Discontinued (Discontinued) CB6169 Flame Retardant Carbon Fiber

Flame-retardant Carbon Fibres Description:

The flame-retardant carbon fibre from Stanford Advanced Materials is a high-temperature curing carbon fibre prepreg exhibiting an excellent glass transition temperature (Tg ≥ 240°C) and toughness. It is designed for applications requiring high heat resistance and outstanding mechanical properties. The material offers good processability and is suitable for moulding, vacuum bagging, and autoclave processing. Its capacity to cure at high temperatures (180°C for 2 hours, followed by 1 hour at 200°C) ensures performance reliability in the production of military and civil composites.

Specifications for flame-retardant carbon fibres:

Mechanical Properties

Flame-retardant Carbon Fibres Applications:

1. Aerospace Components: Used in aircraft structures, engine components, and heat shields, where high-temperature resistance and durability are required.

2. Defence and Military Equipment: Suitable for manufacturing parts in military vehicles, drones, and ballistic armour, where toughness and high glass transition temperatures are essential.

3. Automotive Industry: Utilised in high-performance automotive parts such as brake components, exhaust systems, and structural components for racing cars.

4. Industrial Applications: Implemented in manufacturing tools, moulds, and machinery that experience high temperatures during operation.

5. Electronics: Applied in heat-sensitive environments, such as printed circuit boards or housings requiring both mechanical strength and heat resistance.

Flame-retardant Carbon Fibre Packaging:

Our flame-retardant carbon fibres are carefully handled during storage and transportation to maintain the quality of our product in its original state.

Flame-retardant Carbon Fibres FAQ:

Q1: What curing process is required for this material?

A1: The recommended curing process is 180°C for 2 hours, followed by an additional hour at 200°C to ensure optimal performance and stability.

Q2: What are the typical forming methods for this material?

A2: This carbon fibre prepreg is compatible with various forming techniques, including moulding, vacuum bagging, and autoclave processing.

Q3: Is this material suitable for outdoor or harsh environments?

A3: Yes, its flame-retardant properties and high-temperature resistance make it ideal for use in harsh environments, including those exposed to high heat, fire hazards, and extreme weather conditions.