The chemical company LANXESS cooperated with a Hebei manufacturer of auto parts to develop the first gearbox side cover made of polyamide 6 (PA6) for the world-renowned SUV and pickup truck manufacturers. Compared with the original metal version (die-cast aluminum cover), the new version greatly improves the integration of different functional features. · Lightweight design solutions have achieved...

The mechanical properties of blended materials such as glass fiber and toughening agent are added to nylon. The results show that with the increase of glass fiber content, the tensile strength and bending strength of the material are greatly improved, and the impact strength is more complicated. Adding, the toughness of the material is greatly improved. Adding 30% to 35% of glass fiber, 8% to 12% ...

Nylon and carbon fiber are both excellent materials in the field of engineering plastics. The composite material comprehensively reflects the advantages of the two. For example, the strength and rigidity are much higher than that of unreinforced nylon, the high temperature creep is small, and the thermal stability is significantly improved. , Good dimensional accuracy and wear resistance. It has e...

Polyamide polymers (long fiber modified nylon) are mainly used in the automotive industry as the following components: ①The radiator is a large product made of glass fiber reinforced polyamide. After replacing the original metal material with polyamide, the weight of the product can be greatly reduced. ②The pulley is a product made of glass fiber reinforced polyamide added with graphite. After rep...

Glass-filled polymers are strong and have strong mechanical properties. First, the analytical strength is generally interpreted from the three dimensions of tensile strength, flexural strength and impact strength. For example, glass fiber filled PP, the obtained PP GF polymer, the higher the glass fiber content, the better the performance, we can refer to the following TDS, from the following tabl...

The thigh prosthesis is composed of a receiving cavity, a knee joint and a connector, among which the receiving cavity is the connecting part of the stump and the prosthesis, and its constituent materials have a great influence on the experience of use. There are three main materials used to make prosthetic chambers: resin, PP sheet and carbon fiber. Each receiving cavity has different characteris...

Fiber reinforced plastics is one of the most common reinforced plastics. Fiber reinforced plastics usually have the following characteristics. High strength and high modulus The quantity strength and modulus of fiber reinforced are obviously improved. Such as some general plastics after reinforcement, can also be used in engineering plastics; Some engineering plastics, through fiber reinforcement,...

Invention of nylon Nylon (Nylon), named Polyamide in English, is a man-made polymer. Wallace Carothers of DuPont invented the plastic on February 28, 1935, in Wilmington, USA. Nylon was officially marketed in 1938. The first nylon products were nylon brushes for toothbrushes (sold on February 24, 1938) and nylon stockings for women (sold on May 15, 1940). The appearance of nylon makes the textile ...

Polypropylene (PP) is divided into homopolymer polypropylene (PP-H), block (impact resistance) copolymer polypropylene (PP-B) and random (random) copolymer polypropylene (PP-R), so what are the advantages and disadvantages of all kinds of PP? I'll share it with you here. 1. Homopolymer polypropylene (PP-H) It is made by polymerization of a single propylene monomer. The molecular chain does not con...

Glass fiber is a very common material in the chemical industry, often used in the production of reinforced plastics or reinforced rubber. Due to Glass Fiber has high temperature resistance, flame retardant, corrosion resistance, heat insulation, high tensile strength, good insulation characteristics, raw materials after adding glass fiber can significantly improve the heat resistance and mechanica...

Mold temperature too low Cause: If the mold temperature is too low, the melt cools too quickly during flow, causing the glass fibers to not be fully encapsulated by the base resin and float to the surface. Solution: Increase the mold temperature appropriately to ensure the melt has sufficient fluidity to uniformly coat the glass fibers. Regularly check the mold temperature control system to ensure...