Carbon Fiber Composite Mat
300-320g/m² carbon fiber composite mat with excellent conductivity and corrosion resistance. Specifically designed for pultrusion processes.
Key Features
- Pultrusion process optimized
- High conductivity
- Corrosion resistant
- Available in 300g and 320g
Overview
The carbon fiber composite mat is a heavier 300–320g/m² conductive mat engineered specifically for pultrusion, where reinforcement is pulled continuously through a heated die to form constant-cross-section profiles. Its higher areal weight delivers the bulk and conductive content that pultruded profiles require, while maintaining the corrosion resistance characteristic of carbon fiber.
Available in 300g and a 320g (280g + 20g) construction, the mat provides a consistent conductive layer across the profile and resists the chemically aggressive environments common in industrial and chemical processing equipment. The structure is designed to feed smoothly through pultrusion tooling without snagging or distortion, supporting stable, high-throughput production.
Beyond pure pultrusion, the composite mat suits industrial manufacturing where conductivity and corrosion resistance must be combined in a single reinforcement layer. It is compatible with the thermoset resins typically used in pultrusion lines, including polyester, vinyl ester, and epoxy.
Specifications
| Parameter | Value |
|---|---|
| Weight | 300g / 320g (280g+20g) |
| Material | Carbon Fiber Composite |
| Function | Conductive, Corrosion Resistant |
| Application | Pultrusion Process |
Applications
Frequently Asked Questions
Why is this mat optimized for pultrusion?
Its 300–320g/m² weight and stable structure feed smoothly through pultrusion dies and provide the conductive bulk pultruded profiles need, without snagging or distorting during continuous production.
What does the 320g (280g+20g) construction mean?
It is a layered construction totaling 320g/m², combining a 280g base with a 20g layer to balance conductivity and surface quality in the finished pultruded profile.
Is the composite mat corrosion resistant?
Yes. Carbon fiber is inherently resistant to many corrosive media, making this mat suitable for chemical and industrial environments where conductivity and durability are both required.
