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Greetings in The Mighty Name of Jesus, The Christ!!!
Luke 12:35-40 KJV
"35 Let your loins be girded about, and [your] lights burning; 36 And ye yourselves like unto men that wait for their lord, when he will return from the wedding; that when he cometh and knocketh, they may open unto him immediately. 37 Blessed [are] those servants, whom the lord when he cometh shall find watching: verily I say unto you, that he shall gird himself, and make them to sit down to meat, and will come forth and serve them. 38 And if he shall come in the second watch, or come in the third watch, and find [them] so, blessed are those servants. 39 And this know, that if the goodman of the house had known what hour the thief would come, he would have watched, and not have suffered his house to be broken through. 40 Be ye therefore ready also: for the Son of man cometh at an hour when ye think not."
Our Lord Jesus is Coming that is a Fact that can not be Denied, but, When Jesus is Coming remains hidden and No Man shall know of it’s time or day!!! Jesus Coming will be like a Thief in The Night, that enters when No One is Awake!!!
There are so many of you that are Worried about Jesus Coming, but in doing so, You have Forgotten What Jesus said, that When He Comes, He will find Two Things, One a Church that is always Watching for His Return and Second a Church Doing The Fathers Will!!! No where does Scripture say Stop doing The Fathers Will, but many of you have and have been Convinced that it does not matter. Satan have Convinced You of False Doctrine!!!
Understand how Satan has done this! You Study Isaiah, Jermiah, Daniel, Ezekiel and Revelations, Searching, Comparing, Anticipating When Jesus will Return and you have become Lost In Doing So!!! Jesus never said You will know My Coming by Searching The Scriptures, NO WHERE!!! But what you will find is a Key Note that Jesus did say, “but he that doeth the will of my Father which is in heaven."
Matthew 7:21 KJV
“Not every one that saith unto me, Lord, Lord, shall enter into the kingdom of heaven; but he that doeth the will of my Father which is in heaven."
But, once again The Church has done thing Incorrectly. The Church has cast a side The Apostle, Prophet, Evangelist and Teacher saying they are of No More Use To Me and have Placed the Pastor as The Final Answer and have been led astray in doing so!!! For if You Truly Understood The Offices, you would not have done so, in casting them away!!!
The Apostle, Seals The Word By The Holy Spirit; The Prophet Gives The Church Direction; The Evangelist Brings Salvation; The Teacher How To Live Godly and the Pastor is to Keep Watch Over The Flock in Every Mannor, but watches his salary more!!!
The Will Of The Father and The Will Of The Son, Jesus, are In One Accord, saying…
John 14:15 KJV
“ If ye love me, keep my commandments."
This has Never Changed from The Old Testament to The New Testament, they are Equal throughout Scripture!!!
When Jesus Comes as A Thief In The Night it will be a “I Am Here” with No Previous Announcement of His Coming!!! Jesus could come today, but not likely because of The Season that Jesus spoke of.
Matthew 24:36-39 KJV
"36 But of that day and hour knoweth no [man], no, not the angels of heaven, but my Father only. 37 But as the days of Noe [were], so shall also the coming of the Son of man be. 38 For as in the days that were before the flood they were eating and drinking, marrying and giving in marriage, until the day that Noe entered into the ark, 39 And knew not until the flood came, and took them all away; so shall also the coming of the Son of man be."
If you Think that The Will Of The Father is to get as many people as we can to Confess Jesus as Savior and Lord, then You have missed the boat. That is Not our Job as a Church, but We are to be Living Epistles showing The World How to Live Godly Through Jesus and The Holy Spirit!!! There is Only One Office that is to be Totally Consumed in gaining The Lost and that is The Office Of The Evangelist!!! It is His Calling, His Longing to bring people to Jesus, the other Four Offices all deal with How To Live Godly!!!
To make this clear, The Will Of The Father and Jesus is to be Obedient to The Word and The Holy Spirit, plainly!!! Too many of you Think that Reading Your Bible, Going to a church is The Will Of The Father, Wrong, Works Must be involved! Scripture tells us Three Things to be Obedient, One Accept Jesus as Savior and Lord, Two be Separated From The World, Three Love one another, that is, Born Again, to Born Again, Why, it Shows The World The Fathers Love!!!
2 Corinthians 6:14-18 KJV
"14 Be ye not unequally yoked together with unbelievers: for what fellowship hath righteousness with unrighteousness? and what communion hath light with darkness? 15 And what concord hath Christ with Belial? or what part hath he that believeth with an infidel? 16 And what agreement hath the temple of God with idols? for ye are the temple of the living God; as God hath said, I will dwell in them, and walk in [them]; and I will be their God, and they shall be my people. 17 Wherefore come out from among them, and be ye separate, saith the Lord, and touch not the unclean [thing]; and I will receive you, 18 And will be a Father unto you, and ye shall be my sons and daughters, saith the Lord Almighty."
John 13:34-35 KJV
"34 A new commandment I give unto you, That ye love one another; as I have loved you, that ye also love one another. 35 By this shall all [men] know that ye are my disciples, if ye have love one to another."
The First Thing, is not to be Like The World, the Second Thing, Love One Another…WITHIN THE CHURCH Why, because if we do not Act as The World does it Draws A Question, if we Love One Another…WITHIN THE CHURCH, it gives Them Jesus Love For Them!!! Lets Prove this point…
If we Separate Ourselves from The World, what would those things be? It has nothing to do with Cell Phones or Computers, but it has to do with the Individual Themselves. For an example. Woman would have Long Hair, Why, because The Father says it is Their Coving, Men should have no greater length of hair then their shoulders, Why, so you can tell the Difference between Men and Woman and Jesus is Our Head Of Covering!!! Men and Women would Wear Different Clothing from one to another, and the list goes on. These are things that Separate Us from The World! Now, for the Love One Another, in The Book Of Acts, we were given an example of the Love One Another so that The World Would Know We Are The Disciples Of Jesus… everyone sold what they had and gave what they had so that No ONE IN THE CHURCH HAD NEED, by this Work, The World would KNOW We ARE THE CHURCH that Jesus Died and Rose again for!!!
I would bet that there is Not One church who show this Love!!! I would also bet that if a man or woman or child that was Born Again were Destitute No One of you would see to their Well Being, but would cast Shame On Them!!! I bet I would find Idols Of Worship instead!!!
Jesus is coming as A Thief In The Night and will draw to Himself those who are doing The Fathers Will…ARE YOU???
Amen and Amen!!!
Email: godsonlyfoundation@gmail.com
Website: ApostleLee.com
The Israelites experienced many ups and downs in their spiritual walk. Most Christians also experience ups and downs in their spiritual journey. Click on the link below to follow the practical steps of inviting the face of God to shine on you for the first time or again. #BibleStudy #Devotions #Psalms #worship
https://www.ramckinley.com/may-the-face-of-god-shine-down-upon-us/
https://www.udemy.com/course/christian-values-life/?referralCode=5EA3B1D6ED6DAB183AD0
In the wave of digital transformation, smart buildings have become a core symbol of modern urban development. As a key component of intelligent building energy management systems, WiFi energy meters are redefining building energy monitoring and management models with their unique advantages, injecting new momentum into building energy conservation, efficient operation, and sustainable development.
Compared to traditional meters or some wired smart meters, WiFi smart meters have the following significant characteristics:
No complex wiring is required. They can be quickly connected using the widely covered WiFi network within the building, greatly reducing renovation and installation costs, making them particularly suitable for the intelligent upgrade of existing buildings.
Through the WiFi network, the meter can achieve high-speed transmission of electricity consumption data at the second or minute level, making energy consumption real-time and transparent.
Based on standard network protocols, WiFi smart meters can easily interface with building automation systems (BAS), energy management platforms (EMS), cloud platforms, and third-party applications to build an integrated management ecosystem.
Eliminating the costs of laying and maintaining dedicated communication lines, and utilizing existing network infrastructure, the total cost of ownership (TCO) is more advantageous.
WiFi smart meters act as "sensory neurons" distributed throughout the building's energy neural network, with applications spanning multiple levels:
Individual metering by household, zone, and item: Independent metering for different tenants, office areas, and public areas (such as lighting, air conditioning, and data centers) within the building, clearly presenting energy usage.
Real-time Dashboard and Alarms: Through a visual large screen or mobile app, managers can view real-time power load and peak demand. Setting threshold alarms allows for immediate detection of abnormal power consumption or equipment malfunctions.
Load Analysis and Pattern Recognition: Analyzing the power consumption patterns of major equipment such as air conditioning and lighting to identify inefficient operating periods and standby power consumption.
Integration with Smart Devices: Feeding power consumption data back to the building automation system to achieve adaptive control based on actual needs. For example, dynamically adjust public area lighting and air conditioning temperatures based on real-time occupancy and electricity consumption curves.
Demand Management: Monitor total electricity demand and automatically adjust non-critical loads before peak hours to avoid exceeding demand limits.
Provide accurate tenant-level electricity consumption data for multi-tenant commercial buildings or apartments to achieve fair and transparent energy cost sharing or individual billing, reducing disputes.
Provide tenants with reports on their electricity consumption data to encourage energy-saving behaviors and enhance the building's green attractiveness.
Establish a baseline for normal equipment operation by continuously monitoring electrical parameters (such as voltage, current, and power factor).
Analyze current harmonics and abnormal load fluctuations to provide early warnings of potential faults such as motor aging, wiring overheating, or insulation deterioration, enabling a shift from "reactive maintenance" to predictive maintenance, ensuring safety, and extending equipment lifespan.
Automatically collected, accurate energy consumption data can be directly used for the application and verification of certifications such as LEED, BREEAM, and China Green Building Label.
It provides a reliable data foundation for developing carbon footprint reports and achieving carbon neutrality goals.
Network Stability and Security: Ensure complete WiFi network coverage and stable signal in the building, and employ multiple security strategies such as VPN, WPA3 encryption, device authentication, and data encryption to guarantee data transmission security.
Data Platform Selection: Select or develop energy management software or cloud platforms capable of processing and analyzing massive amounts of meter data and providing rich API interfaces.
Meter Selection and Compatibility: Select WiFi smart meters that comply with national standards and industry specifications and have open communication protocols (such as supporting MQTT, HTTP, etc.) to ensure compatibility with existing systems.
Phase Implementation: It is recommended to start with key energy-consuming areas or pilot floors, verify the effects, and then gradually expand the system.
WiFi smart meters are not just metering tools, but also the core entry point for smart buildings to achieve energy digitalization, intelligent management, and refined services. It unlocks the value of data through wireless connectivity, giving building managers unprecedented energy transparency and control capabilities. Under the dual-carbon goals, deploying WiFi smart meters has become an indispensable strategic choice for smart buildings to reduce operating costs, enhance competitiveness, and fulfill social responsibility.
With the further integration of Internet of Things (IoT) and Artificial Intelligence (AI) technologies, future WiFi smart meters will be even more intelligent, becoming proactive decision-making nodes in the building energy ecosystem, continuously driving the evolution of smart buildings towards greater efficiency, user-friendliness, and greener practices.
Learn more about smart meters and energy management solutions:
As we go through life, we build many friendships. Some last for a season while others last a lifetime. In the spiritual realm, we must choose God and not be a friend with the world.
Click on the link below to read today's life changing devotion. #BibleStudy #Devotions #James #worship
Do you ever find yourself desperately crying out for God's help? In Psalm 70, David wrote about a time he cried out with urgency. Click on the link below to glean some practical wisdom when seeking the Lord in desperation. #BibleStudy #Devotions #Psalms #worship
When your office chair slowly sinks to the floor every time you sit down—or worse, refuses to adjust height altogether—it's likely the gas lift for office chair has failed. Many users wonder: Can you fix a gas lift chair? The short answer is yes—but not always by “repairing” the cylinder itself. In most cases, the solution lies in replacement.
At the heart of every height-adjustable swivel chair is a pneumatic gas lift cylinder—often mistaken for a simple spring mechanism. In reality, it's a precision-engineered component filled with pressurized nitrogen gas and oil. When you pull the height adjustment lever, it opens a valve inside the cylinder, allowing the piston to move up or down under your body weight. Releasing the lever seals the valve, locking the chair at your desired height.
Not all gas lifts are created equal. Quality is typically classified into Class 1 through Class 4, with Class 4 offering the highest load capacity and durability—often rated for 250 kg or more. Industry certifications like BIFMA (Business and Institutional Furniture Manufacturers Association) set rigorous testing standards for safety, cycle life (typically 30,000+ up/down motions), and structural integrity. A chair labeled “BIFMA-compliant” means its gas lift for office chair has passed real-world stress simulations, making it suitable for heavy daily use in offices, schools, or commercial settings.
Many users overlook these classifications, opting for cheap replacements that degrade within months. Understanding these technical benchmarks is crucial when evaluating whether a failing gas lift can be salvaged—or must be replaced with a high-grade alternative.
Before jumping to conclusions, it's essential to confirm that the gas lift office chair is indeed the culprit. Several symptoms mimic gas lift failure but stem from other components:
Gradual sinking: The most telltale sign of gas leakage inside the cylinder. If your chair lowers over seconds or minutes while you're seated, the internal seal has likely failed.
Stuck at one height: Could indicate a jammed control lever, worn mechanism, or seized piston—not necessarily a dead gas lift for office chair.
Unusual noises (hissing, clunking): Hissing suggests gas escaping; clunking may point to loose mounting hardware or a damaged star base.
True gas lift failure is almost always irreversible. Unlike mechanical parts, the sealed nitrogen chamber cannot be refilled or repressurized outside industrial settings. DIY “fixes” like hammering the cylinder or adding external supports are unsafe and ineffective. The safest, most reliable solution is full replacement—especially if the chair is used daily or supports heavier users.
Replacing a gas lift requires removing it from both the chair base and the seat mechanism. Many users ask: How to separate gas lift from office chair without damaging other parts? Here's a professional-grade approach:
Turn the chair upside down on a soft surface (e.g., carpet or foam pad) to protect finishes.
Locate the retaining clip or C-ring at the base of the gas cylinder where it meets the star base. Some models use a plastic collar instead.
Use a flathead screwdriver or specialized removal tool to gently pry out the retaining clip. Do not strike the cylinder directly with a hammer—this can rupture the pressurized chamber.
Apply controlled force: Place a block of wood on top of the cylinder and tap downward with a mallet. The piston should slide out of the seat mechanism. If stuck, apply penetrating oil and let it sit for 15 minutes.
Inspect the chair base and mounting plate for cracks or deformation before installing the new lift.
Safety note: Never heat, drill, or puncture a gas lift cylinder. Even “empty” units may retain pressure and pose explosion risks. Always wear safety goggles during removal.
When sourcing a replacement, prioritize cylinders that match your chair's stroke length (common sizes: 65mm, 85mm, 100mm, 120mm) and load class. Reputable suppliers like Foshan Growing Furniture Co., Ltd. offer BIFMA-certified heavy-duty gas lifts in chrome or black finishes, engineered for compatibility with executive, mesh, and swivel chairs across residential and commercial environments.
Given that gas lifts are wear items with finite lifespans (typically 3–7 years under normal use), investing in a high-quality replacement pays dividends. Look for these indicators:
BIFMA certification: Non-negotiable for office or institutional use.
Class rating: Class 3 or 4 for users over 90 kg or chairs used >6 hours/day.
Material quality: Chrome plated steel resists corrosion better than painted alternatives.
Manufacturer transparency: Reputable brands disclose testing data, material specs, and warranty terms.
While some online retailers sell unbranded gas lifts for under $10, these often lack pressure testing and fail prematurely—sometimes catastrophically. In contrast, industrial-grade replacements may cost slightly more but ensure years of stable performance and user safety.
Companies with vertical integration—like those that manufacture casters, bases, mechanisms, and gas lifts in-house—often provide better compatibility and technical support. Their deep understanding of chair ergonomics and component interaction leads to more reliable system level performance.
Q: Can you fix a gas lift chair without replacing the cylinder?
A: No. Once the internal seal fails or gas leaks, the cylinder cannot be repaired. Replacement is the only safe and effective solution.
Q: How long should a gas lift for office chair last?
A: With moderate use, a Class 3 or 4 BIFMA-certified lift should last 5+ years. Heavy daily use may reduce lifespan to 2–3 years.
Q: Is it dangerous to remove a gas lift myself?
A: It's safe if done carefully. Never strike the cylinder directly. Use wood blocks and mallets for controlled force, and always wear eye protection.
Q: What size gas lift do I need?
A: Measure the extended and compressed lengths of your current cylinder. Common strokes are 65mm, 85mm, 100mm, and 120mm. Match both length and diameter (typically 50mm outer diameter).
Q: Can I upgrade to a higher-class gas lift?
A: Yes—and it's recommended if your chair supports heavier users or sees intensive use. Ensure the new lift fits your chair's mounting interface.
Q: Why does my new gas lift feel stiff?
A: New cylinders often require a few up/down cycles to break in. If stiffness persists after 20–30 adjustments, check for misalignment or incompatible mechanisms.
In conclusion, while you can't truly “fix” a failed gas lift, understanding its function, diagnosing issues accurately, and selecting a high-grade replacement empowers you to restore your chair's performance safely and effectively. Whether you manage a corporate office or simply rely on your home desk chair, prioritizing certified components like BIFMA-compliant gas lift office chair cylinders ensures comfort, safety, and longevity.
Upgrade your workspace with FSGROWING's premium gas lift for office chair — crafted for exceptional durability, smooth mobility, and contemporary design. Engineered to deliver outstanding stability and long lasting performance, this gas lift office chair is the perfect solution for modern professional environments.
In the world of active mobility—especially bicycles, e-bikes, and scooters—safety isn't optional. Reflectors play a crucial role in nighttime visibility, and behind every high-performance reflector is a precision-engineered mold. But what exactly is a spoke reflector mould, and why does its quality matter? As regulations tighten and consumer expectations rise, manufacturers are turning to specialized mold makers like Younger Mould to produce not only spoke reflector moulds, but also mudguard reflector molds and pedal reflector molds that meet global safety and durability standards.
1.1 Defining the Spoke Reflector Mould
A spoke reflector mould is a precision injection mold used to manufacture small, lightweight reflectors that clip onto bicycle wheel spokes. These components enhance lateral visibility for cyclists at night or in low-light conditions. Unlike generic plastic parts, reflectors must meet strict optical performance criteria—requiring molds with exacting surface finishes and micro-prism geometries.
1.2 The Role of Optical Engineering in Reflector Molds
Effective reflectors rely on retroreflective technology, where light from car headlights bounces directly back to the source. Achieving this demands molds with micron-level accuracy in prism patterns. Even minor deviations can drastically reduce reflectivity—making mold design as critical as the final product.
1.3 Beyond Spokes: The Full Reflector Ecosystem
While spoke reflector moulds get attention, complete bicycle safety systems also include mudguard reflector molds (mounted on fenders) and pedal reflector molds (required by law in many countries). Each requires unique mounting features, impact resistance, and weatherability—challenges best addressed by specialists like Younger Mould, who focus exclusively on lighting and safety-related molds.
2.1 Meeting Global Safety Standards (CPSC, EN, ISO)
Regulatory bodies like the U.S. CPSC and European EN 1078 mandate specific reflector sizes, colors, and reflectivity levels. A poorly made mold may pass visual inspection but fail photometric testing. Precision molds from experienced manufacturers ensure consistent compliance batch after batch.
2.2 Reducing Recalls Through Reliable Tooling
Low-cost molds often warp or degrade after a few thousand shots, leading to inconsistent part dimensions or dull reflector surfaces. In contrast, Younger Mould uses hardened steel and advanced EDM techniques to build durable spoke reflector moulds that maintain optical fidelity over hundreds of thousands of cycles—minimizing field failures and brand risk.
2.3 Supporting OEM and Aftermarket Brands Alike
Whether you're an e-bike OEM integrating reflectors into frame design or an aftermarket accessory brand launching a new safety kit, reliable molds enable faster certification and smoother market entry. Younger Mould's experience with both pedal reflector mold and mudguard reflector mold development helps clients navigate regional requirements efficiently.
3.1 The Niche Advantage of Specialized Mold Makers
General-purpose mold shops rarely understand the optical physics behind reflectors. Younger Mould, however, has built its reputation on lighting-related tooling—including BMC (Bulk Molding Compound) reflector molds used in high-heat automotive applications and precision thermoplastic molds for bicycles. Their dedicated focus ensures deep expertise in reflective surface replication.
3.2 In-House Capabilities for Complex Geometries
From multi-cavity spoke reflector moulds for mass production to custom pedal reflector molds with integrated clips and UV-resistant finishes, Younger Mould handles the full spectrum. Their factory includes CNC machining, spark erosion, and polishing stations calibrated for optical-grade surfaces—critical for retroreflective performance.
3.3 Material Expertise: From PMMA to BMC
While most bicycle reflectors use transparent PMMA or polycarbonate, some high-end or automotive-grade units employ BMC—a thermoset composite requiring specialized molding processes. Younger Mould's dual proficiency in thermoplastic and BMC reflector molds makes them a rare one-stop partner for diverse mobility sectors.
4.1 Surging Demand from E-Bike and Micromobility Markets
Global e-bike sales are projected to exceed 40 million units annually by 2025. Each unit typically requires 4–6 reflectors. This growth creates urgent demand for scalable, high-quality mudguard reflector molds and spoke reflector moulds—especially as cities enforce stricter nighttime safety rules.
4.2 Differentiation Through Design and Integration
Modern reflectors aren't just functional—they're styled to match brand aesthetics. Custom molds allow for logo embossing, colored lenses, or aerodynamic shapes that integrate seamlessly with wheel hubs or pedal arms. Younger Mould collaborates early in the design phase to balance form, function, and manufacturability.
4.3 Sustainability Through Long-Lasting Tooling
A well-built reflector mold reduces material waste, energy use per part, and the need for frequent replacements. By investing in durable tooling from a specialist like Younger Mould, brands support both operational efficiency and environmental responsibility.
Q1: What materials are commonly used in spoke reflector production?
Most bicycle reflectors use optical-grade PMMA or polycarbonate for clarity and impact resistance. For high-temperature applications, BMC (Bulk Molding Compound) is used—especially in automotive contexts.
Q2: Can one mold produce multiple reflector types?
Generally, no. Spoke reflector moulds, pedal reflector molds, and mudguard reflector molds each have unique geometries and mounting features, requiring dedicated tooling for optimal performance.
Q3: Does Younger Mould offer BMC reflector molds?
Yes. As noted on their website, Younger Mould produces BMC reflector molds alongside thermoplastic versions, serving both automotive and high-end micromobility clients.
Q4: How long does it take to develop a custom reflector mold?
Typical lead time is 6–10 weeks, depending on complexity. Younger Mould's integrated design and manufacturing process helps accelerate validation and sampling.
Q5: Are reflector molds expensive?
Initial investment varies, but high-quality molds from specialists like Younger Mould lower total cost of ownership through longevity, consistency, and reduced scrap rates.
So, what is a spoke reflector mould—really? It's far more than a simple cavity in steel. It's a convergence of optical science, safety regulation, and precision engineering. Whether you need a spoke reflector mould, mudguard reflector mold, or pedal reflector mold, partnering with a focused expert like Younger Mould ensures your reflectors don't just shine—they perform, comply, and endure. In the fast-evolving world of urban mobility, that kind of reliability isn't just valuable—it's essential.
Younger Mould is a premier spoke reflector mould manufacturer in China, dedicated to delivering high precision mudguard reflector mold solutions. Renowned for innovation, accuracy, and dependable performance, we offer fully customized mold services tailored to the unique requirements of international clients. Backed by a skilled engineering team and cutting-edge technology, every pedal reflector mold we produce ensures exceptional dimensional accuracy, consistent output, and rapid lead times—empowering manufacturers to optimize efficiency while maintaining uncompromising quality.
When users search “Why do slides have weight limits?” they're often troubleshooting a real problem: a sagging kitchen drawer, a jammed workshop cabinet, or a failed industrial storage unit. But beyond immediate fixes, this question opens the door to a deeper understanding of mechanical engineering, material science, and functional design. Drawer slides—whether in a luxury kitchen or a factory tool cart—are precision components with carefully calculated performance boundaries. Their weight limits aren't arbitrary; they reflect real physical constraints related to metal fatigue, bearing capacity, mounting integrity, and lifecycle durability. This article explores the technical rationale behind these limits, how they're determined, and why exceeding them—even slightly—can compromise safety and longevity.
At first glance, a drawer slide seems simple: two metal heavy duty cabinet slides with ball bearings that let a drawer glide in and out. But under load, complex forces come into play. Why do slides have weight limits? Because every component—steel thickness, ball bearing size, raceway geometry, and bracket design—has a finite capacity to resist deformation, wear, and failure.
When a drawer is loaded, the weight creates:
Bending stress on the heavy duty cabinet slides, especially near mounting points.
Compressive force on the ball bearings and raceways.
Shear stress on screws and cabinet walls.
Over time, repeated cycling under excessive weight accelerates metal fatigue, leading to permanent sagging, binding, or even catastrophic bracket pull-out. The advertised weight limit—often called the dynamic load rating—represents the maximum weight a slide can support over its expected lifecycle (typically 50,000+ open/close cycles) without significant degradation.
For heavy duty rails for drawers, this rating is even more critical. A slide rated for 500 lbs isn't just “stronger”—it uses thicker cold rolled steel, larger bearings, and wider profiles (like Filta's 53mm design) to distribute stress more evenly and resist torsional twist in wide drawers.
Manufacturers don't guess weight limits—they test them. Reputable brands follow standards like ANSI/KCMA (Kitchen Cabinet Manufacturers Association) or ISO 14001, which define rigorous protocols for load testing, cycle life, and environmental resistance.
During testing, a slide is:
Mounted in a standardized cabinet frame.
Loaded to a specific weight (e.g., 100 lbs, 250 lbs, 500 lbs).
Cycled open and closed tens of thousands of times.
Inspected for smoothness, deflection, and structural integrity.
However, real world conditions often differ:
Uneven loading (e.g., a heavy drill placed at the front of a drawer) creates leverage that multiplies stress.
Soft mounting materials (like particleboard) can fail before the slide does.
Humidity, temperature, and chemical exposure degrade lubricants and coatings.
This is why heavy duty drawer rails designed for industrial or commercial use often include features like corrosion resistant finishes, pre-lubricated bearings, and reinforced brackets—engineering responses to the gap between lab tests and field reality.
Ignoring weight ratings might seem harmless—until it isn't. Common consequences include:
Binding and Sticking: Overloaded slides increase friction, making drawers hard to open or close. Users often force them, accelerating wear.
Drawer Sag and Misalignment: The front of the drawer droops, causing gaps, uneven fronts, or interference with adjacent cabinets.
Bracket Failure: Screws pull out of cabinet walls, especially in engineered wood. In extreme cases, the entire drawer can detach.
Safety Risks: In medical, laboratory, or industrial settings, a collapsing drawer full of heavy tools or equipment poses a genuine injury hazard.
This is where heavy duty cabinet rails with verified high capacity ratings become essential. For example, Filta's 53mm-wide heavy duty cabinet slides are built with cold rolled steel and full extension ball bearing systems that maintain smooth operation even near their upper load limits—provided those limits aren't exceeded.
Choosing the right slide isn't about “more is better”—it's about matching the hardware to the actual use case. A kitchen spice drawer doesn't need 500-lb rails, but a garage tool cabinet absolutely does.
Q: Why do slides have weight limits if they're made of steel?
A: Even steel deforms under sustained stress. Weight limits account for long term fatigue, not just immediate strength.
Q: Can I double the capacity by using two sets of slides?
A: Not reliably. Unless the load is perfectly balanced, one set will bear more weight. It's better to choose a single higher capacity slide.
Q: What's the difference between static and dynamic weight ratings?
A: Dynamic rating (what's advertised) is for moving loads. Static rating—how much it holds when stationary—is usually higher, but not relevant for daily use.
Q: Are heavy duty rails for drawers worth the extra cost?
A: Yes, if you're storing heavy items like cast iron, power tools, or server equipment. The heavy duty cabinet slides offer better stability, longevity, and safety.
Q: How do I know if my drawer is overloaded?
A: Signs include difficulty opening/closing, visible sag, noise during movement, or screws pulling out of the cabinet.
Q: Do all heavy duty drawer rails have the same weight limit?
A: No. Capacity varies by material thickness, bearing quality, slide width, and extension type. Always check technical specs from your supplier—not just marketing claims.
In conclusion, the question “Why do slides have weight limits?” reveals a fundamental truth: hardware is engineered, not incidental. Every heavy duty cabinet slide, heavy duty cabinet rail, or heavy duty drawer rail is a balance of physics, materials, and intended use. Respecting these limits isn't about restriction—it's about ensuring smooth, safe, and reliable performance for years to come. Whether you're outfitting a home kitchen or an industrial workshop, understanding the “why” behind the rating helps you choose wisely and build with confidence.
Discover Filta's precision crafted heavy duty rails for drawers —engineered for lasting durability, modern aesthetics, and the demands of contemporary living. Elevate your interiors with Filta heavy duty drawer rails that delivers smooth operation, reliable performance, and refined elegance. Reach out to us at tony@wzhardware.cn.
When operators and maintenance technicians search “what is suction filter?” online, they're often not just looking for a dictionary definition—they want to understand its role in system reliability, how it differs from other hydraulic filters, and whether it's something they can service themselves. In industries ranging from construction to mining, the suction filter is a small but pivotal component that can prevent catastrophic pump failure if properly maintained.
So, what is suction filter in the context of hydraulic machinery? At its core, a suction filter (also called a suction strainer) is a coarse filtration device installed at the inlet port of a hydraulic pump, between the reservoir and the pump itself. Its primary function is to prevent large debris—such as metal chips, hose fragments, or casting sand—from entering the pump and causing mechanical damage.
Unlike high-efficiency hydraulic filtration components like return-line or pressure filters, suction filters are intentionally designed with larger mesh openings (typically 100–200 microns). This is critical: too fine a filter at the suction side can restrict flow, leading to cavitation—a destructive phenomenon where vapor bubbles form due to low pressure and then implode inside the pump, eroding metal surfaces over time.
In excavators and other mobile hydraulic equipment, the suction filter is often housed in a removable canister or integrated directly into the pump flange. It's not meant to polish the fluid but to act as a “last-chance” barrier before fluid enters the most sensitive component: the pump. Understanding this distinction helps explain why many OEMs, including Kubota, specify robust yet serviceable designs for their hydraulic filter near me replacement needs.
To fully grasp what is suction filter, it's essential to contrast it with other filtration types in a typical hydraulic circuit:
Pressure filters are installed downstream of the pump, protecting sensitive components like valves and actuators. They use fine media (often 3–25 microns) and must withstand full system pressure.
Return filters clean fluid as it flows back into the reservoir, capturing wear debris generated during operation. They often include bypass valves and contamination indicators.
Suction filters, by contrast, operate under vacuum or low-pressure conditions and prioritize flow over filtration fineness. Their design philosophy is “keep big stuff out,” not “remove all contaminants.”
This functional difference has major implications for maintenance. For example, while changing hydraulic filter units on the return line might be part of routine oil changes, the suction filter is typically inspected less frequently—unless system contamination is suspected. Moreover, because it's exposed to the reservoir environment, it can accumulate sludge or water condensate over time, especially in humid or outdoor storage conditions.
Operators searching for a hydraulic filter near me should ensure they're getting the correct type—not just the right size. Installing a fine-mesh pressure filter in a suction location can starve the pump and cause immediate damage.
Even though suction filters are simple in design, their maintenance requires attention to detail. Here's what field technicians should know:
Inspection Frequency: While not changed as often as return filters, the suction strainer should be inspected during major service intervals (e.g., every 500 operating hours) or whenever hydraulic fluid is replaced. In harsh environments—such as demolition sites or wetlands—more frequent checks are advisable.
Cleaning vs. Replacement: Many suction filters are reusable metal mesh screens. They can be cleaned with hydraulic oil or approved solvents, dried thoroughly, and reinstalled. However, if the mesh is torn, bent, or corroded, replacement is necessary. Never operate without one—even temporarily.
Compatibility Matters: When sourcing replacements, ensure the thread size, flange type, and flow rating match the original. For Kubota excavators, parts like the RB238-62150 are engineered to exact OEM specifications. Companies like CXNOFIA, which specialize in construction machinery components, often produce high-fidelity alternatives that meet dimensional and performance standards without carrying the OEM price tag. This is valuable for fleet managers or independent repair shops seeking reliable hydraulic filter near me solutions.
Installation Tips: Always replace O-rings or gaskets during reassembly. Over-tightening the housing can crack cast components or distort seals, leading to air ingress—a major cause of pump noise and premature failure.
Remember: the suction filter is a guardian, not a cure. If you're finding excessive debris, investigate the root cause—worn cylinders, degraded hoses, or poor fluid maintenance—rather than just cleaning the screen repeatedly.
Q: What is suction filter, and why can't I just remove it to avoid clogging?
A: The suction filter protects the pump from large debris. Removing it risks immediate internal damage. Clogging usually indicates a larger contamination issue that needs system-level diagnosis.
Q: Can I use any hydraulic filter as a suction filter?
A: No. Suction filters must allow high flow with minimal restriction. Using a fine filter designed for pressure or return lines can cause cavitation and pump failure.
Q: How do I know if my suction filter is clogged?
A: Symptoms include pump whining, loss of hydraulic power, or overheating. However, many suction filters lack contamination indicators, so visual inspection during service is key.
Q: Where can I find a reliable hydraulic filter near me for my Kubota excavator?
A: While local dealers offer OEM parts, specialized suppliers like CXNOFIA provide compatible alternatives (e.g., RB238-62150) that meet technical specifications for suction filtration in Kubota machinery.
Q: Is changing hydraulic filter the same as replacing the suction strainer?
A: Not exactly. “Changing hydraulic filter” usually refers to return or pressure filters. The suction strainer is a specific component with different maintenance protocols.
Q: Do all hydraulic systems have suction filters?
A: Most mobile equipment (excavators, loaders, etc.) do, but some industrial systems rely on reservoir cleanliness and inlet screens instead. Always consult your machine's schematic.
In summary, understanding what is suction filter goes beyond basic definitions—it involves appreciating its role in system architecture, its limitations, and its interaction with broader hydraulic filtration strategies. Whether you're an operator, technician, or procurement specialist, recognizing the importance of this component helps prevent downtime, extend equipment life, and make smarter decisions when changing hydraulic filter units or sourcing replacements. With the right knowledge—and access to precision-engineered parts—you can keep your hydraulic systems running cleanly, efficiently, and reliably for years to come.
Hydraulic filter near me! Discover CXNOFIA's premium rb238-62150 hydraulic filtration. As a trusted hydraulic filter manufacturer in China, we deliver precision engineered, durable hydraulic filter designed to fit a variety of leading excavator brands. Reach out today at sales@cxnofia.com
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Jesus told His disciples to go into all the world and preach the Gospel, starting in Jerusalem. Often churches today send out missionaries to far off lands but fail to reach those who live near the church. Many church members tell me they would like to reach those around them but don’t know how. Pastors are often not taught how in seminary. When I approach churches about supporting neighborhood evangelism, they often aren’t interested. As a social Worker and pastor, I have often been asked by churches to help them develop programs to help those in need, both spiritually and physically. I have been working to reach the lost and helping churches to minister to the needy for over 50 years. We are currently offering our course “Reaching the Lost” for free until 12/8/2025 to the first 100 who sign up at referral code https://www.udemy.com/course/reaching-the-lost/?couponCode=DE2D88C
Marine environments present some of the most demanding challenges for automation technology. Saltwater corrosion, constant vibration, extreme temperature fluctuations, and exposure to UV radiation mean that standard industrial components often fail quickly when deployed on a boat or ship.
Actuators — the mechanical devices that convert energy into motion — are essential for automating critical systems on vessels of all sizes. From controlling engine dampers to adjusting trim tabs, opening hatches, or managing ballast valves, actuators ensure smooth, safe, and efficient operation at sea.
But not just any actuator will do. The marine industry demands ruggedness, reliability, and resilience above all else. Let’s explore the types of actuators used in marine applications, how they differ from standard industrial models, and why certain technologies dominate specific use cases.
Electric linear actuators have become the go-to solution for a wide range of automation tasks on modern boats and yachts. They offer precise control, quiet operation, easy integration with digital systems, and high efficiency — all crucial for today’s smart vessels.
Unlike pneumatic or hydraulic systems, electric actuators don’t require complex piping, compressors, or fluid reservoirs — making them ideal for space-constrained environments like pleasure craft and commercial fishing boats.
They operate directly from standard 12V DC or 24V DC onboard power systems, which simplifies installation and reduces maintenance needs.
But what truly sets marine-grade electric actuators apart is their construction:
| Feature | Purpose |
|---|---|
| Stainless Steel or Marine-Grade Aluminum Housing | Resists saltwater corrosion and pitting |
| IP66/IP67/IP68 Ingress Protection Rating | Fully sealed against dust and water immersion |
| Epoxy-Coated Screws and Internal Components | Prevents galvanic corrosion inside the actuator |
| UV-Resistant Cables and Connectors | Withstands prolonged sun exposure without cracking |
| Self-Locking Mechanism | Holds position under load without drawing power |
| Overload Protection & Thermal Cut-Off | Prevents motor burnout during stalling or overuse |
These features make them far superior to generic industrial actuators, which may corrode within weeks in a marine environment.
? Example: A hatch cover actuator must withstand daily exposure to waves, spray, and humidity while providing smooth, controlled movement. Only a properly sealed, corrosion-resistant electric actuator can deliver years of reliable service.
While less common than electric models due to the need for air compressors and distribution lines, pneumatic actuators remain vital in specific marine applications — particularly where spark-free operation is required.
As outlined in Valen Tech Co., Ltd.'s article on pneumatic systems, these actuators typically run on compressed air between 60–100 psi, delivering powerful, consistent force for heavy-duty tasks.
Moreover, many ships still rely on pneumatic signal systems using the industry-standard 3–15 psi control signal (as detailed in the Valen Tech article). These low-pressure signals are used to command larger actuators via valve positioners, ensuring precise modulation of fuel, steam, or exhaust systems.
? How It Works:
A central controller sends a 9 psi pneumatic signal (representing 50% output) through small-diameter tubing to a valve positioner. The positioner then regulates high-pressure power air (60–100 psi) to move a large actuator proportionally — closing a damper halfway, for example.
This separation of signal air (3–15 psi) and power air (60–100+ psi) allows for safe, accurate control even in explosive atmospheres — such as near fuel tanks or engine rooms.
On commercial ships, superyachts, tugboats, and offshore platforms, hydraulic actuators are the dominant force behind high-load operations.
They excel where massive force, continuous duty cycles, and robust performance are non-negotiable.
However, hydraulics come with trade-offs:
Despite these drawbacks, their unmatched power makes them indispensable on large vessels.
Some of the most mission-critical actuators on a boat aren't general-purpose — they're designed specifically for performance optimization and ride comfort.
Located on the transom of outboard or sterndrive-powered boats, trim tabs adjust the angle of the hull relative to the water surface.
Modern trim tab actuators are usually electric-hydraulic hybrids: an electric motor drives a small pump that pressurizes oil to extend or retract the piston. This design offers both high force and fine control, while remaining self-contained and leak-resistant.
Many now feature smart integration, allowing automatic adjustment based on speed, GPS data, or gyroscopic feedback.
Used primarily in shallow-water fishing boats, jack plates raise or lower the entire outboard motor.
Jack plate actuators must be extremely durable — capable of withstanding underwater impacts, debris, and constant immersion. Most are heavy-duty electric linear actuators with reinforced seals and sacrificial anodes to prevent galvanic corrosion.
Selecting the correct actuator type depends on several key factors:
| Requirement | Recommended Actuator Type |
|---|---|
| Precision positioning, quiet operation | Electric Linear Actuator |
| High force, continuous duty | Hydraulic Actuator |
| Hazardous zones (fuel, fumes) | Pneumatic Actuator |
| Hull adjustment (trim/jack) | Marine-Specific Hydraulic-Electric Hybrid |
| Remote monitoring & automation | Smart Electric Actuator with Modbus/4–20mA |
Not all actuators labeled “marine” meet the same standards. To survive long-term at sea, look for these engineering hallmarks:
✅ Corrosion Resistance: Stainless steel shafts, aluminum housings with powder coating, or polymer composites
✅ Sealed Electronics: Potting compounds protect circuit boards from moisture ingress
✅ Double-Sealed Bearings: Prevents water entry into the drive mechanism
✅ Sacrificial Anodes: Zinc blocks that corrode before the actuator body
✅ Vibration Damping Mounts: Absorb engine and wave-induced shocks
✅ Compliance with Standards: Meets ISO 8099 (marine equipment), IP68, NEMA 4X, or ABS/DNV certification
The world of marine actuators is diverse — blending centuries-old pneumatic principles with cutting-edge electric intelligence. While electric actuators dominate new recreational and mid-sized commercial builds due to their simplicity and compatibility, pneumatic and hydraulic systems remain essential for safety-critical and high-force roles.
Understanding the differences — and knowing when to use each type — ensures your vessel operates safely, efficiently, and reliably, whether you're crossing oceans or navigating coastal waters.
And remember: in marine engineering, durability isn't optional — it's everything.
Looking for rugged, high-performance actuators built for life at sea?
Explore Valen Tech Co., Ltd. (www.valen-tech.com) — where innovation meets industrial strength. From precision electric actuators to robust system integration, Valen Tech delivers solutions engineered to perform in the toughest conditions, on land or offshore.
Fiber Cable Supplier Injection Mould Factory Door Supplier & Factory Actuator Supplier & Factory Faucet Supplier & Factory
Driven by both digital transformation and energy conservation and emission reduction, smart meters are gradually entering households, becoming the "nerve endings" of modern home energy management. They not only achieve accurate electricity metering but also help users optimize their electricity consumption habits and reduce energy costs through real-time data interaction and analysis. Today, we will delve into the core value of smart energy meters and share how to achieve a win-win situation of green living and economic benefits through scientific energy management.
Four Core Advantages of Smart Meters
1. Accurate Metering, Transparent Consumption
Traditional mechanical meters only provide cumulative electricity consumption, while smart meters support time-of-use metering and real-time data feedback. Users can view their current power consumption, daily/monthly electricity consumption trends, and even the energy consumption of individual appliances at any time via a mobile app. This transparency makes electricity bills no longer a "mystery."
2. Fault Warning and Safety Protection
Smart meters possess abnormal power consumption monitoring capabilities, identifying potential safety hazards such as line leakage, abnormal voltage, and overload. They promptly alert users and the power company, effectively preventing electrical fires and ensuring home safety.
3. Support for Tiered Pricing and Demand Response
Through real-time communication with the grid, smart meters can automatically adapt to time-of-use pricing policies, guiding users to concentrate their electricity consumption during low-price periods. In the future, users can also participate in grid demand response, proactively reducing their load during peak hours and receiving electricity bill compensation.
4. Renewable Energy Integration
For households with installed photovoltaic (PV) power generation, smart meters can achieve "two-way metering," accurately recording both PV power generation connected to the grid and electricity drawn from the grid. This provides a reliable basis for distributed energy settlement, accelerating household energy self-sufficiency.
How to Maximize the Value of Smart Meters?
1. **Integration with Smart Home Systems:** Connect smart meter data to a home energy management platform, linking it with devices such as air conditioners, water heaters, and electric vehicle charging stations. This enables automatic control based on electricity price signals or load thresholds, such as automatically activating charging and heating during off-peak hours.
2. **Establishing Home Energy Consumption Profiles:** Record electricity consumption data long-term, identify high-energy-consuming appliances and standby power consumption, and develop targeted energy-saving renovation plans. Data shows that through behavioral optimization and equipment upgrades, ordinary households can reduce electricity consumption by 10%-25%.
3. **Participation in Community Energy Sharing:** In some pilot areas, multiple households can use blockchain technology to achieve peer-to-peer electricity trading within a microgrid. Smart meters serve as the key infrastructure for transaction metering and settlement, promoting community energy collaboration.
Practical Recommendations for Choosing Smart Meters:
**Adhere to National Standards:** Choose products that comply with Chinese DL/T645 or international DLMS/COSEM protocols to ensure compatibility with the local power grid.
**Prioritize Data Security:** Prioritize meters with hardware encryption and privacy protection functions to prevent data leakage.
** Focus on Extended Functionality: Considering future integration needs with photovoltaic power generation and energy storage systems, select models with rich communication interfaces and support for remote upgrades.
Outlook: How Will Smart Meters Shape the Future Energy Network?
With the convergence of IoT and AI technologies, smart meters will upgrade from "metering terminals" to "home energy managers." Through collaboration with regional energy management platforms, massive amounts of meter data will help the power grid achieve load forecasting, fault location, and network optimization, promoting the construction of a more flexible, clean, and efficient new power system.
Every believer experiences trials of disappointment, loss, and uncertainty in their life. God promises that those experiences won't last forever. In Psalm 126, we read about restoration, joy, and hope. Click on the link below to read how you can experience the restoration of God. #BibleStudy #Devotions #joy #Psalms #worship
https://www.ramckinley.com/joy-restored-after-seasons-of-sorrow/
Greetings in The Mighty Name of Jesus, The Christ!!!
Men – Husbands – Grandfathers
Joshua 24:14-15 KJV –
"14 Now therefore fear the LORD, and serve him in sincerity and in truth: and put away the gods which your fathers served on the other side of the flood, and in Egypt; and serve ye the LORD. 15 And if it seem evil unto you to serve the LORD, choose you this day whom ye will serve; whether the gods which your fathers served that [were] on the other side of the flood, or the gods of the Amorites, in whose land ye dwell: but as for me and my house, we will serve the LORD."
Men, Husbands, Grandfathers, I want you to pay Attention these Two Verse, there are Two Points The Lord wants to Reprove You. The first part is Regardless how Your Mom, Dad, Sisters and Brothers were growing up, it does not matter, but to Serve Jesus with Fear, Sincerity and In Truth! The second part you need to Understand to it’s Fullest Intent. Joshua did not run home and Ask His Wife, nor His Children, but Joshua made a Proclamation that His House would Serve The Lord!!! Now this is a Great Responsibility that Most of you have failed at, because You have Allowed Your Family, Wife and Children Demand what they will Do or Not Do!!! For this You are Rebuked!!!
Men, Husbands, Grandfathers, We have More Responsibility then the Woman, regardless what they may say or What Society may say!!! When we Stand before Jesus we Will be Judged, not only for Ourselves, but also for Our Wives and Children on How They Lived The Word According To YOU!!!
But see Your Responsibility even go farther than that, The Church is Our Responsibility as well! But again, You have Allowed Women to Teach Men and to Pastor a church and have Allowed them other Office, Duties that only You Should be doing!!! For this You are Rebuked again!!!
Ezekiel 44:7 KJV
"In that ye have brought [into my sanctuary] strangers, uncircumcised in heart, and uncircumcised in flesh, to be in my sanctuary, to pollute it, [even] my house, when ye offer my bread, the fat and the blood, and they have broken my covenant because of all your abominations."
Tell me Men, Husbands, Grandfathers, When did the Will Of The Father change? You think that it changed at the Sacrifice of Jesus? You need to think again! Jesus said that there will be many that shall call Him Lord and Jesus will say that He Never Knew Them and will turn them away to the Lake Of Fire!. Jesus said in the same passage that He Who Does My Fathers Will, Will Be Saved!!! So, is it Works that you might be Saved…NO! For we are Saved By Grace and Not Of Ourselves, but James says, that You may say You Believe, but so does Satan and his demons and They Tremble!!! James goes to say that the Body without The Spirit is Dead, so then, Faith Without Works is Dead Also!!!
Matthew 7:21 KJV
“Not every one that saith unto me, Lord, Lord, shall enter into the kingdom of heaven; but he that doeth the will of my Father which is in heaven."
James 2:19 KJV
“Thou believest that there is one God; thou doest well: the devils also believe, and tremble."
James 2:20, 26 KJV
"20 But wilt thou know, O vain man, that faith without works is dead? ... 26 For as the body without the spirit is dead, so faith without works is dead also."
We have a Responsibility to Society that You have Not Done! Where are the Godly Men who run for a Political Office, who do Not bow to The Flesh but are Led By The Spirit? But I tell you that Every Political Office is Corrupted with Men after Men, instead of a Godly Man after God’s Heart!!! You Split Hairs, meaning, a man may be Good here, but they are Bad here, you are using the Wrong Scale to Weigh this matter. Does the Word not say that a Little Leaven, Leaven the whole, so does a Little Evil make the whole Society Evil!!! What an Abomination You have Created, Allowing Homosexuals to Control, that Everywhere we have Let Them Have Their Place, in Schools they now Teach such things, in Society they now Marry and can Adopt Children, in Politics they Demand Equal Rights all because You did Not Stand To Be Heard…Why…because The House Of God cannot Agree about God! Did not Jesus say that a House Divide can not Stand but will fall and here We Are, a House Divided!!!
Matthew 12:25 KJV
“And Jesus knew their thoughts, and said unto them, Every kingdom divided against itself is brought to desolation; and every city or house divided against itself shall not stand:"
Men, Husbands, Grandfathers, When The Father sought Adam and Adam tried to Blame the Woman, which see did have her part in the fall, but it is from the Seed Of Adam that The Father Held Accountable, passed down sin from Man to Man! Just as The Father held Adam Accountable, so you will be held Accountable for the way the World Stands!!! Again You are Rebuked!!!
Brothers, it is to late for Society to turn back, but you can make sure that You, Your Children and Wives and Grandchildren Obey The Lord Jesus in All Things. Are they going to get hurt, YES they will, but it is better to Die in The Service Of Jesus than to be Luke Warm and cast into The Lake Of Fire!!! Stand for what The Word Says and What The Holy Spirit Says, make sure that Your House is In Order, from the Grandfather down to His Grandchildren let it be said that as Joshus said, “For me and My House Will Serve The Lord”!!!
If you are in a church that is Not Teaching and Enforcing The Word, get out of there, run and find a Place where you can find The Church dwelling.
This does not cover everything, but, in your House, if your Wife is Not Obeying You as Unto Jesus, then You ARE NOT Obeying God’s Word. If you are Allowing Disobedience in Your Wife, then it will be so with Your Children. So Men, you have a lot to work on just to get Your House In Order…GET IT DONE!!!
Amen and Amen!!!
Email: godsonlyfoundation@gmail.com
Website: ApostleLee.com
David disobeyed God, so the Lord told him to choose one of three punishments He would inflict on him. Of the three, one would last three years, one would last three months, and the other would last three days. Click on the link below to see what we can glean from this biblical event. #2Samuel #BibleStudy #Devotions #Mercy #worship
https://www.ramckinley.com/trust-the-mercy-of-the-lord-with-your-life/
