Low moisture absorption nylon exhibits exceptional chemical stability, resisting corrosion and chemical erosion.

It maintains low warpage properties at high temperatures, making it suitable for high-temperature applications.

Low moisture absorption nylon retains dimensional stability in humid environments, ensuring component precision.

It can withstand the effects of natural elements, making it suitable for outdoor and harsh environments.

It offers excellent wear resistance and lubricity, making it suitable for high-friction applications.

With low moisture absorption, it is less affected by moisture and maintains stable performance.

Compared to metal, low moisture absorption nylon has a lower specific gravity, allowing for component lightweighting.

It maintains excellent impact strength even in low-temperature environments.

Low moisture absorption nylon is used in applications like simulated firearms to mimic the appearance and performance of real firearms due to its dimensional stability, chemical resistance, and wear resistance.

This material finds application in water sports equipment, buoys, and water-related products, as it can resist corrosion in aquatic environments.

Low moisture absorption nylon is commonly used to replace metal parts, reducing component weight and providing superior performance.

It is used in drinking water brackets due to its low moisture absorption and chemical resistance, making it a safe and durable choice.

In GPS devices and equipment, low moisture absorption nylon provides dimensional stability and high weather resistance, ensuring reliable operation in different environments.

Thanks to its chemical resistance and low moisture absorption, low moisture absorption nylon is suitable for water treatment equipment, pipelines, valves, and more.

POK exhibits outstanding chemical stability, resisting corrosion and chemical erosion.

It maintains dimensional stability in humid environments, ensuring component precision.

POK can withstand the effects of natural elements, making it suitable for outdoor and harsh environments.

Compared to metal, POK has a lower specific gravity, allowing for component lightweighting.

Compared to materials like polyoxymethylene (POM), POK offers superior wear resistance and lubricity, making it suitable for high-friction and high-load applications.

POK is widely used in mechanical applications such as slide rails and guides, where its excellent wear resistance and lubricity ensure smooth motion.

This material is used in conveyor systems and transportation systems, where it can resist friction and abrasion, ensuring efficient transport.

POK is commonly used to replace metal parts, reducing component weight and providing superior wear resistance.

In wear-resistant supports and bearing components, POK can effectively withstand mechanical stresses and extend the life of parts.

POK is used in fasteners, fixings, and other connecting components, with its superior durability ensuring secure and reliable connections.

Semiconductor materials exhibit low warpage characteristics, maintaining stable dimensions even in high-temperature environments. This ensures process consistency and precision.

Semiconductor materials have low Volatile Organic Compounds (VOCs), reducing environmental pollution and health risks to personnel.

These materials have low water absorption rates, maintaining stable performance in humid environments.

Semiconductor materials are used in the manufacture of mask boxes, which are critical components used in semiconductor lithography. Their dimensional stability and wear resistance are essential to ensure process accuracy.

These materials are applied in wafer carriers, which are used to support and protect semiconductor wafers. They play a crucial role in the manufacturing process.

FOUPs are containers used for packaging and transporting semiconductor wafers. Semiconductor materials are used in their construction to ensure the safety and stability of wafers during transportation and storage.

In semiconductor manufacturing processes, wafers need to be transported and handled. Semiconductor materials are used in the production of wafer transport boxes to guarantee the integrity and safety of wafers during transit.