Material Type

Plastic

Material Sub-Type

Composite

Material Name

Nylon 30% GF

For applications needing greater stiffness and compressive strength than conventional unfilled Nylon. The inclusion of glass fibers greatly strengthens nylon. The extra glass adds stability and rigidity, but it also reduces non-lubricated wear characteristics. Although 30% glass filled nylon is 200 percent stronger than ordinary purpose nylon, it is extremely abrasive and will abrade or gall mating surfaces. 30 percent Glass-Filled Nylon has better load bearing capabilities over unfilled Nylon, with improved tensile, compressive, and flexural properties. It is the material of choice in applications requiring greater stiffness, rigidity, and dimensional stability.

Cost
Lead Time

2-3 Days

Processes

CNC Machining

Metric

English

Note: Properties are not guaranteed. They are intended only as a basis for comparison and not for design purposes.

Last Updated:3 months ago
Mechanical Properties

Yield Tensile Strength

140 MPa

Ultimate Tensile Strength

139 MPa

Tensile Modulus

8 GPa

Shear Strength

69 MPa

Shear Modulus

-

Fatigue Strength

-

Elongation At Break

3 %

Poisson's Ratio

0.35

Hardness

38

Density

1.2 g/cm³

Impact Strength (ASTM)

-

Electrical/Magnetic Properties

Surface Resistance (ANSI)

-

Magnetism

Non-Magnetic

Thermal Properties

Heat Deflection Temperature

111 °C

Thermal Expansion Coefficient

215.0 µm/(m⋅°C

Specific Heat Capacity

-

Thermal Conductivity

0.454 W/(m⋅°C)

Melting Point

-

Chemical Properties

Corrosion Resistance

Excellent

Nylon 30% GF

Strong, stiff, and dimensionally stable plastic

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Material Datasheet

Material Type

Plastic

Material Sub-Type

Composite

Material Name

Nylon 30% GF

Note: Properties are not guaranteed. They are intended only as a basis for comparison and not for design purposes.

Mechanical Properties

Yield Tensile Strength

140 MPa

20.3 Ksi

Ultimate Tensile Strength

139 MPa

20.2 Ksi

Tensile Modulus

8 GPa

1.1 Msi

Shear Strength

69 MPa

10.0 Ksi

Shear Modulus

-

-

Fatigue Strength

-

-

Elongation At Break

3 %

-

Poisson's Ratio

0.35

-

Hardness

38

-

Density

1.2 g/cm³

0.042 lb/in³

Impact Strength (ASTM)

-

-

Electrical/Magnetic Properties

Surface Resistance (ANSI)

-

-

Magnetism

Non-Magnetic

-

Thermal Properties

Heat Deflection Temperature

111 °C

232 °F

Thermal Expansion Coefficient

215.0 µm/(m⋅°C

119.4 µin/(in⋅°F)

Specific Heat Capacity

-

-

Thermal Conductivity

0.454 W/(m⋅°C)

0.3 BTU/(h⋅ft⋅°F)

Melting Point

-

-

Chemical Properties

Corrosion Resistance

Excellent

-

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