field of view similar to a 450mm lens on full-frame. This is a setup that just should not work on a gimbal, and it’s rare you’ll find people using anything longer than about a 60mm or 70mm full-frame equivalent lens, just because such a long focal length massively magnifies the little micro-jitters from the motors or simply being handheld.
It actually held up surprisingly well. You do need to be quite careful, and tracking a moving subject is extremely difficult because the tiniest movement in pan follow mode can translate into a very big shift going ahead of your subject. But I just wanted to see how well it could even handle such an odd (for shooting video on a gimbal) set up and it was very impressive. It held the shot extremely well. Occasionally I moved a little too quickly and it would be pointing at something completely different to what I intended, but when I wasn’t screwing up, it was certainly giving me usable steady shots, without any of the jitters you’d expect with such an unusual load.
It’s certainly not a practical setup, by any means, and not something I’d ever use in the real world, but it served its testing purpose. If you want to go handheld on a static subject at a distance with such a long lens, then it does sort-of work. Of course, I’d probably recommend a tripod with a fluid head instead for this sort of thing, but curiosity got the better of me and I had to try it.
My loads were typically of the DSLR + 28-70mm f/2.8 variety I mentioned earlier, though and it it performed equally as well as the Crane 3 LAB. Except with the added benefit of being able to put the EasySling handle between the gimbal and the mini tripod, making it much easier to pick it up, set it back down and walk around with it two-handed.
BALANCING AND THE NEW LOCKS ON THE ARMS
As mentioned earlier, the Crane 3S features a 3-way locking system over the 2-way system of the Crane 3 LAB, which had them completely loose or sort-of locked. Now you get loose, sort-of locked and locked solid. This actually makes much more of a difference than I expected it to. For easy transporting in a backpack (which the Crane 3S can do, thanks to the removable handle), being able to fully lock the arms provides a much more secure feeling when it’s bouncing around inside the bag. But it also made balancing easier, too.
Instead of having a locked-ish feeling with the two arms I wasn’t currently balancing, I could lock them down completely. They were absolutely immobilised, which meant that it was much easier to adjust the length of the other arms individually and balance each one in turn without wobbles from the other two. As a result, balancing was easier and possibly a little quicker than it was with the Crane 3 LAB, and when you’ve got a big, unbalanced and unwieldy load on there, it definitely helped.
The locks of the Crane 3 LAB were definitely a step in the right direction from the no-lock-at-all on the Crane 2. The Crane 3S just takes that a step further and it made a big difference to me.
OTHER FEATURES
The Crane 3S comes with the usual assortment, but also has one or two extra tricks up its sleeve. As one would expect, there are places to connect a pair of servo motors to control focus and zoom (or aperture) rings on your lens. These sit directly next to the mounting plate for your camera, so they’re within easy reach. The Crane 3S also works with the same motors as the Crane 3 LAB. So, if you’re upgrading from the 3 LAB to the 3S, you won’t need to buy new motors.
There’s also the port on the other side for connecting the gimbal to your camera, offering some level of remote control for a number of brands and models of camera to different degrees. With some, you can control the focus without a servo motor over the USB connection. With others you can adjust the exposure settings. Some cameras allow you to start and stop recording from a button on the gimbal itself. And some don’t offer you any kind of communication between the camera and gimbal at all.
None of my cameras are compatible with the USB communications on the Crane 3S, but I did use the focus motor from my Crane 3 LAB with it and it behaved flawlessly.
One of the big advantages the Crane 3S has over the Crane 3 LAB is when it comes to power. Yes, both of them are powered internally by a trio of Zhiyun 18650 batteries, but the Crane 3S also allows for external power via the Zhiyun TransMount PowerPlus, which extends the battery life with six more 18650 batteries and plugs into a port on the side of the Crane 3S.
SHOOTING MODES AND HANDLING
As you would expect, the Zhiyun Crane 3S offers the usual array of shooting modes including Pan Follow (PF), Follow (F), Point of View (POF), Vortex (V), Lock (L) and Go. Each of these modes offers different ways of shooting to get different kinds of shots.
Pan Follow (PF) – This mode lets you pan and follow your subject on a horizontal plane, even if you’re tilting the actual gimbal for better handholding.
Follow (F) – This mode pans horizontally as well as tilts up and down to follow your movements.
Point of View (POV) – This offers synchronous 360° movements on all three axes.
Vortex (V) – This offers 360° barrel rotation when the gimbal is “underslung”
Lock (L) – This locks the camera to always point in a specific direction, no matter how you turn or tilt the handle.
Go Mode – This mode lets you capture fast action and movement for things like sports or fancy whip pan transitions
All of these modes performed quite well, although I don’t really need to use the POV or Go modes much for the kinds of things I shoot. Pan Follow, Follow, Vortex and Lock modes work as well as we’ve seen from other gimbals in Zhiyun’s lineup – although Vortex isn’t one I need to use too often.
The controls to switch between modes are available on the SmartSling handle with buttons spread around the LCD and to the side, but you can also switch them on the gimbal itself. This means you have access to change modes with either hand if you need it, or when you’re using the EasySling handle.
After using the Crane 3 LAB for the past year or so, switching to the Crane 3S with the SmartSling handle was a doddle. It operates in a very similar fashion. Using the EasySling handle, though, took a little more getting used to. Not having the controls right there at my fingertips with an easy to read display was a pain. If you’ve never used the 3 LAB or the SmartSling handle, you’d probably take to it more quickly. But for me, that EasySling handle will live underneath the gimbal between it and the mini tripod.
And with that setup, it’s absolutely fantastic. SmartSling handle on the back, EasySling handle underneath (if you go for the standard 3S kit, BUY THE HANDLE!) and it felt easier to handle than the Crane 3 LAB, despite the increased weight. Because I was able to more easily distribute that weight, and because I didn’t struggle as much to lift or set down the gimbal, my arms and wrists survived for much longer.
If you’re using a much heavier system, like the previously mentioned URSA Mini, then you’re not going to have such an easy time. It’s certainly not something you’re going to be carrying around all day without some assistance from something like a Steadicam vest & arm or the Digitalfoto Thanos Pro. But, without the arm & vest, it should still be usable for short bursts.
One of the things I’m particularly looking forward to trying, which I haven’t done yet, is vehicle mounting. It’s something Zhiyun showed off in the launch video, and it’s made easier by the fact that there’s a more substantial 3/8-16″ socket underneath but also a second one on top, allowing for two pretty solid mounting points. And as you can remove the SmartSling handle from the gimbal, it’s not sitting there getting in the way.
When using this setup, obviously you’re not going to be holding it. You’re either going to be communicating via smartphone or Zhiyun’s Image Transmission System. But it’s definitely something I plan to try once the country starts to fully open up and it’s safe to hang out with other people again. And what could be a better view for it than the Scottish wilderness on two wheels?
CONCLUSION
Overall, it’s a really nice upgrade over the Crane 3 LAB if you can deal with the extra weight or really need the increased load capacity. If you already have the Crane 3 LAB and it already offers you exactly what you need, then I’d probably stick with it. If you don’t know whether you need the extra features and load capacity the Crane 3S offers over the Crane 3 LAB you already have, then just stick with what you know. But if you don’t have the Crane 3 LAB yet, and you’ve been thinking about it, it’s definitely worth considering the Crane 3S instead.
PROS
When it comes to the pros, there are quite a few – more than I expected over the Crane 3 LAB.
6.5kg load capacity with stronger motors for big beefy rigs
Extendable arm for increased size capacity for larger camera setups
Same minimum load capacity as the Crane 3 LAB
Lateral movements of the camera plate for wide cameras like the Pocket 4K
External power for longer running time with heavier systems
Removable handle to let it fit in a backpack when travelling
The EasySling Handle as a base between the gimbal and tripod (just get it)
CONS
Weight. In a straight side-by-side with the Crane 3 LAB, assuming you’re using a camera setup that works fine on both, you’re carrying around an extra 900g for no real benefit. When you add the EasySling handle, though, it gets easier and for me, it sort of evened things out.
If you’re using a really heavy rig, then you’re going to need to invest in a vest and arm solution for long term use on set.
If you’re thinking about the Crane 3S-E package which only contains the EasySling handle, then I’d probably suggest going for the Crane 3 LAB instead, if you can find one, unless you’re planning to vehicle mount it or something and control it remotely and really need that extra load capacity. The versatility of the built-in handle on the Crane 3 LAB is well worth the extra, plus you save some weight.
If you’re looking at the standard Crane 3S package, then I’d probably recommend going for this over the Crane 3 LAB if you don’t own one already. If you’re concerned about the extra weight, sure, go for the Crane 3 LAB, but given the benefits of the EasySling handle underneath the gimbal in addition to the SmartSling handle controlling the gimbal, I think I’d still prefer the Crane 3S with buying that extra handle (it’s only an extra $49)
If you’re planning to go the whole hog and get the Crane 3S Pro package, then you likely already know that you need both handles, along with the external power, focus & zoom motors and all the extra bits, so just go for it. But plan for the arm & vest.
With Zhiyun's new gimbal about to launch, should you care? And if so, why?
With modern DSLR and mirrorless bodies being more than capable video cameras, a lot of stills shooters have dipped their toes in to moving image waters. However, there was the barrier that is so familiar to photographers the world over: money. To effectively shoot professional quality footage, there's always equipment you could do with owning, but that racks up in cost. However, typical to all technological advance, things are getting smaller and cheaper.
Zhiyun have already built a good reputation in the gimbal world, and their new Crane M2 looks to be an excellent option with a low entry point — a very low entry point. Coming in at just $269, videographers using mirrorless, small DSLRs, or phone cameras can have a serious gimbal for under $300 without having to take your chances with unproven brands. It is certainly an interesting option.
Do you currently have a gimbal at this price point? Are you looking to buy Zhiyun-Tech's new stabilizer? Share your thoughts in the comments below.
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In the main distribution area of the fiber optic data center, centralized wiring and star network wiring are adopted, which facilitates the wiring change of the data devices on the panel, and realizes the perfect integration of the physical and application in the trunk wiring area.
2. Save wiring space and installation time
It has been proven that the use of high-density fiber-optic cabling system can reduce the large congested cables in the route, saving more than half of the space compared with the traditional cabling system. The factory-prepared high-density MPO trunk cable simplifies network deployment, saving 80% of installation time compared to traditional fiber.
3. Support future web applications
The use of high-bandwidth lasers to optimize 50/125um (OM3, OM4) fiber optic networks provides ample space for high-speed applications, enabling flexible transmission of serial and parallel signals. Parallel fiber optic technologies such as high-speed interconnects and the currently used 40G/100G Ethernet are based on MPO backbone cable systems.
UnitekFiber provides all below MPO/MTP series products such as MPO & MTP fiber optic module cassette, high density MPO & MTP optical cable terminal box for data room, sliding type 96fibers MPO & MTP optical patch panel,1U jack mounted 96fibers MPO & MTP optical patch panel,3U sliding MPO & MTP optical cable terminal box.
1. Pre-terminated trunk cable
The MPO-MPO pre-terminated backbone cable facilitates rapid deployment of data center and fiber infrastructure environments, spanning MDA, HDA and EDA inter-zone module boxes or fan-out cable connections, and its efficient plug-and-play architecture is greatly reduced Initial installation and routine maintenance costs.
Pre-terminated trunk cable
MPO-LC hybrid connector pre-terminated cable refers to the use of MPO single-ended 12-core or 24-core connector at one end of the cable, and the LC double-core connector at the other end of the cable. This product is mainly used in those that need direct connect from the trunk wiring area to the port of the system device or the area of the equipment area patch panel. This specification can also be used as extended cable for expanded system.
Pre-terminated trunk cable
The fiber optic cable on the picture below uses LC duplex integrated connectors or duplex LC connectors, which are mainly used in those that need direct connect from the trunk wiring area to the port of the system device or the area of the equipment area patch panel.
2. Modular fiber distribution frame:
The fiber optic patching module patch panel is used for data center backbone connection and wiring management in the MDA, IDA or HDA distribution area. It is installed in a 19-inch rack and cabinet that matches pre-connected MPO adapter modules, MPO adapter panels, conventional LC or SC adapter panels. We have excellent data center fiber optic solutions and data center cabling solutions, welcome to consult.
UnitekFiber Solution is a group company which engaged in R&D, manufacturing and marketing of fiber optical products and accessories.Providing professional products and services of fiber Indoor/outdoor cables, Fiber cable management, high density datacom cabling, Fiber optical connectivity and PLC splitter and so on .Our products and solutions are widely applied in 4G/5G, Data Center and Cloud Computing industry etc.
With more than 10 years experience and development, UnitekFiber Solution become the industry-leading fiber optic products manufacturers which supported the main domestic market in the South and a big occupation in overseas market.Our key value is offering the best quality and service to the customers around the world.
Scenic Spot Outdoor Turnstile Solution For Better Experience and Management
Scenic Spot Turnstile Solution
Scenic Spot Outdoor Turnstile Solution Offers Convenient Self-help System for Tourists
Tourists can book tickets online or through mobile APP to get a QR code for scanning at the entrance. Paper tickets are also accepted by the outdoor turnstile gates.
Outdoor turnstile gates will improve the efficiency and accuracy of ticket checking and financial management. Besides, tourists would have a better experience as they can get access to the spot faster and more convenient than before.
Scenic spots equipped with outdoor turnstile gates tend to be more popular as tourists will take less time for the booking, ticket inspecting and so on. This way, more time is available for sightseeing.
Scenic Spot Outdoor Turnstile Solution
Scenic Spot Outdoor Turnstile Solution Helps to Promote Your Brand Image
Tripod turnstile gates are highly recommended for scenic spots solutions.
The turnstile gates will highly improve tourists' satisfaction and raise your spot's profile.
Customized solutions are available for all scenic resorts to make a safe, efficient and cost-effective touring experience.
If you are having a limited budget, tripod turnstile will definitely be your best choice. Otherwise, you can also consider flap barrier gates as they tend to be more elegant compared to tripod turnstiles.
Welcome to write to us for your best scenic spot outdoor turnstile solution. ZOJE is always ready to help.
Based in Shenzhen, the innovation center of China, Hong Kong ZOJE Intelligent Technology Co., Ltd was established in 2012. We are access control security turnstile gate suppliers, specializing in turnstile technology and turnstile access control security systemsever since the very beginning.
Use of Diisobutyl Carbinol (DIBC)
Diisobutyl ketone (DIBK) is a transparent liquid with a distinct odor and a high boiling point. It is an heavy-end byproduct of producing MIBK. DIBK is used in many applications such as nitrocellulose lacquers, synthetic resins, coatings and stains, paint strippers, leather finishings, adhesives, printing and coating inks, cleaning and degreasing, Flavors and fragrances, solvent and re-crystallization aid for pharmaceuticals, mining, and as a chemical intermediate. DIBK has good activity for many synthetic resins including nitrocellulose, rosin esters, phenolics, hydrocarbons, alkyds, polyesters, and acrylics. It is useful as a retarder solvent to improve flow and minimize humidity blushing. The low density and low surface tension of DIBK enables formulators to develop high-solids coatings with low VOC content and excellent flow and leveling properties. DIBK has excellent viscosity reduction for and reduces surface tension in high solid's coatings. It has a good volume-to-weight advantage over other classes of solvents used in coatings. It is a non-HAP (Hazardous Air Pollutant) solvent
Chemical properties of DIBC
Diisobutyl ketone (DIBK) is a colorless oily liquid with a slight, ether, fermented, fruity and sweet jackfruit or peppermint-like odor. Its boiling point is 169°C and the flash point is 45°C. It is insoluble in water, but soluble in ethanol and oils.
Its natural products are found in Congke wine, grape wine, etc.
Uses of DIBC
It is used as a food spice. It is mainly used to make flavors of jackfruit, banana, orange juice, egg fruit, tropical fruit, rum, and konjac.
This product is mainly used as an organic solvent and can also be used for organic synthesis. It can dissolve cellulose acetate, nitrocellulose, polystyrene, vinyl, wax, varnish, natural resin, and raw rubber. Due to its high boiling point and slow evaporation rate, it can be used as a solvent for nitro spray paints, vinyl resin coatings, and other synthetic resin coatings. It is also an intermediate for certain drugs and insecticides.
It is used as an organic synthesis intermediate.
WELCOME TO VISIT HENAN PROSPER CHEM CO., LTD.
Company profile
HENAN PROSPER CHEMICALS CO., LTD was established in 2000. HENAN PROSPER CHEMICALS CO., LTD is the professional and comprehensive producer and distributor of chemical products in China, Since then, through diversification and expansion, we developed one plant that annual outputs of 60,000 tons of Sulphonated products. We as an approved distributor for Sinopec, HENAN PROSPER CHEMICALS CO., LTD. has grown to become a market leader in the fields of Detergent, Petrochemicals, and Industrial Chemicals.
Hello Everyone,
Today's edition of our 5 Slide Series is attached and frames how the USA's COVID death rate compares with other highly developed countries (our death rate is 78% higher). We also portray each state's weekly progression of COVID tests, cases, and deaths through the month of July. July has been a disappointing "step backwards" month in the USA overall and especially so in many states. Nationwide, we experienced nearly twice as many COVID deaths this past week as occurred during the first week of July.
** Information prepared by The Menges Group**
During the exploring, drilling, and workover of petroleum oil and natural gas, the borehole wall is easy to lose water, cause the change of well diameter and collapse of oil well, so that the project can not be carried out normally, even to give up halfway. Therefore, it requires adjusting the physical indexes of drilling mud according to geological conditions, well total depth, temperature, the thickness of different areas. And CMC is the best product to adjust these physical indexed, with the main effect:
1.1 Mud with CMC can form thin and firm filter cake with low permeability on the borehole wall. Prevent hydration of shale and the spreading of drillings. Reduce the collapse of the good wall.
1.2 Mud with CMC is a kind of high efficient fluid loss agent. With a lower dosage (0.3%-0.5%) can well control the fluid loss level, and won't cause poor influence on other performances of mud, such as too high viscosity or shearing force.
1.3 Mud with CMC is high temperature-resistant. Usually, it can be applied under 140℃ high-temperature environment. If use CMC with high substitution degree and high viscosity can be used under 150℃-170℃ high-temperature environment.
1.4 Mud with CMC is of salt-tolerance. The performances of CMC on salt-resistance are: keep reducing dehydrate under certain salt concentration, retain certain rheology effect, and have little change compared with that under freshwater environment. Can apply in clay free drilling fluid, and mud under the saltwater environment. Some are salt-resistant in drilling fluid with small rheology. Especially the salt-resistance CMC produced by Fortune Biotech, the change ratio of viscosity has increased above 1 under 4$ salt concentration and freshwater. That is, viscosity is almost no change in a high salt environment.
1.5 Mud with CMC can control the rheology of slurry. CMC can cut down the fluid loss level, and enhance viscosity.
2.1 Improve the performance of filtration and mud cake quality. Increase anti-jamming ability.
CMC is a kind of good fluid loss additive. Apply in mud can raise liquid phase viscosity and seepage resistance of filter liquor, so control fluid loss at the lowest level.
The add of CMC can make mud cake compact, firm and smooth. Reduce the situation of logging tool sticking owing to the migration of drilling tools. Reduce resisting moment on rotating aluminum rod. Relief the suction phenomenon in the borehole.
CMC dosage in common mud is 0.2%-0.3%. API fluid loss can reduce greatly.
2.2 Improve the shale carrying effect. Increase the stability of oil slurry.
Owing to good thickening property, so even if bentonite content is lower, it can still retain the desired viscosity of carrying debris and suspending barite as long as adding adequate CMC.
2.3 Resist dispersion of clay. Prevent collapse.
The reduction of the fluid loss function of CMC can slow down the hydration speed of mud shale on the borehole wall. As well as covering function on the borehole rock of CMC long-chain, can strengthen the rock structure. Not easy to collapse and spalling.
2.4 CMC is a kind of mud treatment agent with good compatibleness. CMC is compatible with different treatment agents in different mud series. It can have excellent effects.
The normal construction of cementing for good cementation is an important part to ensure good cementation quality. Spacer fluids with CMC have characteristics of reducing flow resistance and facilitating construction, etc..
During the operation of formation testing and workover, serious pollution to oil rock will arise if using hight solid mud. To eliminate the pollution is much harder. If only use clear water or brine as workover fluids, it may cause serious leakage. Even water blocking may form due to the water from filtration on the oil rock. Or result in a partial expansion of the mud in the oil rock, and permeability damages.
Apply CMC for workover fluids can successfully solve the above issues. Can use formulations according to the fluid loss level for low-pressure borehole or high-pressure borehole.
Low pressure layer: light fluid loss: clear water+0.5%-0.7% CMC. Common fluid floss: clear water+1.09%-1.2% CMC. Serious fluid loss: clear water+1.5% CMC.
As the cmc manufacturer, we have cmc china chemical for sale, welcome to buy.
The company is located at Jining City Shandong Province, with 160 employees, $20 million assets and an area of 18 acres. Now the production capacity for CMC has reached 20,000 tons per year. 40 years of practice and improvement enable our company to make CMC with higher purity (99.5%), higher viscosity (10000mPa.s above) and a higher degree of substitution (greater than 1.2).
Fortune Biotech, as a leading global supplier and sodium carboxymethyl cellulose manufacturer, has engaged in production, development, and marketing of Sodium Carboxymethyl Cellulose (CMC) and Polyanionic Cellulose (PAC) for over 40 years. More than 3000 customers in 60 countries and regions have applied our products in their applications in food, pharmaceutical, paper making, ceramics, textile dyeing, daily chemicals, new energy, and oil drilling industries. Our safe and high-quality CMC products have supported their endeavor to improve people's life.
Apply CMC into the paper pulp (add before pulping and alums mixing). CMC can disperse fiber, improve uniformity and strength of paper (bursting strength and stiffness). Using CMC with the same beating degree can shorten beating time, conserve energy. Dosage of CMC is 0.2%-0.8% of paper pulp. Can use CMC RM8-1. With the add of CMC, paper tension increases 40%-50%, tearing strength raises 50%, flexibility increased 4-5 times. Meanwhile, paper quality is of smoothness with good ink absorbency and clear printing edge. It's much better to use hard water during production.
Sound surface strength is required during high-speed printing. When there is a low beating degree or high filling content, usually adopt a surface sizing method to increase the surface strength of paper and paperboard, reduce surface absorption. Through surface sizing, fiber holes of paper are sealed by a layer of sizing film. It can reduce the absorption of moisture in the air, as well as evaporation of moisture in the paper. Prevent paper from rolling up and crushing. Improve the paper absorption of ink and oil. Has the effect of grease-proof, waterproof and oil-resistant.
To avoid paper and paperboard surface lint and powder falling, can use CMC solution with low viscosity and medium viscosity. With medium viscosity, CMC solution can get a layer of compact grease-proof film. Usually, use CMC solution with 1%-2% concentration can get 0.1g/m2--0.5g/m2 sizing. Users can also decide CMC viscosity according to the different base paper. It can mix low and medium viscosity CMC. High purity CMC has a good property of paper film-forming. Instead, Industrial grade CMC with low purity has poor performance on paper film-forming. Dosage of CMC is 1/2-1/3 comparing with that of starch. Especially that modern paper-making factories conduct sizing with the high-speed machine, which can only apply CMC solution with lower viscosity and high purity.
Coating whiteboard paper and chrome paper usually need coating pigment. Use CMC in coating color can improve water retention and rheology effect. CMC is featured by characteristics of good dispersion and binding, with the dosage 0.5%-2.5%. The exact dosage is according to different viscosity and speed of machines.
As the cmc factory, we have chemical cmc for sale, welcome to buy.
The company is located at Jining City Shandong Province, with 160 employees, $20 million assets and an area of 18 acres. Now the production capacity for CMC has reached 20,000 tons per year. 40 years of practice and improvement enable our company to make CMC with higher purity (99.5%), higher viscosity (10000mPa.s above) and a higher degree of substitution (greater than 1.2).
Fortune Biotech, as a leading global supplier and carboxymethyl cellulose factory, has engaged in production, development, and marketing of Sodium Carboxymethyl Cellulose (CMC) and Polyanionic Cellulose (PAC) for over 40 years. More than 3000 customers in 60 countries and regions have applied our products in their applications in food, pharmaceutical, paper making, ceramics, textile dyeing, daily chemicals, new energy, and oil drilling industries. Our safe and high-quality cmc chemical from china have supported their endeavor to improve people's life.
As a binding agent of tobacco sheets, CMC is an ideal binder to produce a tobacco sheet with the rolling process.
Pulverize tobacco leaf into tobacco smalls, and dry-mix it with CMC. Then stir a mix with glycerol, chitin, phosphorous acid, perfumes, and preservative. We can get the tobacco sheet through rolling. Cut it into pipe tobacco. Applying CMC as a binding agent for the tobacco sheet has a low broken rate, has good water retention, not dry. Can form bright soft cut tobacco. No peculiar smell when flaming.
CMC dosage is 2%-6%. Apply it according to different raw materials. Commonly use model IH7.
As the cmc suppliers, we will provide great product for you.
The company is located at Jining City Shandong Province, with 160 employees, $20 million assets and an area of 18 acres. Now the production capacity for CMC has reached 20,000 tons per year. 40 years of practice and improvement enable our company to make CMC with higher purity (99.5%), higher viscosity (10000mPa.s above) and a higher degree of substitution (greater than 1.2).
Fortune Biotech, as a leading global supplier and carboxymethyl cellulose factory, has engaged in production, development, and marketing of Sodium Carboxymethyl Cellulose (CMC) and Polyanionic Cellulose (PAC) for over 40 years. More than 3000 customers in 60 countries and regions have applied our products in their applications in food, pharmaceutical, paper making, ceramics, textile dyeing, daily chemicals, new energy, and oil drilling industries. Our safe and high-quality china cmc chemical have supported their endeavor to improve people's life.
CMC has properties of thickening, bonding, dispersing, suspending, homogenization, emulsifying and stabilizing in the cosmetics industry, so CMC can be applied in any skincare cream, skin whitening cream, face powder, depilatory cream, sunscreen cream, shampoo, shower gel, facial mask, lipstick, and other cosmetics.
As the cmc china chemical, CMC can be absorbed by the skin to prevent dry skin. Form soft and elastic film to protect the skin.
2.1 Lotion: Use 1.5% CMC (FH9), 5% beta-cyclodextrin hydrate, 15 liquid paraffin wax, 5% glycerol. Add proper protective agents and perfume. Then mix with distilled water into 100%. Such lotion is good cosmetics and very stable.
2.2 Almond Cream: Use 1.3% CMC (FH9), 9.9% almond oil, 0.2% bitter almond oil, 0.8% geranium oil. 90% ethanol. Add a moderate protective agent and perfume. Mix them evenly. Then use distilled water to 100%, Such almond cream can protect the skin well with the function of anti-wrinkle.
2.3 Lipstick: CMC is featured by pigment suspending and dispersing. It can bind other raw materials, to distribute the raw materials uniformly.
Dosage: 0.5%-1.0%. Can use model FH9.
2.4 Royal Jelly Facial Mask: Royal jelly is a precious natural tonic. It can stimulate gonadal activity and body disease resistance ability. Have a special protective effect on the skin. Add CMC into a mask that can evenly distribute raw materials. Strengthen the function of moisturizing skin. Good film-forming character.
Prescription: 2% CMC (FH9), 1% sodium alginate, 5% poly(ethylene glycol), 1% carbomer 940, 1.5% polyoxyethylene lauryl ether, 10% ethanol, 0.5% triethanolamine, 5% glycerol, 0.5% royal jelly, 73.5% refined water, moderate preservative.
2.5 Shampoo: Mixing CMC with fatty acid ethanolamine or 2,2'-iminodiethanol can form a film around the hair. Has the finishing effect.
Typical Formulation: 2.5% CMC (FH9), 10% propylene glycol (plasticizer), 44.6% water, triethanolamine, 20% sodium dodecyl sulfate (cleaning agent), sorbitol, 3% polyethylene oxide (adjustment), 2% sodium stearate (brightener), 0.8% coloring, perfume and moderate preservative.
The company is located at Jining City Shandong Province, with 160 employees, $20 million assets and an area of 18 acres. Now the production capacity for CMC has reached 20,000 tons per year. 40 years of practice and improvement enable our company to make CMC with higher purity (99.5%), higher viscosity (10000mPa.s above) and a higher degree of substitution (greater than 1.2).
Fortune Biotech, as a leading global supplier and carboxymethyl cellulose factory, has engaged in production, development, and marketing of Sodium Carboxymethyl Cellulose (CMC) and Polyanionic Cellulose (PAC) for over 40 years. More than 3000 customers in 60 countries and regions have applied our products in their applications in food, pharmaceutical, paper making, ceramics, textile dyeing, daily chemicals, new energy, and oil drilling industries. Our safe and high-quality cmc chemical china have supported their endeavor to improve people's life.
1.1 Abrasives: Dosage is 40%-55%. Common abrasives include:
Calcium carbonate (there light, heavy and natural three types, among which the cost of heavy calcium carbonate is the cheapest), calcium hydrogen phosphate dihydrate (the cost is a little higher, with which the toothpaste is bright and clean).
Calcium pyrophosphate: There are α, β, γ three types. β and γ types inter-crystallizes. Compatible with fluoride products. Have good soft abrasive.
Hydrated aluminum: One of the ideal abrasives. Good compatibility with fluoride calcium pyrophosphate products.
Silicon dioxide: Precipitated silicon dioxide has good compatibility with fluoride products. When its refraction index is the same as that of the liquid refraction index, the toothpaste body is transparent.
Water-insoluble sodium metaphosphate: Compatible with fluoride products.
CMC Sodium aluminum silicate: The mole ratio between SiO2 and Al2O3 should be 45:7 at least. Can add fluoride product (especially disodium monofluorophosphate), or chlorhexidine
1.2 Moisturizers (Excipient): Usual usage is 20%-30%. Dosage for transparent toothpaste is 75%. Common moisturizers include glycerol, sorbitol, propylene glycol, poly(ethylene glycol). Besides, DL-Xylose has a sweet taste, and effect of moisturizing and anti-caries.
1.3 Forming Agent: Usage is 2%-3%. Often use a surfactant.
1.4 Binding Agent: Prevent the separation of powder and liquid. Endow toothpaste proper viscoelasticity and shape. Dosage is 1%-2%. Common binders have CMC, HEC, carbopol, poly(vinyl alcohol), xanthan gum, carrageenan, silicon dioxide, and complex clay.
1.5 Perfume: Dosage is 1%-2%. Common perfumes are spearmint oil, mint oil, holly oil, clove oil, fennel oil, cinnamon oil, etc.
1.6 Sweeteners: Dosage is 0.05%-0.25%. Commonly use saccharin sodium
1.7 Preservative: Dosage is 0.03%-0.1%. Often use methylparaben, ethyl and propyl ester
1.8 Corrosion Inhibitor: Commonly use sodium silicate and colloidal silicon dioxide to resist alkaline toothpaste, avoiding the corrosion of the aluminum tube.
1.9 Anti-Caries Substances: Commonly use disodium monofluorophosphate, then add sodium fluoride.
1.10 Anti-Periodontitis Substances: Select quaternary ammonium compounds, such as alkyl quaternary ammonium sulphosuccinic acid ester (inhibit bacterial plaque and dental calculus), zinc citrate, sodium polyphosphatem, chlorhexidine, etc and Chinese herbal medicines.
1.11 Anti-Dentin Hypersensitivity (when the tooth receives stimulation from cold, hot, acid, sweet and mechanical, etc): Commonly add sodium chloride, formaldehyde, zinc chloride, silver nitrate, strontium chloride and so on.
There are so many kinds of a binding agent of toothpaste. Comparing the cost performance of CMC with other binding agents, CMC is a widely used good binder.
CMC is basically compatible with a cellulolytic enzyme, to prevent viscosity from decreasing. CMC solution has pseudo-plasticity with excellent dispersing ability. It can reduce mechanical wear. CMC gum is bright, elastic and exquisite. The gum, not dehydration, not coarse after long term storage.
Customized toothpaste grade CMC produced by Fortune Biotech is featured by high substituting degree, high purity, and stable viscosity. Its even substitution results in good temperature endurance and salt tolerance.
Toothpaste Grade CMC products manufactured by Fortune Biotech has good fineness. Weight from 60 mesh to 200 mesh are available. Fast dissolving speed. It can dissolve rapidly in a common emulsifier within 5 minutes.
For common toothpaste, we can select CMC IH9. Dosage is 0.8%-1.2%. For top-grade toothpaste, we can use CMC IH9, IH10. Separate dosage is 1.0%-1.2%. Dosage is 0.6%-1.0% when compounding with other gum.
As the cmc manufacturer, our sodium carboxymethyl cellulose in toothpaste is quite good, welcome to consult us.
The company is located at Jining City Shandong Province, with 160 employees, $20 million assets and an area of 18 acres. Now the production capacity for CMC has reached 20,000 tons per year. 40 years of practice and improvement enable our company to make CMC with higher purity (99.5%), higher viscosity (10000mPa.s above) and a higher degree of substitution (greater than 1.2).
Fortune Biotech, as a leading global supplier and carboxymethyl cellulose factory, has engaged in production, development, and marketing of Sodium Carboxymethyl Cellulose (CMC) and Polyanionic Cellulose (PAC) for over 40 years. More than 3000 customers in 60 countries and regions have applied our products in their applications in food, pharmaceutical, paper making, ceramics, textile dyeing, daily chemicals, new energy, and oil drilling industries. Our safe and high-quality CMC products have supported their endeavor to improve people's life.
Polymerization between common emulsion and resin emulsion is key film-forming material Except adding pigment, thickening agent, dispersing agent, preservative and film-forming solvent, etc is needed.
To use CMC as thickener and dispersant in emulsion should according to its characteristics. Firstly add CMC into alkaline pigments and fillings, mixing and rolling them. Then strongly agitate CMC mixed materials with emulsions to dissolve them rapidly.
Or can dissolve CMC at first, then agitate, mix it with other materials. High speed disperse mill is recommended for strong agitation.
CMC dosage for coatings usually is 3.5kg-4.2kg dry powder per m3. Can use model T06 and TST12.
The company is located at Jining City Shandong Province, with 160 employees, $20 million assets and an area of 18 acres. Now the production capacity for CMC has reached 20,000 tons per year. 40 years of practice and improvement enable our company to make CMC with higher purity (99.5%), higher viscosity (10000mPa.s above) and a higher degree of substitution (greater than 1.2).
Fortune Biotech, as a leading global supplier and carboxymethyl cellulose factory, has engaged in production, development, and marketing of Sodium Carboxymethyl Cellulose (CMC) and Polyanionic Cellulose (PAC) for over 40 years. More than 3000 customers in 60 countries and regions have applied our products in their applications in food, pharmaceutical, paper making, ceramics, textile dyeing, daily chemicals, new energy, and oil drilling industries. Our safe and high-quality cmc chemical from china have supported their endeavor to improve people's life.
1.1 CMC Applications in Ceramic Blank
CMC ceramic grade is used as a plasticizer, liquefacient and adhesion agent for blank. Applying proper CMC into ceramic blank can enhance the slurry fluidity, have a water-reducing effect, increase the powder production rate, reduce production energy consumption. Moreover, blank is easy to form. Mechanical strength can increase 2-3 times. It can improve the stability of the blank so that it raises the top-grade product rate, reduce late conversion cost. Meanwhile, it can form uniformly blank material during spraying and drying with big specific gravity granule and sound aggregation. Not easy to pulverize. In favor of increasing the uniformity of blank. Prevent drying and cracking. Besides, due to the good uniformity of formed blank, so.., can well control product deformation. Have a promotion effect on ensuring stable product size. As the cmc manufacturer, we have great product for sale.
Ceramic grade CMC powder from Fortune Biotech is fine, easy to dissolve with high purity and fewer ashes after baking, which can result in good use effect to produce polishing tiles.
1.2 CMC Model Selection for Blank and Dosage
CMC dosage for the ceramic blank is 0.1%-0.5%. Can adjust properly according to actual needs. Put compounded CMC into a ball crusher to effect ball milling. Or can compound CMC into 3% aqueous solution, then ball milling with ball grinder.
Usually, use CMC model C0464 or C1074.
2.1 CMC Effects in Ground Glaze and Over Glaze
CMC is an excellent film-forming agent and color fixing agent is applied in ground glaze and overglaze of ceramic tiles. As glaze is unstable suspending liquid, easy to precipitate and thixotropic, so the use of CMC ingredient can strengthen the combining powder of glaze and blank. Besides, CMC can match with various pigment with great dispersing and protective colloid effect can make glaze at stable dispersing state. Reduce color difference from unstable glaze during production. The special binding function of CMC can bind glaze and blank firmly, reduce glaze peeling phenomenon during processing and form bright, smooth glaze which is helpful for printing. CMC has an effect of decondensation. It can increase the fluidity and concentration, reduce the water content of glaze slurry. Guard against strength decreasing arising from moisture in glaze infiltrate the blank, as well as cracking and printing brush breaking during the glaze slurry transferring process.
2.2 CMC Use Methods in Ceramic Glaze
CMC dosage in-ground glaze and overglaze is 0.1%-0.3%. Can adjust according to actual needs. Grind CMC and glaze raw materials together in a ball crusher. Or dissolve CMC firstly, then grind the solution with glaze raw materials with a ball crusher. If need to store for several days, add moderate preservative into the solution and keep in a well-sealed container at low temperature.
Can use C1074, C1083, C1082, C1092.
3.1 CMC Applications in Screen Printing Glaze
Ceramic grade CMC powder from Fortune Biotech is fine with high purity, less insoluble matters, strong suspending and dispersing functions. Good acid tolerance and salt-resistant effect. It can dissolve with various organic solutions after dissolving with water. It can make printing a glaze blending agent with different functions. Through adjustment of CMC dosage can control the binding effect of printing glaze and glaze surface. Also can control the wet and dry of printing glaze. Sound suspension property of CMC aqueous solution has to stabilize the effect on printing glaze color fixing, can reduce color aberration owing to printing.
3.2 CMC Applications in Printing Glaze
CMC dosage in screen printing glaze is 1.5%-3.0%. Can mix CMC, printing glaze and other blending agents together and put into ball crusher. Or can dissolve CMC with water and mix with other organic solvents as blending agents.
Usually can select and use C1083, C1082, C1092, C1002.
The company is located at Jining City Shandong Province, with 160 employees, $20 million assets and an area of 18 acres. Now the production capacity for CMC has reached 20,000 tons per year. 40 years of practice and improvement enable our company to make CMC with higher purity (99.5%), higher viscosity (10000mPa.s above) and a higher degree of substitution (greater than 1.2).
Fortune Biotech, as a leading global supplier and carboxymethyl cellulose manufacturer, has engaged in production, development, and marketing of Sodium Carboxymethyl Cellulose (CMC) and Polyanionic Cellulose (PAC) for over 40 years. More than 3000 customers in 60 countries and regions have applied our products in their applications in food, pharmaceutical, paper making, ceramics, textile dyeing, daily chemicals, new energy, and oil drilling industries. Our safe and high-quality CMC products have supported their endeavor to improve people's life.
Do you know what is cmc in food? the follow are cmc in food industry application;
1.1. Main Raw Materials of Fermented Yoghurt
Fresh milk or milk powder, sucrose ester, compound stabilizer (including CMC), granulated sugar, sodium citrate, phosphate, preservative, essence and drinking water, etc.
1.2. Processing Technology
Raw milk→Sterilization→Cooling→Insulated fermentation→Cooling→(Compound CMC+Sugar+Sucrose Ester) Completely dissolving and then adding→Stirring→Flavoring acid and odor→Homogeneous sterilization→Cooling→Packing
1.3. Key Point During Processing
1.3.1. The compound stabilizer is acid-resistant CMC: PGA (propylene glycol alginate)=1:1, the dosage of compounded CMC accounts for 0.4% of the total amount.
1.3.2. Compounded stabilizer, sugar and sucrose ester had better be dry-mixed. Then dissolving with 50℃ water. Filtering the solution after complete dissolution. Cooling it to 15℃ and add into the yogurt.
1.3.3. Slowly flavoring acid, then becoming quickly to control the final pH value at 3.8-4.0. The temperature should be below 15℃when flavoring acid and odor. The conditional factories usually agitate below 5℃.
1.3.4. Can select CMC FM9, FH9, FH10.
2.1. Main Raw Materials of Formulated Yoghurt
Milk powder, granulated sugar, acid fastness CMC, preservative, essence, protein hydrolysate citric acid, sodium citrate, purified water, etc.
2.2. Processing Technology
Drymix acid fastness and granulated sugar → Dissolving→Mixing other raw materials→Flavoring acid and odor→Homogenization→Sterilization→Cooling→Packing
2.3. Key Point During Processing
2.3.1. Agitating and Cooling temperature should be below 10℃ when flavoring.
2.3.2. Slowly flavoring acid, then becoming quickly to control the final pH value at 3.8-4.0.
2.3.3. Can choose CMC FH9 or FVH9. The dosage is 0.4% or so.
3.1. Applications in Flour
Adding CMC ingredient into the flour can make the flour with characters of dispersion, water retention, and strong cohesion. It can shorten the kneading time, and easy to operate to, Increasing toughness and strength of noodles to improve the premium grade product rate. Different from natural gum, the noddles are smooth with uniform, stable interior structure, and bright, clean surface after adding CMC gum. For oil-fried instant noddles, oil content can be effectively reduced after adding CMC. Because CMC has characters of hydrophilic and hydrophobic oil, to control the oil content at 18% or so.
You can add CMC FH9, FVH9 or FVH6 into flour, with a dosage 0.25%-0.4%. When using CMC, you can premix it with other additives, dissolving with water till completely dissolving, then spraying on the kneaded flour. Or you can mix up CMC, other additives and flour together, and then add water and knead to flour billet
3.2. Applications in Seasoning Bags
CMC can be added in sauce or seasoning bags of various instant noddles. CMC is featured by thickening, strong dispersion, water, and freshness preservation, with which sauces can have better homogeneity and longer shelf life. Materials in sauce or seasoning bags can dissolve and disperse quickly with CMC gum's own characteristics, so the taste of noodle soup is delicious.
Can select and add CMC FH6 or FH9 (salt tolerance) into sauce and seasoning, with dosage 0.8%-1.2%. Premix CMC, sugar, monosodium glutamate and salt, and then mix them with other ingredients.
4.1. CMC Usages in Ice Cream
4.1.1 CMC can increase melting-resistance of ice cream
CMC aqueous solutions have excellent fluidity, comparing with other pulp, especially starch gum and guar gum. The stable lattice-like structure can be formed under both high and low temperatures. This is the reason that ice cream has good melting-resistance with CMC.
4.1.2 CMC is ideal excipient of ice cream
CMC aqueous solution has high viscosity, compared with that of xanthan gum, gelatin, and sodium alginate. The viscosity of 2% aqueous solution is more than 30,000mPa.s tested by Brookfield viscometer. There is higher viscosity if mixing CMC with sodium alginate. CMC produced by Fortune Biotech has good pseudo-plasticity, so in the case of homogeneous aging, the consistency and viscosity of ice cream liquid can be raised with CMC. Avoiding fat globule gathering again during the procedures of cooling and aging. Moreover, CMC has strong dispersion to enable mixed materials much more uniform and suitable for industrial production.
4.1.3 CMC is an ideal swelling agent of ice cream
CMC is a kind of gum with strong hydrophily, which can combine with free water in the liquid material quickly, and evenly distribute in it. When stirring, many fine air bubbles will form and uniformly distribute in the liquid material, so that to make the structure of ice cream smooth, improve expansion rate and taste.
4.1.4 CMC is emulsifier of ice cream
CMC has certain emulsification. CMC can not only chelate the calcium ion in mixed materials but also can dissociate casein molecular mass. It can strengthen the protein fat emulsifying ability, and reduce the aggregation of fat. CMC plays a certain role during ice cream homogenization.
4.2. The Requirements and Dosages of Adding CMC into Ice Cream
It requires high viscosity when adding CMC into ice cream. It also requires certain acid fastness when using CMC to produce fruit ice cream.
Can use CMC FVH6 for common ice cream. Dosage is 0.4%-0.5%. When compounding with other gums, CMC dosage is 0.3%-0.4%, and the dosage of other gums is 0.1%-0.2%. For acid ice cream, you can use CMC FVH9.
5.1 CMC Usages in Soymilk
CMC has the property of deflocculation, emulsification and stabilizing. The powerful dispersing ability of CMC prevents fat layering, has an effect of whitening, sweetening and removing beany flavor.
5.2 Use Precautions of CMC in Soymilk
There are different tastes of soymilk, such as ginger and jujube soymilk, peanut sour soymilk, various vegetable, and fruit soymilk. The temperature should be below 20℃ when adjusting the pH value to change the soymilk taste. Should prevent sediment floating. Besides, it requires homogenization with homogenization pressure 20-30mPa.s. For the soymilk contains more fat need to add 0.1%-0.2% emulsifier.
5.3 CMC Model Selection and Dosage
For the usual sweet soymilk with pH value 6.5-7.5, we can use CMC FH6. When the pH value of soymilk is 3.8-4.2, it can select CMC FH9. Dosage is usually 0.35%-0.
6.1 CMC Usages in Moon Cakes and Other Cakes
Mix CMC aqueous solution with flour to make moon cakes and other cakes, can inhibit milden and rot, prevent water shortage and hardening, prolong shelf life. Adding CMC into flour can adjust and increase gluten strength, improve the flour structure. With good moldability, bright and full pie body, and not easy to damage, etc.
Pies with adding of CMC can make the stuffing delicious and soft with good moldability, water retention, and fresh taste.
6.2 CMC Model Selection and Dosage
Usually, add CMC in the surface or wrapper of pies with dosage 0.5%-1.0% Can choose CMC FH6 or FVH6. CMC dosage in pies body is 0.5%-1.0%, the models to use are according to pies tastes. For example, common pies can use model FH6, fruit pies can use FH9.
7.1 CMC Functions and Use Method in Soy Sauce
Soy sauce is a necessity in daily life. People like soy sauce with less sediment, certain consistency, and good homogenization. So the best model for making soy sauce is food grade salt tolerance CMC.
Dissolve CMC and water, then add and mix with other seasonings. Soy sauce can be got through the procedure of stirring and so on. CMC is a kind of strong dispersing agent. Can evenly disperse any seasonings to get a bottle of homogeneous soy sauce. Moreover, CMC has characters of thickening and stabilizing, with which the color, taste, and odor of soy sauce will have obviously changed.
7.2 CMC Model Selection and Dosage in Soy Sauce
Dosage in soy sauce usually is 0.3%-0.45%. Can use model FH9 or FM9.
8.1 CMC Functions in Meat Products
Adding CMC into meal products can uniformly distribute condiments, adjust the viscosity. Also can combine condiment and solid ingredient well. It can make meal products much more tender and delicate, prevent oil spilling out, and extend shelf life.
8.2 CMC Model Selection and Dosage
Usually, the dosage of CMC in meal products is 0.6%-0.8%. The maximum is 1.5%. Can use model FH6 or FVH6.
9.1 CMC Functions in Liquid Drinks
Adding CMC into liquid drinks (such as juice and tea) can make the suspended matters uniform and full without layering. Make the drinks have bright colors, mellow taste. Prevent sugar crystallizing again, and prolong shelf life.
9.2 CMC Model Selection and Dosage
CMC dosage in juice and tea drinks is 0.35%-0.45%. For juice, usually use CMC FH9, for tea drinks, usually select CMC FH6.
10.1 CMC in food such as eight treasure congee and sesame paste, etc has the function of increasing consistency. Can make solid in congee uniformly suspend in the container. It can get a delicate and sweet taste, and improve stability. The formerly mentioned advantages are much more outstanding comparing with that of starch paste.
10.2 CMC Model Selection and Dosage
CMC dosage in mixed congee is 0.3%-0.4%. Can use CMC FVH9. To make sesame paste and other food, the dosage is 0.3%-0.4%. Can use CMC FH6.
11.CMC Applications is Quick-Frozen Food
11.1 CMC Functions in Quick-Frozen Food
In the market, there are many kinds of frozen food, such as steamed bun stuffed with juicy pork, dumplings, wontons, glue puddings, spring rolls and so on. Adding CMC during wrappers processing can, smooth. Its good water retention characters can prolong the shelf life.
After adding CMC in the frozen food can distribute other materials evenly. Excellent water and fresh-keeping. Nice and delicate taste.
11.2 CMC Model Selection and Dosage
For wrappers of frozen food, the dosage is 0.3%-0.4%. CMC in fillings is 0.6%-0.8%. Can choose CMC FH6 or CMC FVH6.
12.CMC Applications in Keeping of Vegetables, Fruit Fresh
12.1 CMC Functions of Freshness Keeping
Applying, spraying and dipping CMC function on the surface of an orange, peach, plum, apple, longan, litchi, and other fruit, as well as eggs, vegetables, fish and meat has functions of sterilization and destroying mildew. Objects that need to be kept freshness tend to rest state to achieve preservation. Refrigerating fruit after spraying CMC solutions on its surface will have better preservation effect.
12.2 CMC Model Selection and Dosage
To keep freshness, usually, use 0.4%-0.8% of the CMC aqueous solution to spray and dip. Can use model FM6 or FM9.
Applying CMC into jam, chili sauce, peanut butter, sesame paste, ketchup, and other condiment has the effect of enhancing consistency, water retention and stabilizing. It can improve the quality of the formerly mentioned products. Enhance the sensory indicators, such as color, aroma, taste, and shape.
CMC dosage in condiment is 0.4%-0.5%. Can use model FH9.
Biscuit, noodles, rolled noodles, bread and other products can adjust the gluten strength, improve flour quality. Easy to control water. Raise strength. Flour products are not easy to go broken. Can make bread peak height uniformly, increase the volume, reduce dregs.
CMC dosage in flour products is 0.3%-0.4%. Can use model FH6 or FVH6.
Applying CMC in beer can make the beer foams much more delicate and stable with soft, mellow fragrance and long finish.
The dosage of CMC in beer and rice wine is 0.2%-0.4%. Can select model FM6 or FM9.
The company is located at Jining City Shandong Province, with 160 employees, $20 million assets and an area of 18 acres. Now the production capacity for CMC has reached 20,000 tons per year. 40 years of practice and improvement enable our company to make CMC with higher purity (99.5%), higher viscosity (10000mPa.s above) and a higher degree of substitution (greater than 1.2).
Fortune Biotech, as a leading global supplier and sodium carboxymethyl cellulose manufacturer, has engaged in production, development, and marketing of Sodium Carboxymethyl Cellulose (CMC) and Polyanionic Cellulose (PAC) for over 40 years. More than 3000 customers in 60 countries and regions have applied our products in their applications in food, pharmaceutical, paper making, ceramics, textile dyeing, daily chemicals, new energy, and oil drilling industries. Our safe and high-quality CMC products have supported their endeavor to improve people's life.
Anbit mechanical and Electrical Equipment Co., Ltd. is a high-tech drilling equipment company specializing in the sales of various drilling rigs and drilling engineering machinery. Moreover, it is also one of the best drilling equipment suppliers in China.
Business scope: sales of multi-functional drilling rig with hydraulic hole, anchor rig, well drilling rig, all hydraulic integrated drilling rig, water pump, drilling accessories, etc.
We have a strong technical force, sophisticated modern equipment and rich experience in production and construction. As a drilling tools manufacturer, we provide one-stop service for drilling, drilling engineering, equipment supply, supporting installation, commissioning and after-sales service.
Leading high and new technology in China: We start the service of drilling to rig manufacturing industry. It is a company that sells multi-functional drilling rig with hydraulic hole, anchoring drilling machine, well drilling rig, all hydraulic integrated drilling rig and a series of heavy driving machines in China.
Excellent technical talents: As a professional drilling equipment company, it focuses on hot spring well and other new products, new technologies, new processes and new equipment, providing a strong guarantee for follow-up services.
We have a strong technical force, sophisticated modern equipment and rich experience in production and construction. As a drilling tools suppliers, we provide one-stop service for drilling, drilling engineering, equipment supply, supporting installation, commissioning and after-sales service.
Leading high and new technology in China: We start the service of drilling to rig manufacturing industry. It is a company that sells multi-functional drilling rig with hydraulic hole, hammer machine, well drilling rig, all hydraulic integrated drilling rig and a series of heavy driving machines in China.
Excellent technical talents: As a professional drilling equipment company, it focuses on hot spring well and other new products, new technologies, new processes and new equipment, providing a strong guarantee for follow-up services.
Gas liquid mixing pump is a kind of vortex pump and usually is installed horizontally. Gas liquid pumps are divided into two types: closed-couple type and coupling type. All the wetted parts are made of SUS 304 stainless steel.
Gas liquid mixing pump is a horizontally mounted self-priming gas-liquid mixing pump. It uses a standard click coupling connection. The pump's wetted components are all made of stainless steel. The suction port of the gas-liquid mixing pump can draw in gas by the negative pressure, so there is no need to use a gas compressor and an atmospheric injector. The high-speed rotating impeller agitates the liquid with the gas, so no compressor and mixers are needed. Due to the pressurized mixing in the pump, the gas and the liquid are fully dissolved, and the dissolution efficiency can reach 80 to 99%. Therefore, a high-pressure solution can be obtained without a large pressurized gas tank or an expensive reaction tower. A gas-liquid mixing pump can be used for gas-liquid attraction, mixing, dissolution and direct delivery of highly dissolved liquid to the point of use. Therefore, the use of a gas-liquid mixing pump can improve the efficiency of the dissolved gas production, simplify the preparation device, save the space, greatly reduce the initial investment, save operating costs and maintenance costs.
Gas-liquid mixing pump operating conditions
Thin, clean, low viscosity liquid;
pH range is 3-9;
Liquid temperature -15 ° C ~ 120 ° C;
Ambient temperature: +40 ° C;
The volume ratio of gas to liquid is about 1:9 (the inspiratory volume is 8~10%);
The self-priming height is 9-NPSH (m).
Air flotation treatment. When the reflux ratio is 1:1, the water treatment capacity is 1~45m3/h.
Removal of impurities in well water, such as pre-engineering for semiconductor pure water manufacturing.
Wastewater treatment with grease, for example, kitchen wastewater.
Urine treatment after screening, such as excrement treatment of livestock.
Resource recycling, such as recycling and recycling of paper fibers.
Front-end treatment of plant wastewater, for example for the recovery of food, crystallization, pharmaceuticals.
Sediment, floats, fouling sludge, algae recovery, for example for ponds, lakes.
A tiny bubble bath like a cow's milk, such as a milk bath for hotels and restaurants.
Water surface projection in a large celebration, like a water screen.
Decoration of the water surface.
High concentration ozone water treatment (use example) The water preparation capacity can be up to 54m3/h. The ozone concentration can reach 30mg/L.
Water quality improvement. Sterilization. Deoxidation, for example, for drinking water, beverages, underground well water.
Fresh food sterilization and preservation, for example, in food factories, restaurants, canteens.
Medical institutions, such as for instruments, wounds, white clothes, bedding, sterilization of wastewater, disinfection, decolorization, deodorization.
Sterilization of drinking water, water towers, water pipe descaling.
Sterilization of circulating water. Deodorization, for example, for swimming pools. Hot springs. Baths.
Reduce BOD.COD, decolorization of dye drainage, such as wastewater treatment in factories.
Laundry room. Paper mill, for example for sterilization, bleaching, deodorization, drainage and bleaching.
About Edon-China Micro Bubble Generator Manufacture
Hello and welcome to Edon pump. We are a manufacturer of micro nano bubble generator which also called gas liquid mixing pump or DAF pump. Since its interception, our company has been researching, developing and adapting our micro bubble pump to make it suitable for different specialty and new application or compatible to different countries' electricity system. From our factory in Shanghai, we can offer you different models of micro bubble generator for your various applications and standby spare parts.
