PPS resin modified with long fibers is a kind of super - engineering plastics with excellent heat - resistance and chemical resistance.The number of modified PPS resins in use continues to grow, largely because they are widely used in automotive applications.Because automotive applications require heat-resistant, lightweight and high-strength materials instead of metals, PPS resins containing elas...

● What is long fiber reinforced composite (LFT-G)? The included length of Reinforced fiber is equivalent to the length of plastic particles larger than 6mm thermoplastic. ● What are the benefits of using LFT-G? Benefits for business owners and factories: a. Plastic instead of steel: The past metal material with high strength, heat resistance and other characteristics, is the preferred material for...

The molecular structure of PPS consists of benzene ring and sulfur atoms interarranged, the configuration is orderly, easy to form a high thermal stability of the crystal structure. At the same time, the molecular structure of PPS material has a highly stable chemical bond characteristics, the benzene ring structure makes PPS more rigid, and the sulfur ether bond (-S-) provides a certain degree of...

The development of aerospace technology cannot be separated from new materials. The birth of a new generation of aerospace products is usually based on the successful development of a large number of advanced new materials. At the same time, the emergence of these aerospace products has also promoted the rapid launch and application of many new material projects. In particular, polymer materials, ...

Long fibre reinforced thermoplastics (LFT) is the most commonly used base resin for LFT, followed by PP, PA and also PBT, PPS, PPA, TPU and other resins. It is worth mentioning that different fibers are needed for different resins to achieve better results. Development of LFT In 1980, Polymer Composites Corporation (PCI), USA, was the first to propose the theoretical design concept of LFT, and con...

Polyphenylene sulfide (PPS) is a high performance high temperature resistant engineering thermoplastic. It has a semi-crystalline structure and a unique combination of properties. They range from dimensional and thermal stability to high temperature and chemical resistance. Due to its excellent electrical insulation properties, it is suitable for electrical components. Learn more about this versat...

Today, additive manufacturing technology has enabled the formation of thermoplastic materials, metals, ceramics and photosensitive resins to meet the needs of different industries, such as aerospace, automotive or biomedical. Current composite materials such as fiber reinforced composites can also be 3D printed. The reinforcement of composite materials, usually in the form of powder or filament, h...

Polymers are one of the most commonly used and well-known materials of the 21st century. However, pure polymers are not sufficient for use in industries that require great strength and excellent heat resistance. As a result, thermoplastic composites are the preferred materials, and creating these new materials will require overcoming obstacles such as high energy consumption, expensive material co...