1. Adding a certain amount of glass fiber in nylon resin to enhance the plastic PA6 LGF.It can be divided into long glass fiber reinforced nylon (fiber and plastic particles are the same length, generally about 12mm) and short glass fiber reinforced nylon (glass fiber length about 0.2 ~ 0.7mm) made by mixing short-cut fiber through mixing or continuous fiber into twin screw extruder.

2. Nylon can be made into high strength fibers because of the structural properties of its internal molecules, which are easy to crystallize.Polyamide is a tough keratinoid translucent or milky white crystalline resin, often made of cylindrical granules.

3. When 30% glass fiber is added to PA, the mechanical properties, dimensional stability, heat resistance and aging resistance of PA are significantly improved, and the fatigue strength is 2.5 times that of the non-enhanced PA.

4. Use reinforced material to improve the performance of nylon reinforced material we LFT fell - G company generally use glass fiber, carbon fiber, etc., which is given priority to with glass fiber, not only economic incentives and improve the heat resistance of nylon, dimensional stability, rigidity, mechanical properties (tensile strength and bending strength), especially the mechanical properties increase significantly,Become engineering plastics with excellent performance.

LGF-9

NO.	Item	Unit	Typical Characteristic	Testing Standard
	Nylon 6 Long Glass Fiber 30%
1	Density	g/cm³	1.36	ASTM D-792
2	Molding Shrinkage	%	0.1-0.3	ASTM D-955
3	Tensile Strength	MPa	172	ASTM D-638
4	Tensile Modulus	MPa	9126	ASTM D-638
5	Tensile Elongation	%	6.4	ASTM D-955
6	Flexural Strength	MPa	252	ASTM D-790
7	Flexural Modulus	MPa	8675	ASTM D-790
8	Notched Izod Impact	J/m	213	ASTM D-256
9	Beam breach impact strength	J/M		ASTM D-4812

PA6 LGF materials widely used in gears, bearings, fan blades, pump blades, bicycle parts, auto parts, fishing gear and some precision engineering products.With good wear resistance, heat resistance, oil resistance and chemical resistance, but also greatly reduce the water absorption and shrinkage of raw materials, with excellent dimensional stability and excellent mechanical strength.Compared with pure nylon, the mechanical strength, rigidity, heat resistance, creep resistance and fatigue resistance of reinforced nylon are greatly improved, while the elongation, molding shrinkage, moisture absorption and wear resistance are decreased.The properties are mainly determined by the bonding strength, content, aspect ratio and orientation of fiber and resin.Injection molding and extrusion molding.Widely used in aerospace, automobile, machinery, chemical and other fields to manufacture heat-resistant structural plastic parts.