General level PA66, | wear grade PA66, | toughening level PA66, | extrusion grade PA66, PA66 | Food | Weathering grade PA66, heat stabilized PA66, | plus mineral PA66, | 10% GF PA66 


 Plus 20% glass fiber PA66, | plus fiberglass PA66, 30% | 40% glass fiber plus PA66, | plus 50% glass fiber PA66 | flame retardant PA66 (pure resin) | flame retardant PA66 (plus fiberglass) | blow molding grade PA66 
 Pure resin of PA6 | enhance PA6 | flame retardant of PA6 | wear of PA6 | toughening of PA6 | extrusion grade PA6 | food-grade of PA6 film grade of PA6 | general level of the POM | wear level POM 


 Toughening level POM | enhanced levels of the POM | Weathering grade POM | anti-static POM food-grade POM low warpage the POM | low-emission POM | conductivity of the POM | extrusion grade the POM | silencer-level POM 
 LGP-class PC blow molding grade PC | food-grade PC light diffusion PC (LED lights) | high flow PC | Shock PC | Medical PC | UV resistance PC | cold toughening PC fire retardant PC 


 Name: Polyamide 6 



 Chemical and physical properties 
 PA6 chemical physical characteristics are very similar and PA66, however, its low melting point, and the process temperature range is very wide. Its impact resistance and solvent resistance than PA66 is better, but also more hygroscopic. Because many of the qualities characteristic of the plastic parts must receive the hygroscopicity of the PA6 design products should give full consideration to this point. In order to improve the mechanical properties of PA6, often adding a variety of modifiers. The glass fiber is the most common additives, sometimes in order to improve the impact resistance by adding a synthetic rubber such as EPDM and SBR. For products with no additives, PA6 contraction of 1% to 1.5%. Glass fiber additives can be reduced to 0.3% shrinkage (but also slightly higher and the flow perpendicular to the direction of some). Shrinkage of the molding assembly is mainly affected by a material degree of crystallinity and hygroscopicity effects. The actual shrinkage and plastic parts design, wall thickness and other process parameters into 




 PA6 in the industry 
 Polyamide glass fiber reinforced materials based on the product features, add a glass content in the 5-60% range, these materials have good strength, heat resistance, excellent impact resistance, good dimensional stability and low and warp. In order to meet the use requirements in the industrial aspects of reinforced polyamide material should meet the following requirements: [1] 
 1) The superior strength and durability, excellent rigidity and heat resistance combined with 
 2). Outstanding shader performance, perfect appearance of the surface, can be applied to complex structures forming, and to help design and development to develop new styling products 
 3) processing, excellent mobility and thermal stability of the material processing conditions are more relaxed, so that miniaturization of injection molded parts 
 4) high thermal stability up to 270 degrees wave soldering is not linked to tin; 



 Application in the everyday 
 Polyamide glass fiber reinforced material has good dimensional stability and low warpage, solder and paint nature, easy spray can, ultrasonic welding, materials, good gloss, can be dyed in a variety of bright colors, in order to meet the industrial use requirements reinforced polyamide material should meet the following requirements: 
 1) The strength and durability, excellent rigidity and heat resistance combined with 

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