What is GMT?
GMT stands for Glass Mat Thermoplastics, which is a type of composite material that combines glass fibers with a thermoplastic matrix.
How does GMT work?
The GMT process involves the following steps:
- Glass fiber preparation: Glass fibers are prepared and formed into a mat shape.
- Compounding: The glass fiber mat is mixed with a thermoplastic matrix, such as polypropylene or polyamide, to create a composite material.
- Sheet formation: The composite material is formed into a sheet shape using a combination of heat and pressure.
- Cutting and shaping: The sheet is cut and shaped to the desired form using various machining techniques.
- Assembly: The GMT parts are assembled into the final product using various fastening methods.
Advantages of GMT
- High strength-to-weight ratio: GMT materials offer a high strength-to-weight ratio, making them ideal for lightweight applications.
- Improved impact resistance: The glass fibers in GMT materials provide improved impact resistance compared to traditional thermoplastics.
- Good dimensional stability: GMT materials exhibit good dimensional stability, making them suitable for applications where precision is critical.
Applications of GMT
- Automotive industry: GMT materials are used in the automotive industry for parts such as door panels, trunk lids, and hood components.
- Aerospace industry: GMT materials are used in the aerospace industry for lightweight components, such as aircraft interior panels and structural components.
- Industrial equipment: GMT materials are used in industrial equipment, such as machinery components and structural frames.
Recommended Products
| Product Code | Product Features |
|---|---|
360A | Direct roving for GMT-UD, excellent weaving property |
| 360H | Direct roving for GMT, good dispersion |
| 522 | Assembled roving for GMT-RD, excellent choppability |
