Nylon 6 Pa6 With High Tensile Strength (A1307X01, A1317X01)

 As an experienced plastic engineering inc and masterbatch factory, Anmei has a professional team of senior engineers with 10-15 years of R&D experience in engineering plastics and masterbatch, we work together to achieve our goal of solution providing and create more values for customers with our stable quality and professional technical service, making a better life for human beings.

 

Nylon has good impact resistance at room temperature, but the impact resistance at low temperature is not good enough. Therefore, the toughening modification of nylon is mainly to improve the impact resistance at low temperatures. Anmei is running of two categories, one is ordinary toughened nylon and the other is super tough nylon.

 

Super tough nylon is a type of nylon with strong impact resistance. Its impact strength is ten times higher than the ordinary nylon in a dry or low-temperature state, while still retaining the characteristics of nylon.

 

With the same glass fiber content, from the perspective of modified production, the factors affecting the nylon PA6 tensile strength are related to the modified production process of glass fiber reinforced nylon. The better the production process, the better the tensile strength.

 

Typical Application of Nylon 6 PA6 with High Tensile Strength (A1307X01)

By adding different toughener polymers to PA6, the flexibility, low temperature resistance and impact resistance of the composite material can be increased. The PA6 yield strength/nylon 6 yield strength is resistant to radiation, ultraviolet rays, and has excellent dimensional stability and excellent mechanical strength. Most of these products are special materials for power tools.

 

Processing Detail of Nylon 6 PA6 with High Tensile Strength (A1307X01)

 

Other Details of Nylon 6 PA6 with High Tensile Strength (A1307X01)

Physical Property

Ash

(15.0% 1 ISO3451/1)

Conditioned

600°C*2h

Density

(1100Kg/m3 1 ISO1183)

Conditioned

23°C

Shrinkage Parallel Flow

(1.3-1.5 % 1 ISO294-4)

Shrinkage Vertical Flow

(1.3-1.5% I ISO294-4)

 

Mechanical Properties

Tensile strength (58.0MPa 1 ISO527)

Conditioned

50mm/min

Tensile Strain at Break (50.0% I ISO527)

Conditioned

50mm/min

Notched Impact Strength (31.0 KJ/m2 ISO179)

Conditioned

2.75J

Flexural Strength 78MPa 1ISO178)

Conditioned

2mm/min

Flexural Modulus (1850MPa I ISO178)

Conditioned

2mm/ min

 

Melting Point

(220°C I ISO11357)

Hot Deformation Temperature

(160*C I ISO75)

Conditioned

0.45MPa

Flammability Class

(HB 1UL94)

Conditioned

mm

Thermal Property

 

Injection Molding Conditions

Drying Temperature

90°C

Drying Time

3h

Cylinder Temperature

220-240°C

Nozzle Temperature

220-240*C

Tooling Temperature

80*C

 


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