Low Friction Coefficient Transparent Nylon Pipes Raw Material T1201 Nylon Granules

• CAS No.: 63428-83-1
• Molecular Principal Chain: Heterochain Polymer
• Color: Transparent
• Type: Polyamide Raw Material Granules
• Grade: Injection
• Application: Optics, Automotive, Electronic, Household
• Model NO.: T1201
• Item: Nylon Raw Material
• Usage: Injection, General Plastics, Engineering Plastics
• Supply Ability: 800 Metric Tons Per Month
• Certificates: SGS
• Physical Properties: High Chemical Resistance Transparency
• Features: High Strength Good Chemical Resistance
• Transport Package: International Standard Package
• Specification: 20kg/foil bag, 1000kg/carton box
• Trademark: No Mark
• Origin: Shandong, China
• HS Code: 3908101900
• Production Capacity: 10000 Metric Tons Per Year

Product Description

Product Description

 

 

Transparent nylon T1201 is a very cost-effective raw material used as a frame lens. The T1201 is lightweight and has high tensile and compressive strength, durability, chemical resistance, moisture resistance, impact strength and wear resistance, which can prevent the damage caused by the breakage of the glasses frame when it is impacted. Because it is synthetic plastic, the T900 is also resistant to mold, insects and fungi.

 

Physical Properties

 

TYPICAL PROPERTIES	CONDITION		STANDARD		UNIT		VALUE
PHYSICAL  PROPERTIES
Density		ISO 1183		[g/cm³]		1.01
Moisture absorption	T=23°C / 50%RH	ISO 62		[%]		1.5
Mold shrinkage parallel	long.	ISO 294		[%]		0.65
Mold shrinkage transverse	trans.	ISO 294		[%]		0.75
MECHANICAL PROPERTIES
Tensile modulus	1 mm/min	ISO 527		[MPa]		1700
Tensile stress at break	50 mm/min	ISO 527		[MPa]		60
Tensile strain at break	50mm/min	ISO 527		[%]		150
Flexural strength	2 mm/min	ISO 178		[MPa]		65
Flexural modulus	2 mm/min	ISO 178		[MPa]		1600
Charpy notched	+23 °C	ISO 180/1A		[kJ/m²]		13
Charpy notched	- 30 °C	ISO 180/1A		[kJ/m²]		12
Shore hardness(D)		ISO 868				83
THERMAL  PROPERTIES
Heat Deflection Temperature	0.45MPa	ISO 75		[°C]		135
Glass-transition temperature(Tg)	DSC	ISO 11357		[°C]		155
Maximum usage temperature	long term	ISO 2578		[°C]		90
Maximum usage temperature	short term	ISO 2578		[°C]		120
Thermal expansion coefficient long.	23-55°C	ISO 11359		10-4/k		0.9
Thermal expansion coefficient trans.	23-55°C	ISO 11359		10-4/k		0.9
ELECTRICAL
Volume resistivity		IEC 60093		[Ω·m]
Surface resistivity		IEC 60093		[Ω]
Dielectric strength		IEC 60243-1		KV/mm		34
BURNING BEHAVIOUR
Flammability(UL94)	0,8 mm	ISO 1210		[Class]		HB
Burning rate (FMVSS)		FMVSS 302		[mm/min]

Application

A wide range of uses,convenience and practicality. 

 

 

About us

Shandong Huachuang Special Plastic New Material Technology Co., Ltd. has a professional Specialty Nylon R & D and production team, and advanced production and testing equipment, annual output of more than 10,000 tons, the company has been engaged in the Specialty Nylon industry for nearly 20 years, providing "One-Stop Service", research and development, contract manufacturing, quality testing, packaging, sales, after-sale service, dedicated to providing customers with Special Nylon comprehensive solutions.

We produces Transparent Nylon, Bio-based Nylon, Long Carbon Chain Nylon, Barrier Nylon, Nylon Elastomer, High-Performance Nylon and other products, widely used in optoelectronic, smart wear, automobile industry, electronic and electrical, 5G communication, medical equipment, textile and clothing and other applications, exported to Europe, North America, Japan, South Korea, the Middle East, Southeast Asia and other regions.And with a number of multinational group companies to establish long-term cooperative relations.

Shandong Huachuang Special plastic new Material Technology Co., Ltd. in line with the "quality first", "customer-centric" principle, in the production and management of continuous exploration and innovation, has developed into a research and development, production, sales as one of the comprehensive enterprise.We are ready to cooperate sincerely with all sectors at home and abroad to seek win-win results and jointly create a better future for human life.