Modified PA Plastic Pellets

Toughened PA Plastic Granules

1) Toughened PA offers long-term high-temperature resistance up to 150°C.

2) Maintains good impact resistance and toughness at low temperatures down to -30°C.

3) Excellent flexural resistance; withstands repeated, high-frequency folding.

4) Stable performance; increases finished product yield by approximately 5%.

Glass Fiber Reinforced PA Plastic Granules

1) Glass fiber reinforced PA has a heat deflection temperature of 180–250°C.

2) High tensile, flexural, and impact strengths.

3) Stable performance; increases finished product yield by approximately 5%.

Reinforced Flame-Retardant PA Plastic Granules

1) Reinforced flame-retardant PA has a heat deflection temperature of 180–250°C.

2) High tensile, flexural, and impact strengths.

3) UL94 V-0 flame retardancy (compliant at 0.8mm–1.5mm); self-extinguishing upon removal of the ignition source.

4) Stable performance; increases finished product yield by approximately 5%.

Properties	Testing Condition	Standrad	Unit	Typical Value DAM
Density	23℃	ISO 1183-1	G/CM³	1.65
Moisture content	105℃,30min	ISO 3344	%	0.3
Moulding shrinkage	60×60×2mm (Material Temp. 270℃, Mould Temp. 80℃)	ISO 294-4	%	-
Parallel shrinkage	23℃,50%RH,24H	ISO 294-4	%	0.2-0.4
Transverse shrinkage	23℃,50%RH,24H	ISO 294-4	%	0.5-0.7
Tensile strength	2mm/min	ISO 527-1	MPa	60
Tensile strain at break	2mm/min	ISO 527-1	%	1.8
Flexural strength	2mm/min	ISO 178	MPa	94
Flexural modulus	2mm/min	ISO 178	MPa	6200
Charpy notched impact strength	23℃,1J	ISO 179-1	kJ/㎡	5
Charpy unnotched impact strength	23℃,4J	ISO 179-1	kJ/㎡	23
Thermal conductivity	80℃	ASTM 1461-E	W/(m·K)	0.70
Heat deflection temperature	1.8Mpa	ISO 75-1	℃	150
Glow wire test	1.0mm	IEC 60695	℃	650
Comparative tracking index	3mm,Solution A	IEC 60112	V	600

Widely used in sectors such as the automotive industry, electronics and electrical appliances, machinery and equipment, sports equipment, home appliances and office equipment, textile machinery, chemical equipment, and aviation.

I. Automotive Industry

Engine cylinder head covers, radiator tanks, automotive bumpers, oil filter housings, gears, bearings, intake manifolds, battery module brackets for new energy vehicles, charging gun housings, etc.

II. Electronics and Electrical Industry

Electrical terminal blocks, switches and resistors, circuit breaker housings, junction boxes, power tool housings, coil bobbins, gears, bearings, smart switches, inverter housings, industrial connectors, etc.

III. Home Appliances and Office Equipment

Printer structural components, vacuum cleaner motor brackets, washing machine impellers, etc.

Q: How can cracking or brittle failure during injection molding be resolved?

A: We offer formulation adjustments to enhance toughness and reduce internal stress, alongside recommendations for optimized injection molding processing parameters.

Q: Do the products hold relevant industry certifications?

A: Our materials meet industry standards such as UL flame retardancy, ISO medical compliance, automotive specifications, weather resistance, and antistatic properties. We provide comprehensive physical property reports and test certificates to satisfy market entry requirements for sectors including home appliances, automotive, medical, and new energy.

Q: Are the materials suitable for injection molding and extrusion?

A: All modified pellets are designed with flow characteristics compatible with standard injection molding machines and extruders. They offer stable molding, low shrinkage, and resistance to delamination or cracking, making them suitable for manufacturing housings, structural components, optical parts, sheets, and more.