What are the development series of modified nylon (PA66) engineering plastics at present?

Engineering plastics PA66 with reinforcement or high temperature resistance, from 10- 60% fiber volume;

Engineering plastics PA66 with reinforced flame-retardant, system V1-V3, fiber 10-55;

Engineering plastics PA66 with flame-retardant, according to the different grade of fire have different classification, there are also according to the different grade of flame retardant additives, such as nitrogen system, phosphorus series.

Engineering plastics PA66 with cold-resistant-required in different low-temperature conditions for use.

Engineering plastics PA66 with high surface requirements-high light series;

Engineering plastics PA66 with high modulus requirements-modulus series;

Engineering plastics PA66 with anti - ultraviolet;

Engineering plastics PA66 with low deformation;

Engineering plastics PA66 with low shrinkage;

Engineering plastics PA66+5%CF (5% carbon fiber reinforced): wear resistant, high rigidity, conductive;

Engineering plastics PA66+10%CF (10% carbon fiber reinforced): wear resistant, high rigidity, conductive;

Engineering plastics PA66+15%CF (15% carbon fiber reinforced): wear resistant, high rigidity, conductive;

Engineering plastics PA66+20%CF (20% carbon fiber reinforced): wear resistant, high rigidity, conductive;

Engineering plastics PA66+25%CF (25% carbon fiber reinforced): wear resistant, high rigidity, conductive;

Engineering plastics PA66+5%MOS2;

Engineering plastics PA66+10%MOS2;

Engineering plastics PA66+15%MOS2;

Engineering plastics PA66+5%GP: wear-resistant, conductive, low noise;

Engineering plastic PA66 10%GP: lubricating, low noise;

Engineering plastic PA66 15%GP: lubricating, low noise;

Engineering plastic PA66 20%GP: lubricating, low noise;

Engineering plastic PA66 25%GP: lubricating, low noise;

Engineering plastic PA66 10%PTFE/ Teflon: wear resistance, lubrication;

Engineering plastic PA66 20%PTFE/ Teflon: wear resistance, lubrication;

Engineering plastic PA66 30%PTFE/ Teflon: wear resistance, lubrication;

Engineering plastics PA66 + 30 % GF ( glass fiber ) + 15 % PTFE ( Teflon ) : self - lubricating , low friction , high wear resistance ;

Engineering plastics PA66 + 30 % GF ( glass fiber ) + 15 % PTFE ( Teflon ) : self - lubricating , low friction , high wear resistance ;

Engineering plastics PA66 + 30 % GF ( glass fiber ) + 10 % PTFE ( Teflon ) : self - lubricating , low friction , high wear resistance ;

Engineering plastics PA66 + 20 % GF ( glass fiber ) + 15 % PTFE ( Teflon ) : self - lubricating , low friction , high wear resistance ;

Engineering plastic PA66 30% GF (glass fiber) + PTFE (Teflon) + GP: self lubricating, super wear resistance;

Engineering plastic PA66 + PTFE (Teflon) + GP: self lubricating, super wear resistance;

Engineering plastics PA66+GF+CF+PTFE(20% glass fiber+20% carbon fiber+teflon);

Engineering plastics PA66+MoS2+PTFE