Polypropylene Reinforced Flame-Retardant Plastic Particles PP 1500 Meltblown Non Woven Plastic

• Customization: Available
• Feature: Oxidative Degradable
• CAS No.: 96597-16-9
• Model NO.: PP R520Y
• EINECS: 96597-16-9
• Material: Polypropylene/PP
• Usage: General Plastics, Injection and Blowing Grade
• Plastic Properties After Heated: Thermoplastic Plastics
• Plastic Forming Method: Extrusion
• Color: Transparent
• Processing Method: Extrusion and Blowing Molding
• Delivery: Within 7 Days After Received Th E Deposit
• Place of Origin: China
• Material Color: White
• Transport Package: in 25kg/Bag
• Specification: COA
• Trademark: self produce
• Origin: China Mainland
• Production Capacity: 200mts/Month

Product Description

Physical property	Rating	Test method
Density	0.9g/cm3	ASTMD 1505
MFR	10 g/10min	ASTMD 1238
Load thermal deformation temperature	80 ºC	ASTMD 648
Rockwell hardness	90R	ASTMD 785
Mechanical property	Rating	Test method
Flexural modulus	≥1000MPa	ASTMD 790
Tensile stress at Yield	25Mpa	ASTMD 638
Elongation at break	≥600%	ASTMD 790
Impact property	Rating	Test method
IZOD Impact Strength	8 kj/m2

Description

1. PP B4808 is a homopolymer for extrusion moulding and blowing moulding
2. Apperance: Transparency
3. Good heat resistence, low haze,
4. Extensive usage


Note: These are typical properties, only and are not to be construed as specifications. Users should confirm results by their own tests.





Description

1. PP B4808 is a homopolymer for extrusion moulding and blowing moulding
2. Apperance: Transparency
3. Good heat resistence, low haze,
4. Extensive usage


Note: These are typical properties, only and are not to be construed as specifications. Users should confirm results by their own tests.

Physical property	Rating	Test method
Density	0.9g/cm3	ASTMD 1505
MFR	10 g/10min	ASTMD 1238
Load thermal deformation temperature	80 ºC	ASTMD 648
Rockwell hardness	90R	ASTMD 785
Mechanical property	Rating	Test method
Flexural modulus	≥1000MPa	ASTMD 790
Tensile stress at Yield	25Mpa	ASTMD 638
Elongation at break	≥600%	ASTMD 790
Impact property	Rating	Test method
IZOD Impact Strength	8 kj/m2