Prepreg Refers To A Pre-impregnated Composite Material Where Fibres Are Saturated With Resin. It Is Used In Manufacturing Composite Laminates For Aerospace And Automotive Applications. Standard Tests By Stanford Advanced Materials (SAM) Recorded A Resin C

Description

Stanford Advanced Materials (SAM) supplies prepreg materials. These materials consist of fibre reinforcements pre-impregnated with thermosetting or thermoplastic resins. SAM’s prepregs are engineered to meet defined performance standards, ensuring consistent resin distribution, predetermined resin content and controlled handling properties for composite fabrication.

Key Features

• Consistent resin distribution
• Defined strength-to-weight ratio
• Maintained dimensional stability
• Extended shelf life under controlled storage conditions
• Compatible with autoclave and non-autoclave processes

Available Fibre Types

Carbon Fibre Prepreg – This material exhibits low density and high tensile strength; it is used in aerospace, automotive and industrial applications.
Glass Fibre Prepreg – This insulating material is cost-effective and is employed in electronics, maritime structures and building construction.
Aramid Fibre Prepreg – This material provides measured impact and abrasion resistance and is designated for defence, ballistic protection and industrial safety equipment.
Ramie Fibre Prepreg – A natural fibre prepreg that meets specified mechanical standards and environmental criteria, used in eco-friendly composite materials.

Anwendungen

Prepreg materials are utilised in various sectors due to their measured performance, dimensional control and reduced mass.

• In aerospace, they are applied for the fabrication of structural components that fulfil defined performance requirements while minimising weight.
• In the automotive industry, they are employed for body and chassis parts to support fuel efficiency and safety standards.
• In sports equipment manufacturing, prepregs are used in the production of bicycles, tennis racquets and helmets.
• They are used in wind turbine blade production where durability and weight reduction are critical parameters.
• In electronics, they are incorporated in printed circuit board production to maintain dimensional stability and provide electrical insulation.

Kundenspezifische Anpassung

SAM provides tailored prepreg solutions, including customised fibre orientation, measured resin content and standardised curing profiles to meet specific application requirements.
Decades of experience in advanced materials are leveraged by Stanford Advanced Materials. Technical expertise and prompt service are provided, thereby enabling the manufacture of systems with clearly quantified performance metrics.