Polymer Composites | Goodfellow

Polymer Composites are an advanced class of materials made by combining polymers with other materials, such as carbon fibers, glass or ceramic particles, to improve mechanical, thermal and chemical properties. These materials are recognized for their light weight, high strength and durability and are essential in industrial and advanced research applications.

Resources:

Description

Features and Benefits:

Lightweight: Ideal for applications requiring lightweight and strong materials.
High mechanical strength: Excellent performance under heavy loads.
Thermal and chemical stability: Suitable for use in extreme environments.
Versatility: Available in various shapes and combinations for specific applications.
Durability: Wear and corrosion resistant.

Technical Specifications:

10% Carbon Fiber Reinforced POM/Acetal Copolymer Granules

10% Carbon Fiber Reinforced POM/Acetal Copolymer Granules is a type of plastic granule that contains 10% carbon fiber reinforcement which increases stiffness, creep resistance and dimensional stability. This provides improved strength and rigidity compared to unreinforced POM/Acetal.

Formula: POMC – 10% CFR
Form: Granules
Material: 10% Carbon Fiber Reinforced POM/Acetal Copolymer
Commodity: Polymers
Nominal Granule Size: 3mm
Colour: Black

20% Glass Fiber Filled Polycarbonate Rod

20% Glass Fiber Filled Polycarbonate Rods are glass-reinforced thermoplastic rods that we offer in 9 size variations. This polycarbonate material is filled with 20% glass fibers, which improves its mechanical properties like stiffness, strength and dimensional stability, compared to unfilled polycarbonate.

Formula: PC – 20% GFR
Form: Rod
Material: 20% Glass Fiber Filled Polycarbonate
Commodity: Polymers
Diameter: 63.5mm

25% Carbon Filled PTFE Film

The 25% Carbon Filled PTFE films from Goodfellow are a composite material that combines polytetrafluoroethylene (PTFE) polymer with 25% carbon filler by weight. This imparts enhanced mechanical properties like increased hardness and abrasion resistance compared to unfilled PTFE. The carbon filler also increases thermal conductivity.

Formula: PTFE
Form: Foil
Material: 25% Carbon Filled PTFE
Commodity: Polymers
Thickness: 15mm

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