The deformation of glass fiber reinforced PEI material under high temperature and heavy load is very small, enabling it to maintain dimensional stability. It is a material that can well replace metals. It has high rigidity and strength while being very lightweight. It is commonly used in structural load-bearing components in the aerospace and automotive fields.
The interface bonding strength between PEI and glass fibers is extremely high. PEI itself has a highly rigid imide ring structure, and through the filling of glass fibers, it greatly inhibits the thermal motion of molecular chains at high temperatures.

PEEK GF30 rods are engineered to excel in applications requiring maximum dimensional stability under load. By incorporating 30% glass fibers, the material achieves a flexural modulus of 11.3 GPa, providing the stiffness necessary to support significant weight without deformation.
Unlike unreinforced PEEK, which may exhibit creep under sustained pressure, the glass fiber reinforcement locks the polymer structure in place. This results in exceptional high static load capacity, ensuring that components such as support brackets, insulating mounts, and structural frames remain stable even at elevated temperatures (HDT up to 328°C).

15% PTFE +30%glass fiber filled polyphenylene sulfide pellets has low friction coefficient, low wear, high mechanical properties, and excellent chemical and heat resistance. This product is mainly used to make products with low friction coefficient and low friction consumption requirements, such as gears, high-temperature shaft sleeves, sliding bearings, etc.

Glass fiber reinforced PA66 is mainly applied to components with high rigidity and dimensional stability. Meanwhile, its safety has been greatly enhanced through flame retardant modification

Glass fiber reinforced PA66 is mainly applied to components with high rigidity and dimensional stability. Meanwhile, its safety has been greatly enhanced through flame retardant modification

Glass fiber reinforced PA6 is mainly applied to components with high rigidity and dimensional stability. Meanwhile, its safety has been greatly enhanced through flame retardant modification

PEI 1010 and PEI 9085 are both high-performance printing materials,  PEI 1010 having higher mechanical strength and higher durability
The glass transition temperature (Tg) of PEI (polyetherimide) up to 217 ° C, and the long-term use temperature can reach 170-180 ° C.
At high temperatures, PEI 1010 printed vehicles can maintain dimensional stability, replace metals, and achieve lightweight and insulation.