Home 50% Glass Fiber PA6, Heat-Stabilized — Examid® PA6 GF50 Y

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50% Glass Fiber PA6, Heat-Stabilized — Examid® PA6 GF50 Y

Description

Examid® PA6 GF50 Y is a heat-stabilized polyamide 6 reinforced with 50% E-glass fiber, in natural color. A highly filled compound for structural parts: tensile modulus of 15,500 MPa, strength of 195 MPa, flexural modulus of 13,000 MPa.

Heat stabilization enables long-term service at elevated temperatures, with HDT of 210 °C at 1.80 MPa. Flow-direction shrinkage of 0.2–0.4% keeps large structural parts dimensionally stable. Charpy unnotched impact of 90 kJ/m² — highly filled, yet not brittle.

Economically the grade beats PA66 GF50 where peak service temperature stays below ~120 °C: comparable mechanics at a lower price. Class analog — Ultramid® B3WG10. Processing: melt 260–280 °C, mold 80–100 °C, up to 25% regrind.

Highly filled heat-stabilized PA6 GF50 for structural parts

Applications: structural load-bearing parts, brackets and supports, parts with long-term elevated-temperature service, dimensionally stable large parts.

Typical properties:

parameter

unit

value

General properties:

Density

g/cm³

1.56 (ISO 1183-1)

Glass fiber content

50 (ISO 3451-1)

Melt volume-flow rate MVR (275 °C, 5 kg)

cm³/10 min

8 (ISO 1133)

Molding shrinkage, flow

0.2–0.4 (ISO 294-4)

Molding shrinkage, transverse

0.4–0.6 (ISO 294-4)

Mechanical properties:

Tensile modulus

MPa

15500 (ISO 527-2)

Tensile strength

MPa

195 (ISO 527-2)

Strain at break

3 (ISO 527-2)

Flexural modulus

MPa

13000 (ISO 178)

Flexural strength

MPa

240 (ISO 178)

Charpy unnotched impact, 23 °C

kJ/m²

90 (ISO 179)

Thermal properties:

Melting point, DSC

°C

220 (ISO 11357-1/-3)

HDT (1.80 MPa)

°C

210 (ISO 75-1/-2)

Processing recommendations:

Melt temperature

°C

260–280

Mold temperature

°C

80–100

Molding pressure

MPa

70–100

Injection speed

—

medium to high

Regrind

up to 25

Указанные показатели измеряются по внутренним методикам, близким к соответствующим ISO, ГОСТ Информация носит ознакомительный характер, рекомендуем использовать техническую информацию после согласования с поставщиком и подписания нормативно-технической спецификации