Work Updates| Techinherit

PA66 GF30 Shrinkage Rate: How Glass Fiber Improves Nylon Dimensional Stability

Nylon PA6 and PA66 are widely used engineering plastics for automotive, electrical, and industrial applications. This article explains nylon shrinkage rate, the impact of glass fiber reinforcement, and how PA66 GF materials improve dimensional stability and injection molding performance.

TechnicalAug 14，2026

Advanced Glass Fiber Reinforced Nylon Material Manufacturing Process

Discover how our modified nylon materials are produced through advanced compounding, extrusion, cooling and pelletizing processes to deliver high-performance PA6 and PA66 glass fiber reinforced solutions.

Production ProcessAug 13，2026

Ergonomic Chair Five-Star Base Injection Molding Solution | From Mold Trial to Mass Production

We provide one-stop injection molding solutions for ergonomic chair plastic parts, including mold development, material selection, injection molding and mass production. Our five-star base project demonstrates stable quality, reliable strength and efficient production capability.

Company NewsAug 12，2026

How Material Customization Helps Engineers Overcome Plastic Application Challenges

Different plastic applications require different combinations of strength, durability, thermal stability, and functional performance. Material customization allows engineers to adjust polymer properties and develop suitable solutions for specific product requirements, helping overcome limitations of standard plastic materials.

TechnicalAug 11，2026

The Role of Material Modification Technology in Developing Advanced Plastic Solutions

Plastic materials often need to achieve higher levels of strength, durability, thermal stability, or functional performance to meet complex application requirements. Material modification technology provides a way to adjust polymer properties and develop advanced plastic solutions with improved performance and application flexibility.

TechnicalAug 11，2026

Material Modification Approaches for Improving Antistatic Performance in Engineering Plastics

Engineering plastics are widely used in applications requiring strength, durability, and dimensional stability, but their electrical insulation characteristics can create static control challenges. Material modification technologies provide effective approaches to improve antistatic performance while maintaining mechanical properties and processing stability.

TechnicalAug 10，2026

Beyond Standard Plastics: The Development of Antistatic Material Solutions

Standard plastics provide excellent processing advantages, but their electrical insulation properties can create challenges in applications where static control is required. Antistatic material solutions improve the electrical performance of plastics through functional modification, helping components achieve better reliability in sensitive manufacturing environments.

IndustryAug 10，2026

Improving Strength and Durability Through Plastic Material Optimization

Plastic components often face challenges such as insufficient strength, wear, and long-term performance loss during use. Material optimization provides a way to improve mechanical properties and durability by adjusting material structures, reinforcement methods, and modification technologies to meet specific application requirements.

TechnicalAug 10，2026

How Material Modification Creates More Possibilities for Plastic Product Design

Material modification allows plastic materials to achieve improved strength, heat resistance, toughness, durability, and functional performance. By adjusting material properties to match product requirements, manufacturers can develop plastic components with better reliability and greater design flexibility.

TechnicalAug 08，2026

Why Traditional Nylon Materials Face Challenges in High Heat Environments

Traditional nylon materials provide excellent mechanical properties and processing advantages, but their performance may decrease under continuous high temperature conditions. This article explains the challenges of standard nylon materials and how high temperature modified nylon solutions improve thermal stability, durability, and reliability of plastic components.

IndustryAug 08，2026