PA6 GF30 – 30% Glass Fiber Reinforced Nylon 6 Structural Material

Glass Fiber Reinforced PA6 – PA6 GF30

30% Glass Fiber Reinforced Nylon 6 for Structural & Functional Applications

PA6 GF30 combines the toughness and impact performance of Polyamide 6 with the increased rigidity and dimensional stability provided by 30% glass fiber reinforcement. This grade delivers high mechanical strength, thermal resistance, low creep, and reliable processability, making it ideal for load-bearing, functional, and precision parts in various industries.

Material Composition & Reinforcement Structure

Glass fiber reinforcement creates a rigid internal skeleton that helps resist deformation, improve stiffness, and stabilize mechanical performance under load.

Material Composition Overview

• Base Polymer: Polyamide 6 (PA6 / Nylon 6)

• Glass Fiber Content: 30% by weight

• Fiber Type: E-glass chopped fibers

• Optional Additives:

  • Heat stabilizers

  • Impact modifiers

  • Flame retardant (UL94 V2 / V0)

  • UV stabilizers

• Color Options: Natural, black or customized

Core Advantages for SEM & Engineering Customers

Mechanical & Structural Advantages

• High Tensile & Flexural Strength
  Strong load-bearing capacity for functional components.

• Improved Rigidity & Modulus
  Enhanced structural stiffness compared to lower fiber grades.

• Dimensional Stability
  Reduced shrinkage & warp during service life.

• Creep Resistance
  Stable under long-term load and elevated temperature.

Thermal & Functional Advantages

• Elevated Heat Resistance
  Performs well under high heat environments in automotive and electrical assemblies.

• Impact Durability
  Balanced toughness for dynamic loads and vibration.

• Processing Reliability
  Maintains stable processing windows with good mold filling performance.

Commercial Advantages

• OEM-friendly engineering material

• Cost-performance balance

• Compatibility with automated production

• Good part-to-part consistency

Typical Application Fields

A. Automotive

• Structural Interior Components
  Seat frames, supports, structural brackets

• Under-the-Hood Functional Parts
  Engine compartment supports, clips

• Functional Mounts & Fixings
  Load-bearing connectors & attachment brackets

B. Electrical & Electronics

• Electrical Housings & Enclosures
  Power distribution housings, relay & connector shells

• Structural Electronic Supports
  Internal mounts, support frames

• Insulated Terminal Blocks
  Stable dielectric under load

C. Industrial Machinery

• Machine Frames & Covers
  Load-bearing panels

• Functional Mechanical Components
  Gears, supports, brackets

• Rolling & Guide Systems
  Wear-resistant parts

D. Consumer & Commercial Equipment

• Appliance Structural Parts
  Internal supports for heavy appliances

• Outdoor Functional Fixtures
  UV-stabilized parts with reinforcement

Processing & Injection Molding Guidelines

PA6 GF30 requires controlled processing to ensure consistent mechanical properties:

Typical Processing Conditions

• Drying: 80–90°C for 4–6 hours (critical for Nylon 6)

• Melt Temperature: 260–290°C

• Mold Temperature: 70–90°C

• Injection Speed: Medium to high

• Screw Back Pressure: Moderate

• Recommended Gate Type: Fan gate or edge gate for balanced flow

Notes:

• Strict drying is essential to prevent moisture-induced defects

• Balanced wall thickness improves structural integrity

Technical Specification – PA6 GF30

OEM Customization Capabilities

PA6 GF30 supports a wide range of customization services:

Customization Options

• Flame retardant grades (UL94 V2 / V0)

• UV-stabilized versions

• Color & aesthetic grades

• Heat aging stabilized formulations

• High-flow or low-shrink variants

Support Services

• Material selection consultation

• Prototype sampling & testing

• Injection molding parameter optimization

• Long-term supply consistency

FAQ

Q1: How does PA6 GF30 compare to unfilled PA6?
PA6 GF30 provides significantly higher stiffness, strength, dimensional control, and thermal tolerance compared to unfilled PA6.

Q2: Can PA6 GF30 be flame-retardant?
Yes. PA6 GF30 can be formulated with flame retardant additives to achieve UL94 V2 or V0 ratings.

Q3: What are typical applications in automotive?
Used for interior structural supports, functional mounts, and under-hood components where mechanical strength and temperature resistance are required.

Q4: Is pre-drying necessary before molding?
Yes — proper drying is essential to obtain optimal mechanical performance and surface quality.

Q5: How does glass fiber affect surface quality?
Glass fiber improves mechanical properties but may slightly increase surface texture; mold design and flow control help optimize appearance.