PU is the general term for polyurethane, while TPU is a thermoplastic polyurethane elastomer. TPE is a polyolefin elastomer, while TPU is a polyurethane elastomer. TPU has much better wear resistance, and its hardness can be very low.

Plastic compounding refers to a process in which various additives and ingredients are mixed or compounded with plastic resins to create a customized material with specific properties. This process allows manufacturers to enhance or modify the characteristics of plastic materials to suit particular applications.

The main methods for implementing grafting reactions include solution method, melting method, solid-phase method, and radiation grafting method.

Nylon and glass fiber injection molding generally use glass fiber modified raw materials. Has good rigidity and is a leader in rigid materials. However, we often encounter a phenomenon: what if high rigidity raw materials have poor impact resistance?

According to the functional differences of additives in improving plastics, from the perspective of increasing the processing characteristics of the base material, additives include: From the perspective of increasing the physical and chemical properties of the substrate, Instructions for use of various additives, Basic requirements for selecting additives and application considerations, Precautions for application of additives, Several common additives in the plastic modification industry.

TPE elastomer is a high-performance material with excellent thermoplastic rheological properties, easy molding and processing, and maintains high elasticity at room temperature. Therefore, TPE elastomers are widely used in the automotive industry, such as seals, shock absorbers, protective baffles, and special applications such as conduits and fittings. Its outstanding performance and diverse applications are leading the trend of material revolution in the automotive industry!

The influence of performance parameters of calcium carbonate on the production of plastic filling modified masterbatch.

Twin screw extruders are developed on the basis of single screw extruders. Due to their excellent feeding performance, mixing and plasticizing performance, exhaust performance, and extrusion stability, they have been widely used in the molding and processing of extruded products.

In the daily operation of a twin-screw extruder, there are several key considerations to keep in mind to ensure smooth and efficient processing.

Care and keeping your compounding extruder in good condition is critical to the performance and longevity of the equipment. A compounding extruder is a key piece of equipment used to mix and process materials such as plastics, and it plays an important role in the production process.