You demand precise temperature control for your stretch film machine to ensure consistent product quality. Many industrial settings rely on cooling capacities as low as 15 tons for basic needs, but advanced manufacturing environments require more robust solutions. The 100 Ton chiller stands out with its unmatched cooling power, energy efficiency, and proven reliability. You benefit from a system that meets the toughest industrial demands and delivers optimal performance every time.

Key Takeaways

• The 100 Ton chiller offers unmatched cooling capacity, ensuring your stretch film machine maintains optimal temperature during peak production.

• Advanced components like semi-hermetic screw compressors enhance energy efficiency, reducing operational costs and saving you money.

• Intelligent controls allow for real-time monitoring and adjustments, ensuring consistent performance and minimizing maintenance needs.

• The chiller's compact design enables easy installation in tight spaces, making it a flexible solution for various industrial applications.

• Investing in a 100 Ton chiller provides long-term value through durability, energy savings, and reliable operation, supporting your production goals.

100 Ton Chiller Features

High Cooling Capacity

You need a cooling system that matches the demands of modern stretch film production. The 100 Ton chiller delivers a maximum cooling capacity that far exceeds smaller systems. This capacity ensures your equipment maintains optimal temperature, even during peak production. Review the table below to see how the 100 Ton chiller compares to other sizes:

You gain the ability to handle large thermal loads, which is essential for continuous, high-speed operations. The air-cooled screw design also eliminates the need for an external water source, making your setup more flexible and cost-effective.

Advanced Components

Your 100 Ton chiller uses advanced components to maximize performance and reliability. The system features two semi-hermetic screw compressors from trusted brands like Hanbell or Bitzer. These compressors offer automatic capacity control, adjusting from 0-100% based on your cooling needs. This technology reduces energy consumption and operating costs. The high-efficiency heat exchanger improves cooling performance, while the advanced oil return system ensures reliable operation under tough conditions.

Key components include:

You benefit from a modular design that simplifies installation and maintenance.

Intelligent Controls

You control your cooling system with ease using intelligent controls. The 100 Ton chiller integrates an LCD touch screen interface and centralized Siemens PLC control. These features allow you to monitor compressor capacity and system performance in real time. You can make precise adjustments to temperature and operational parameters. Built-in safety features protect your equipment from overload, low pressure, and high temperature.

You experience consistent, reliable cooling with minimal maintenance, ensuring your stretch film machine runs smoothly.

Efficient Cooling Performance

You rely on precise cooling to maintain the quality and consistency of your stretch film products. The 100 Ton chiller delivers rapid and uniform temperature control, which is essential for cast film machines. When you use this system, you ensure that the stretch film solidifies correctly. This process maintains a uniform thickness and clarity, which are critical for optimal heat sealing performance. Any deviation in cooling can lead to defects such as uneven thickness or surface imperfections. These issues can compromise the film’s integrity and reduce its functionality. With the 100 Ton chiller, you achieve stable production conditions and consistently high-quality output.

Energy Savings

You want to reduce operational costs without sacrificing performance. The 100 Ton chiller offers significant energy savings compared to traditional cooling systems. By upgrading to this advanced solution, you lower your daily and annual energy consumption. The following table shows the difference in energy use between an older chiller and the new 100 Ton chiller:

You see a reduction of nearly 400 kWh per day, which adds up to over 100,000 kWh saved each year. This efficiency translates into lower utility bills and a smaller environmental footprint. The 100 Ton chiller also meets industry-leading efficiency ratings, as shown below:

You benefit from a system that not only saves energy but also meets strict industry standards for performance.

Reliable Operation

You need equipment that runs reliably, even under demanding conditions. The 100 Ton chiller provides stable operation for continuous industrial use. Its robust design and advanced safety features protect your investment. You get overload, low-pressure, and high-temperature safeguards that keep your system running smoothly. The modular construction and high-quality components reduce the need for frequent maintenance. You spend less time on repairs and more time focusing on production. This reliability ensures that your stretch film machines operate at peak efficiency, shift after shift.

Tip: Choose a cooling system with built-in safety protections and low maintenance requirements to maximize uptime and minimize unexpected downtime.

You can trust the 100 Ton chiller to deliver consistent performance, energy savings, and reliable operation for your stretch film production line.

Industrial Advantages

Easy Installation

You want a cooling system that does not disrupt your workflow. The compact design of this chiller allows you to fit it into tight spaces on your production floor. You do not need a large team or specialized tools for setup. The modular construction means you can assemble and connect the unit quickly. You save time and reduce installation costs.

Tip: Choose a chiller with a user-friendly interface and clear instructions to make installation even smoother.

Flexible Integration

You need a solution that adapts to your changing production needs. This chiller integrates easily with different types of machinery and process lines. You can connect it to plastic molding, electronics manufacturing, or food processing equipment. The system supports both new installations and upgrades to existing setups. You can scale your cooling capacity by adding more modules as your business grows.

Here is a quick look at industries that benefit from this flexibility:

Long-Term Value

You invest in equipment that delivers returns for years. The chiller uses high-quality materials that resist corrosion and wear. You experience fewer breakdowns and lower maintenance costs. The robust construction ensures reliable operation in demanding environments. You also benefit from energy-efficient performance, which reduces your utility bills over time.

Note: A durable chiller helps you avoid unexpected expenses and keeps your production line running smoothly.

You gain peace of mind knowing your cooling system supports your business now and in the future.

You want a cooling solution that delivers consistent results and supports your production goals. This system gives you high performance, energy savings, and reliable operation. You benefit from easy installation, flexible integration, and long-term durability. When you choose this advanced chiller, you set your stretch film machine up for success. Consider this option to meet your industrial cooling needs with confidence.

FAQ

What is the main advantage of a 100 Ton chiller for stretch film machines?

You get unmatched cooling capacity. This chiller keeps your production line stable, even during high-speed operations. You maintain consistent film quality and avoid costly downtime.

How does the 100 Ton chiller help reduce energy costs?

You benefit from advanced compressors and intelligent controls. These features optimize energy use. You see lower daily and annual electricity bills.

Can you install the 100 Ton chiller in limited space?

Yes. The compact, modular design lets you fit the chiller into tight spaces. You do not need major facility changes.

What safety features protect your equipment?

You get overload, low-pressure, and high-temperature protection. These features keep your system safe and reliable during continuous operation.

Which industries can use this chiller?

You need a strong cooling system for big buildings. Water cooled screw chillers work very well for this job. These chillers cool large spaces and save energy. They also run quietly. Your building stays comfortable all the time. Water cooled chillers help your building for many years. Many buildings pick water cooled screw chillers because they work well. They are also very reliable. About 31% of big buildings use water cooled screw chillers.

Water cooled screw chillers fit many building needs. They help solve cooling problems in busy places. These chillers last a long time. They save energy and keep your building working well.

Key Takeaways

• Water cooled screw chillers work very well. They give strong cooling to big buildings and save energy.

• These chillers make little noise. This is good for places where noise matters.

• Cleaning condenser tubes often keeps them working well. It also helps avoid expensive repairs.

• Water cooled chillers can be used in many places. They work in hospitals, data centers, and factories.

• Picking water cooled screw chillers can lower energy bills. It also helps protect the environment.

Water Cooled Screw Chiller vs. Other Chillers

Air Cooled vs. Water Cooled Screw Chillers

You want your building to feel cool and nice. Air cooled chillers and water cooled chillers both help with cooling. They work in different ways. Water cooled chillers use water to take away heat. Air cooled chillers use air instead. This changes how well each chiller works, especially in big buildings.

Water cooled chillers are more efficient. They work better in large spaces. They do not need outside air temperature to work well. You get steady cooling, even when it is hot outside. Water cooled chillers also have higher minimum COP values. For example, a water cooled screw chiller with over 1163KW capacity has a minimum COP of 4.60. Air cooled chillers with similar size have a minimum COP of 2.80.

Screw Compressors vs. Centrifugal Compressors

You may wonder how screw and centrifugal chillers are different. Screw chillers use twin-rotor compression. This gives you many choices for cooling power. They work from 10% to 100% of their load. Centrifugal chillers start at about 200 tons and can go much higher. They use inlet vanes to change their cooling power. Screw chillers cost less to maintain and are good for mid-sized buildings.

Screw chillers are easier to take care of than centrifugal chillers. You spend less time and money fixing them.

Large-Scale Applications

You find water cooled screw chillers in many big buildings. Hospitals, data centers, and factories use these chillers. They need strong and steady cooling. Water cooled screw chillers can cool from 121 kW to over 3500 kW. This makes them great for places that need lots of cooling.

Tip: If you run a big building, water cooled screw chillers are a good choice. They give you strong cooling, save energy, and work well for a long time.

Key Advantages of Water-Cooled Screw Chillers

High Cooling Capacity

Big buildings need chillers that can cool large areas. Water-cooled chillers cool better than most other types. These chillers use water to move heat away fast. Water works faster than air for cooling. This makes them good for places with many people or machines. Water-cooled screw chillers come in many sizes. They can cool from 78 to 500 tons, or 273 to 1,756 kW. You can choose the size that fits your building.

Water-cooled chillers keep your building cool, even in hot weather. You get steady cooling all year long. This is important for hospitals, data centers, and factories. These chillers are good for tall buildings. They do not need big outdoor units. You get strong cooling without using too much space.

Tip: Pick water-cooled screw chillers if you want strong and steady cooling.

Energy Efficiency and Cost Savings

You want to save money and use less energy. Water-cooled chillers help you do both. These chillers use water, which moves heat better than air. This means they use less energy to cool your building. You get lower energy bills and save money.

Water-cooled chillers have higher energy efficiency ratios than air-cooled chillers. They last longer because they run at lower temperatures. This means less damage to the parts. You spend less on fixing or replacing them. These chillers use closed-loop systems that recycle water. This helps save water and lowers your water bills.

Here is how much you can save each year with a high efficiency water-cooled chiller:

You see real savings on your energy bills. You also help the planet by using less energy and water. Water-cooled chillers are good for the environment. They use less energy, last longer, and need less fixing. This gives you good value for many years.

• Water-cooled chillers give you:

  • Better energy efficiency

  • Quiet and steady cooling

  • Low costs for repairs

  • Save space in your building

  • Help the environment

Quiet and Reliable Operation

You want your building to be quiet and comfortable. Water-cooled chillers make less noise than air-cooled chillers. They do not use big fans, so they are quieter. Small water-cooled chillers make about 60 to 70 decibels of noise at one meter. Big industrial chillers make 70 to 90 decibels. This is quieter than many other cooling systems.

Water-cooled chillers are also very reliable. They work well even when it is hot outside. You do not have to worry about them breaking down. These chillers need less fixing because water is cleaner than air. This means fewer repairs and lower costs for you.

• Water-cooled chillers give you:

  • Quieter cooling without big fans

  • Steady work in hot weather

  • Fewer repairs and lower costs

  • Last longer because they stay cooler

Note: Water-cooled screw chillers give you quiet, strong, and lasting cooling. You get a system that works well for many years.

Performance in High-Demand Settings

Consistent Cooling

It is important to keep your building cool all the time. Water cooled screw chillers work well when things get busy. These chillers use special compressors and smart controls. You always get water at the right temperature. It does not matter how much cooling you need.

Here is how water cooled screw chillers keep cooling steady:

You can count on these chillers for air conditioning and other needs. The system changes quickly when you need more or less cooling. You do not have to worry about sudden temperature drops or wasted energy. Water cooled screw chillers keep your building safe and comfortable.

Durability and Longevity

You want your cooling system to last a long time. Water cooled screw chillers can work for many years. Most chillers last from 15 to 25 years. Some chillers last even longer if you take good care of them. Doing regular checks helps your chiller last longer.

• Water-cooled chillers usually last 15 to 20 years.

• Most water cooled screw chillers last 15 to 25 years.

• Some chillers can last over 25 years if cared for well.

• If you do not take care of your chiller, it may last only 10 years or less.

Water cooled chillers do not break down as easily as air-cooled chillers. Chilled water helps protect the equipment. You spend less time fixing your chiller. Clean water and regular checks help your system work smoothly.

Precise Heat Transfer

You need good heat transfer for strong cooling. Water cooled screw chillers use new technology to move heat fast. Chilled water takes heat from your building and sends it away.

• Special rotor shape helps the chiller work better.

• Flooded evaporator helps move heat even faster.

Good heat transfer helps your chiller work its best. You use less energy and save money. Things like water flow, refrigerant, and clean pipes help your chiller work well. Dirt and scale can make your chiller less efficient. Keeping your system clean helps you get the best cooling.

Water cooled screw chillers use chilled water to move heat well. You get steady cooling, lower bills, and reliable performance. These chillers help you cool big spaces without wasting energy.

Tip: Clean pipes and regular checks help your chiller give you the best cooling and chilled water.

Installation and Maintenance Considerations

System Design and Space Needs

When you plan water cooled chiller systems, think about your building’s setup. These systems need a cooling tower, pumps, and pipes. You must have enough room for all the parts. Water cooled chiller systems work best in medium or big buildings. They give steady cooling and save energy. You may pay more to install them because they need extra equipment. The table below shows how design can change how well the system works:

Water cooled chiller systems use supply temperatures from 38 to 44 degrees Fahrenheit. This helps keep your building cool and saves energy. If you use higher delta Ts with lower supply temperatures, you might use more energy.

Maintenance Requirements

You want your water cooled chiller systems to last many years. Regular care helps your system work its best. Clean condenser tubes once a year. Check refrigerant and oil levels often. Watch water flow to stop problems. Clean and check condenser tubes with chemicals or brushes to keep things running well. These steps help you spend less on repairs and avoid big problems.

• Clean condenser tubes every year.

• Check refrigerant and oil levels often.

• Watch water flow to stop issues.

Tip: Regular care keeps your water cooled chiller systems working well and saves you money.

Integration with Building Systems

Modern water cooled chiller systems connect easily to building automation. You can change cooling settings for comfort and saving energy. Many systems use H-LINK wiring for easy control. Some models, like the WVY series, have a 7-inch touch screen for direct control. You get flexible control and can change cooling for what you need. This helps you save energy and keep your building comfy.

• Water cooled chiller systems work with automation for easy control.

• You can change cooling for different rooms.

• Central control makes things simple.

Note: When you pick water cooled chiller systems, you get steady cooling, easy care, and smart control for your building.

Real-World Uses for Water Cooled Screw Chillers

Commercial Buildings

Water cooled screw chillers are used in many businesses. They help offices, malls, and hotels stay cool. These chillers work well even when lots of people are inside. Many businesses pick these chillers because they save energy and last a long time.

• The AquaEdge™ 23XRV chiller cools large spaces and has a SEER over 10.0. It saves energy and does not take up much space.

• Some buildings use two chillers. One is always ready if the other needs fixing.

• Chilled water moves through chilled beams, air handlers, and fan coils. This keeps every room comfortable.

• Some chiller plants have extra cooling towers and special loops. This means no single part can stop the whole system from working.

• Daikin Screw Inverter units change speed to save energy and help pumps work better.

These cooling systems give you comfort, flexibility, and strength. They help many businesses and save money.

Industrial Facilities

Factories and plants need chillers they can trust. Water cooled screw chillers keep machines and workers safe. They handle lots of heat from big machines. You get steady cooling for work areas and storage rooms.

• Industrial chillers help with process cooling and climate control.

• You see chillers where products must stay at the right temperature.

• These chillers help stop shutdowns and keep everything running.

People pick these chillers because they are strong and last long. They help your factory work well and protect your money.

Healthcare and Data Centers

Hospitals and data centers need very careful cooling. Water cooled screw chillers keep important equipment safe. They keep patient rooms, labs, and server racks at the right temperature.

• Hospitals use chillers for operating rooms and patient care.

• Data centers need chillers to stop computers from getting too hot.

• These chillers are quiet and always keep things cool, which is very important.

You can count on these chillers for safe and steady cooling. They help you follow rules and keep your building working right.

You want a cooling system that works well and saves money. Water cooled screw chillers have high power and use energy wisely. They are also very reliable. You can put them in many places, like hospitals, factories, and data centers.

• These chillers use water to move heat better. This helps you use less energy and make less pollution.

• You can follow tough energy rules and help the planet.

• New designs make these chillers quieter, smaller, and simple to take care of.

Choosing water cooled screw chillers for your building is a smart choice.

Maintaining an optimal indoor temperature is essential for healthy animal growth and improving production efficiency in large-scale livestock farming. However, traditional heating methods—such as coal-fired boilers and electric heaters—often suffer from high energy consumption, heavy pollution, and unstable temperature output. These limitations make them unsuitable for the increasingly precise requirements of modern livestock environments.

With decades of HVAC expertise, H.Stars Group understands the industry’s demand for stable, efficient, and environmentally friendly heating. For this reason, H.Stars consistently recommends air source heat pumps as the ideal heating solution for livestock facilities. The recommendation is based on their strong alignment with real farm needs and proven equipment performance advantages.

1. Why Is Temperature Stability So Critical in Livestock Heating?

Animals are highly sensitive to temperature fluctuations.
• Piglets require a stable temperature of 20–25°C.
• Brooding chickens need temperatures around 30°C.
Even small deviations can increase disease risk and slow growth rates.
H.Stars air source heat pumps are equipped with advanced intelligent temperature control systems that monitor indoor conditions in real time. The system automatically adjusts heating output according to different growth stages, maintaining temperature variations within ±1°C. This ensures a consistently comfortable and healthy environment for livestock.

2. How Do Air Source Heat Pumps Support Green and Sustainable Farming?

As environmental regulations grow stricter, traditional coal-fired boilers face increasing restrictions due to emissions of sulfur dioxide, particulate matter, and other pollutants. These emissions not only harm the environment but may also pose health risks to animals.
Air source heat pumps operate without combustion, producing:
• No exhaust gases
• No smoke
• No ash or harmful by-products
They generate heat simply by transferring energy from the air—making them a truly clean and environmentally friendly heating solution. This helps livestock farms meet compliance standards, avoid penalties, and create a healthier indoor environment while supporting long-term sustainable farming development.

3. Why Are Air Source Heat Pumps More Suitable for Remote or Large-Scale Farms?

Many livestock facilities are located in open outdoor areas or remote regions where access to traditional energy sources is limited. Air source heat pumps provide excellent adaptability because they:
• Require no coal, gas, or other fossil fuels
• Operate using only electricity and ambient air
• Fit perfectly in pig houses, poultry barns, aquaculture greenhouses, and more
Their compact design allows for flexible installation on rooftops, open land, or exterior areas—without needing a separate boiler room. This reduces construction costs and minimizes operational disruptions. Maintenance is also simple, lowering long-term operating expenses.

4. Can Air Source Heat Pumps Perform Well in Cold Northern Winters?

H.Stars has specially optimized the low-temperature heating performance of its air source heat pumps. Even in harsh winter conditions, the system delivers:
• Stable heat output
• Minimal performance loss in extreme cold
• Reliable heating that meets northern livestock farms' winter needs
Thanks to their modular design, farms can scale heating capacity according to facility size—from small family-run farms to large commercial operations.

Conclusion: A Future-Proof Heating Choice for Livestock Farming

Air source heat pumps offer unmatched advantages in energy efficiency, precise temperature control, environmental protection, and installation flexibility. Supported by H.Stars Group’s deep industry knowledge and robust technical capabilities, air source heat pumps help livestock farms:
• Reduce operating costs
• Maintain stable and healthy growth environments
• Achieve green and sustainable development
They are, without question, the most reliable and efficient heating solution for modern livestock farming.

As global energy efficiency demands rise, many buildings are seeking more sustainable and cost-effective cooling solutions. Among these, the ice storage chiller system stands out for its ability to “shift peak loads,” offering both economic and environmental advantages. But how can it be effectively applied to a 1,000㎡ cooling area?

How Ice Storage Chillers Work

The operating principle of an ice storage system relies on the latent heat of ice. During nighttime, when electricity prices are lower, the system freezes water to store cooling energy. During daytime, when power demand and electricity rates peak, the ice melts to release cooling, meeting the building’s temperature requirements. This strategy not only reduces operational costs but also eases the load on the power grid during peak hours.

Step 1: Calculating Cooling Load Accurately

The foundation of an efficient design lies in accurate cooling load calculation. For a 1,000㎡ building, the cooling load varies depending on its function:
• Office buildings: approximately 100–120W/㎡
• Commercial spaces: approximately 150–200W/㎡
Taking an office example, a 1,000㎡ space requires about 100–120kW of cooling capacity. Factors such as building orientation, insulation, internal heat sources, and occupancy levels must also be considered to ensure precise system sizing.

Step 2: Selecting the Right Ice Storage System

Once the cooling load is known, choose an ice storage chiller with slightly higher capacity than the required cooling load (e.g., 100–120kW). The type of ice storage tank is also crucial:
• Ice coil tanks melt quickly and are ideal for short, high-demand periods.
• Ice ball tanks offer compact size and higher storage density.
The choice depends on the site’s available space and daily cooling patterns.

Step 3: Developing Smart Operating Strategies

Two main strategies are typically used:
• Full storage mode – All cooling is generated at night and stored for daytime use. Ideal for areas with high daytime electricity costs.
• Partial storage mode – Both the chiller and ice storage system work together during the day, offering more flexibility. Operators can adjust according to real-time electricity prices and cooling loads.

Step 4: Ensuring Proper Installation and Maintenance

Reliable performance also depends on professional installation and maintenance. Piping must be tightly connected, and electrical systems safely wired. Regular inspections should check pressure, temperature, and possible leaks in the storage tanks, as well as cleaning filters to maintain system efficiency.

Smart Cooling for Medium-Sized Buildings

For a 1,000㎡ building, a well-designed ice storage chiller system combines smart control, load management, and efficient operation. It not only delivers stable indoor comfort but also reduces long-term energy costs, achieving both economic and environmental benefits.

As the crisp winter air settles in and cities begin to glow with twinkling lights, our hearts turn toward the spirit of Christmas—a time for reflection, connection, and heartfelt gratitude. At Xiamen Subang Technology Co., Ltd., this season holds a special meaning. It’s more than just a holiday; it’s an opportunity to pause and express our sincere appreciation to you, our valued partners and customers, who have been integral to our journey.

The essence of Christmas lies in giving, sharing, and uplifting one another. Whether it's through warm gatherings with loved ones, acts of kindness, or simply sharing a moment of peace, this season reminds us of what truly matters. In the same spirit, we extend our warmest wishes to you and your teams. May your days be filled with joy, your projects with success, and your new year with renewed energy and innovation.

Celebrating Reliability and Partnership
Much like the dependable systems we provide—from precision air compressors to durable gas cylinders—true partnership is built on reliability and trust. We are grateful for the opportunity to contribute to your operations, helping power industries and foster progress. As the year draws to a close, we reflect on the collaborations we’ve shared and look forward to supporting your goals in the coming year.

A Toast to Peace and Progress
In a world that never stops moving, Christmas offers a gentle reminder to slow down, appreciate the present, and cherish the people who walk alongside us. From all of us at Subang, may this season bring you moments of calm amid the busyness, inspiration amid challenges, and warmth amid the cold.

Looking Ahead
As we prepare to turn the page to a new chapter, we remain committed to our mission: delivering quality, innovation, and unwavering support to your endeavors. May the coming year be one of growth, discovery, and shared achievements.

Thank you for trusting us to be a part of your story. Wishing you and yours a Merry Christmas and a brilliant, prosperous New Year!

With gratitude,
The Team at Xiamen Subang Technology Co., Ltd.
Powering Your Progress, with Heart.

In the field of woven bag packaging, such as valve bags, the quality and efficiency of lamination directly determine the product's moisture resistance, aesthetics, and final strength. Facing industry pain points such as low efficiency of single-sided lamination, inconsistent quality between two processes, and high energy and labor costs, the GC90-FMS800 dual-host double-sided extrusion lamination unit was developed. With its forward-looking "one-process, double-sided forming" concept, it provides the ultimate solution for companies pursuing ultimate efficiency and stable quality.

I. Industry Challenges: Constraints of Traditional Lamination Processes

Traditional single-sided lamination or multi-stage lamination processes have significant bottlenecks:

Low Efficiency: Completing double-sided lamination requires two independent processing steps, resulting in long production cycles and limited capacity.

Quality Fluctuations: The process parameters between the two processes are difficult to completely match, leading to differences in the uniformity and adhesion strength of the lamination on both sides of the fabric.

High Costs: Repetitive energy consumption, increased manual intervention, and more complex production management drive up overall manufacturing costs.

Complex Operation: Requires multiple loading and unloading operations, alignment, and parameter adjustments, demanding high worker skills and prone to errors.

II. Breakthrough Solution: The Core Revolution of GC90-FMS800 – Synchronous Double-Sided One-Step Molding

GC90-FMS800 is not simply a combination of equipment, but a redesign based on an integrated process.

1. Dual-Core Driven, High-Efficiency Synchronization:

The core of the unit is equipped with two 90mm diameter high-efficiency screw extruders, paired with dual T-die heads and dual composite roller devices. This allows the plastic melt to be extruded synchronously, independently, and precisely, completing the coating of both sides of the cylindrical woven fabric in one step on the same production line. The mechanical design speed reaches up to 250 meters per minute, elevating production efficiency to a new level.

2. Intelligent Control, Precise and Stable:

* Fully Automatic Tension Management: From automatic unwinding of 140-meter large-diameter rolls to the entire winding process, a closed-loop control system using tension sensors and controllers ensures stable and constant tension delivery of the base fabric during high-speed operation, preventing wrinkling and stretching deformation.

* EPC Automatic Deviation Correction: The unwinding stage is equipped with an automatic deviation correction system with a stroke of ±100mm, correcting roll deviation in real time and laying the foundation for precise lamination.

* Direct Weight Input: The intelligent control system allows operators to directly input the target lamination weight (g/㎡) on the touchscreen. The system automatically coordinates parameters such as extrusion rate, making quality control simpler and more precise than ever before.

3. High-End Configuration, Guaranteed Superior Quality:

* Precision Temperature Control: Employing Omron PID self-tuning temperature controllers and Taiwanese-made thermocouples, precise temperature control is achieved at key points such as the extruder, die head, and filter, ensuring optimal plastic melt flow and lamination effect.

Precision Manufacturing of Core Components: Utilizing a 5CrNiMo internally heated T-shaped die head ensures uniform and stable material output; the 700mm diameter matte-finish cooling roller (spiral cooling) is manufactured by a professional roller factory, ensuring rapid and uniform cooling and shaping of the film layer.

Automated Auxiliary System: Integrating automatic edge trimming, edge material recycling and crushing, punching, and non-stop automatic roll changing devices minimizes manual intervention, achieving continuous and clean production.

III. Core Value We Bring You

Efficiency Multiplier: Double-sided lamination is completed in a single process at a speed of up to 250m/min, significantly shortening delivery cycles and improving market responsiveness.

Consistent Quality: Synchronized processes ensure consistent thickness, adhesion strength, and appearance on both sides of the fabric lamination, significantly improving product performance and reliability.

Cost Optimization: Reduced heating and cooling processes result in lower energy consumption; high automation saves labor; reduced intermediate steps lower losses and management costs.

Easy to operate: Based on a Siemens PLC and Chinese touchscreen intelligent control system, parameters are centrally set and synchronously controlled. Production and error records for each shift are clearly displayed, reducing reliance on skilled workers.

IV. Robust Reliability Commitment:

From the 38CrMoAlA alloy steel screw and barrel to the Shihlin/Huichuan brand motor inverters, and to key pneumatic and transmission components, the GC90-FMS800 uses high-quality components in every aspect related to durability and stability. We provide comprehensive technical support and training to ensure the equipment performs at its maximum efficiency in your factory.

The GC90-FMS800 dual-main-machine laminating unit is more than just a piece of equipment; it's a strategic investment to upgrade your woven bag products, strengthen your market competitiveness, and achieve cost reduction and efficiency improvement.

When people think of industrial chillers, they often imagine large, complex, and power-hungry machines. But with rapid technological advancement, this perception is changing. The new generation of compact and minimalist industrial chillers combines powerful performance with sleek, space-saving design—proving that smaller can indeed mean stronger.

Small Size, Big Power

The design concept behind compact industrial chillers is simple: “Small but Mighty.”
Unlike traditional large-scale chillers, these systems feature a tighter layout, reduced weight, and smaller footprint, making installation and integration far easier. Yet, performance is not sacrificed. Thanks to advanced heat exchange technology and optimized refrigeration circuits, these chillers deliver the same—if not higher—levels of cooling efficiency.

High Efficiency, Low Energy Consumption

Compact chillers use cutting-edge refrigeration technologies and intelligent control systems to achieve remarkable energy savings. Their smaller size also reduces installation and piping requirements, leading to lower overall operational costs. For industries where both energy and floor space are at a premium, this design provides a smarter, more sustainable solution.

Reliable and Stable Performance

Despite their smaller size, these chillers are built for industrial-grade reliability. Using high-quality components and precision manufacturing, compact chillers maintain consistent performance even under demanding conditions. Whether in manufacturing, laboratory, or electronics cooling applications, they ensure stable operation and minimal downtime, keeping production lines running smoothly.

Designed with the Environment in Mind

Sustainability is another hallmark of the minimalist chiller design. These units often use environmentally friendly refrigerants that minimize global warming potential. Their low-noise operation also reduces the impact on surrounding workspaces—aligning with modern standards for green and comfortable industrial environments.

A New Direction for Industrial Cooling

In the past, bigger often meant better. Today, compact and efficient industrial chillers are redefining that standard. With their combination of high efficiency, reliability, and eco-friendly operation, these machines are transforming how industries approach cooling.
As technology continues to evolve, the chillers of the future will not only be smaller and simpler—but also smarter and more sustainable.

Is your air compressor the unsung hero of your workshop, or a source of unexpected downtime? Like any critical equipment, a little proactive care goes a very long way. Proper maintenance isn’t just about fixing problems—it’s about preventing them, ensuring safety, saving energy, and dramatically extending the life of your investment.  

 

At Xiamen Subang Technology Co., Ltd., we don't just manufacture durable air compressors; we believe in empowering our customers with knowledge. Here’s our expert guide to keeping your compressor—whether it's a Subang model or another brand—running smoothly for years to come.

 

The Pillars of Compressor Care: A Routine Checklist

Think of maintenance in three layers: Daily, Weekly/Monthly, and Seasonally/Annually.

1. Daily/Pre-Use Checks (The 2-Minute Ritual):

• Drain the Tank: Condensate (water) accumulates naturally in the air tank. Before or after each use, open the drain valve at the bottom to release moisture. This prevents internal rust, which weakens the tank and contaminates your air lines.

• Visual Inspection: Quickly check for any signs of oil or air leaks, loose hoses, or unusual vibrations.

• Check Pressure Levels: Ensure the cut-in and cut-out pressures are operating normally.

 

2. Weekly/Monthly Maintenance (The Core Routine):

• Clean Intake Vents: A clogged air filter makes your compressor work harder, reducing efficiency and increasing wear. Check and clean the intake filter regularly. For our Subang dual-cylinder compressors, this is especially crucial to maintain their cooling efficiency.

• Inspect Hoses & Connections: Look for cracks, frays, or wear on air hoses. Tighten any loose fittings.

• Check Oil Levels (if oil-lubricated): Ensure the oil is at the proper level and is clean. Dark, dirty oil needs changing (refer to your manual for intervals).

 

3. Seasonal/Annual Tasks (The Deep Care):

• Change Air Filter Element: Replace the intake air filter according to the manufacturer's schedule to ensure clean air intake and optimal performance.

• Change Oil (if applicable): Use only the recommended compressor oil.

• Inspect & Tighten Belts: For belt-driven models, check tension and condition.

• Safety Valve Test: Manually pull the safety relief valve to ensure it opens and closes freely. This is a critical safety device.

• Professional Servicing: Consider a professional check-up for electrical components and internal valves annually.

 

 

Why Your Compressor’s Design Matters: The Subang Advantage

Maintenance is universal, but some designs make it easier and less frequent. This is where Subang Technology’s engineering philosophy shines.

Take our flagship Subang S-Dual 800 dual-cylinder air compressor. Its design inherently supports easier upkeep:

• Cooler Running: The dual-cylinder design inherently operates at lower temperatures than single-cylinder models. Less heat means less stress on oil (if lubricated) and components, slowing degradation and extending service intervals.

• Reduced Vibration: Smoother operation means nuts, bolts, and connections are less likely to shake loose, minimizing leaks and wear on ancillary parts.

• Built for Duty: We use robust materials and precision manufacturing to create compressors that withstand the demands of professional use, meaning they stay within their optimal performance parameters longer when maintained properly.

 

 

Partner with Subang for Peace of Mind

At Xiamen Subang Technology, we see ourselves as your partner in productivity. We build reliability into every 800W motor, every dual-cylinder block, and every tank we produce. Our goal is to provide you with an air power solution where quality design reduces surprises and simplifies care.

 

Looking for a compressor that’s built to last and easy to maintain? Explore the Subang S-Dual series. Discover how our commitment to intelligent engineering, like our efficient dual-cylinder technology, delivers not just power, but also the durability and low-maintenance operation your business deserves.

 

Visit our website or contact us today to learn more about our full range of professional air solutions. Let Subang Technology be the reliable heart of your workshop.

Power your adventures and projects with high-pressure air, anywhere and anytime.

In today's fast-paced world, efficiency and portability are paramount. Whether you're a professional in the field, an outdoor enthusiast, or managing industrial tasks, having a reliable source of high-pressure air can make all the difference.

Meet the TXES063 12V Air Compressor from Xiamen Supoin Technology Co., Ltd.—a compact, powerful, and versatile solution designed to deliver professional-grade performance wherever you need it. With an impressive 300-bar pressure capability and a lightweight design weighing just 10kg, it redefines convenience and power in a single package.

 

Product Highlights

The SUPOIN TXES063 is engineered for those who demand reliability and power without the bulk. Here’s a quick overview of its standout features:

• High-Pressure Performance: Supports up to 300 bar (approximately 4500 PSI), making it suitable for a wide range of applications, from filling high-pressure cylinders to powering pneumatic tools-1.

• Portable and Lightweight: With a packaging weight of only 10kg, it’s easy to transport and store, ideal for on-the-go use in various environments-1.

• Versatile Power Options: Operates on 12V DC power, compatible with standard vehicle sockets, allowing for seamless use in vehicles, remote sites, or off-grid locations-1.

• Oil-Free Lubrication: Features an oil-free design, reducing maintenance needs and ensuring cleaner operation—perfect for environments where contamination is a concern-1.

• Robust Build: Designed with durability in mind, it includes a cast iron tank material and comes with a 1-year manufacturer warranty, guaranteeing long-term reliability.

 

Key Features and Benefits

Unmatched Power and Efficiency

The TXES063’s ability to reach 300 bar pressure places it in the league of high-performance compressors, yet it remains accessible for everyday use. This level of pressure is essential for tasks like:

• Filling PCP (pre-charged pneumatic) air rifles quickly and efficiently.

• Inflating high-pressure scuba tanks or automotive tires.

• Supporting industrial applications such as pneumatic controls and machinery.

Unlike standard compressors, it integrates a built-in converter, allowing it to handle both DC 12V and AC 120V inputs with ease-1. This dual compatibility ensures you can power it from your vehicle or a standard outlet, providing flexibility whether you're in a workshop or outdoors.

 

Designed for Portability and Ease of Use

Weighing just 10kg, this compressor is built for mobility. Its compact dimensions (approximately 9 units in length, width, and diameter) make it easy to stash in a car trunk or carry to job sites-1. The portable design doesn’t sacrifice functionality—it includes a pressure gauge for precise monitoring and comes in a sleek black finish that resists wear and tear.

 

Low Maintenance, High Reliability

The oil-free lubrication system not only simplifies maintenance but also eliminates the risk of oil contamination in sensitive applications. This is particularly beneficial for:

• Environmental safety: No oil disposal concerns.

• Consistent performance: Reduced downtime for maintenance.

Additionally, the 1-year manufacturer warranty underscores its durability, giving you peace of mind with your investment.

 

User-Friendly Operation

Equipped with a pressure gauge, the TXES063 allows you to monitor output accurately, ensuring safe and efficient operation. The wired electric power setup is straightforward, making it accessible even for those new to high-pressure compressors.

 

Applications and Use Cases

The SUPOIN TXES063’s versatility makes it a valuable tool across various scenarios:

• Outdoor Adventures: Ideal for inflating tires on off-road vehicles, filling air mattresses, or powering air horns during camping trips. Its 12V operation means you can rely on your car’s battery for power.

• Industrial and Automotive Uses: From operating pneumatic tools in garages to supporting assembly lines, this compressor delivers the pressure needed for demanding tasks. Its flow rate of under 100 liters per minute ensures a steady supply for continuous operations.

• Specialized Fields: Suitable for filling scuba tanks or PCP air guns, where high pressure and reliability are critical. The 4500 PSI capability meets the requirements of these niche applications.

 

Why Choose SUPOIN?

Xiamen Supoin Technology Co., Ltd. specializes in the wholesale of air compressors and cylinders, blending innovation with practicality.

Our products are designed to meet real-world needs, focusing on durability, efficiency, and user convenience. The TXES063 is a testament to this commitment, offering a balance of power and portability that stands out in the market.

 

The SUPOIN TXES063 12V Air Compressor is more than just a tool—it’s a reliable partner for anyone needing high-pressure air on the move. With its 300-bar capacity, lightweight design, and low-maintenance operation, it empowers you to tackle tasks efficiently, whether you’re at home, on the road, or in the field.

Ever felt overwhelmed by the choices when looking for an air compressor? You're not alone. With so many specifications, types, and features, selecting the right one can be a challenge. But fear not! The team at Xiamen Subang Technology Co., Ltd. is here to demystify the process.

 

Choosing the right compressor isn't just about power; it's about finding the perfect match for your specific tasks. The wrong choice can lead to inefficiency, higher costs, and equipment failure. Let's walk through the key factors you need to consider.

 

1. Power & Performance: The Heart of the Machine

This is where you start. Ask yourself: "What tools will I be powering?"

• Motor Power (KW/Horsepower): This indicates the compressor's capability. For smaller tools like nail guns or for inflating tires, a unit with lower power (e.g., 1-2 HP) might suffice. For continuous industrial use with tools like sanders or grinders, you'll need a more powerful motor.

  • Pro Tip from Subang: Our TXES022 model, with its robust 1.8KW motor, offers an excellent balance, providing ample power for a wide range of professional workshops and automotive tasks without being overkill.

• Air Pressure (PSI/Bar): Check the maximum PSI required by your tool. Your compressor must meet or exceed this. Most common tools require 90-120 PSI.

• Air Flow (CFM SCFM): This is crucial! CFM (Cubic Feet per Minute) measures the volume of air the compressor can deliver. Your compressor's CFM must be higher than your tool's CFM requirement. If it's not, the tool won't work correctly, and the compressor will run constantly, leading to burnout.

 

2. Tank Size: Your Air Reservoir

The tank stores compressed air, allowing for short bursts of high demand without the motor constantly cycling on and off.

• Small Tanks (1-6 Gallons): Ideal for short-burst tasks like nailing, stapling, or inflating sports equipment.

• Medium Tanks (20-30 Gallons): The sweet spot for workshops and garages. They can handle multiple tools like impact wrenches and spray guns for moderate periods.

• Large Tanks (60+ Gallons): Reserved for industrial settings where multiple tools are used continuously.

 

3. Power Source & Voltage: Plug and Play

Where will you be using your compressor?

• 110V/120V: Standard for household outlets in many regions. Perfect for home garages and small workshops.

• 220V/240V: Common for industrial and European outlets. Necessary for larger, more powerful motors to avoid circuit overload.

• Subang's Solution: We understand versatility is key. That's why models like our TXES022 are available in both 110V and 220V configurations, making them a truly global product that can adapt to your workshop's power supply, whether it's in a home garage or a professional factory.

 

4. Pump Type: Single vs. Two-Stage

• Single-Stage: Most common for general use. The air is compressed once before entering the tank. It's efficient and cost-effective for pressures up to 150 PSI.

• Two-Stage: Air is compressed twice, resulting in higher pressure and efficiency. Best for heavy industrial applications.

 

5. Key Features for Convenience and Safety

Don't overlook these important aspects:

• Auto-Shut Off (Cut-Out): This is a non-negotiable safety feature. It automatically turns the motor off when the tank pressure reaches a preset maximum, preventing dangerous over-pressurization and extending the motor's life.

  • Why it Matters: *All our professional-grade compressors, including the TXES022, are "Shut-Off" models. We prioritize your safety and the longevity of your equipment.*

• Noise Level: If you're working in a residential area or a small shop, a quieter compressor (often measured in decibels, dB) is a significant quality-of-life feature.

• Portability: Consider weight and whether the unit has wheels if you need to move it around.

Your Checklist for Success:

1. List Your Tools: Identify the tool with the highest CFM and PSI requirements.

2. Calculate Total CFM: If running multiple tools, add their CFM needs (though it's best to use them one at a time).

3. Determine Your Environment: Home garage, auto shop, or construction site?

4. Set Your Budget: Balance upfront cost with long-term reliability.

 

Partner with TUXING Tech for Your Air Power

At Xiamen Subang Technology Co., Ltd., we don't just sell air compressors; we provide reliable pneumatic solutions. We design our products, like the versatile and powerful TXES022, with your real-world needs in mind—blending robust power, intelligent features like auto-shutoff, and global voltage compatibility.

 

Ready to find your perfect match? Use this guide to define your needs, and then explore the Subang Tech range. We're confident we have the reliable compressor you've been searching for.

 

Visit our website or contact us today to learn more!