CombiMat
Unlike traditional woven fabrics, the fibers in these materials are stitched together, effectively eliminating crimping and thereby enhancing the overall strength and mechanical properties of the composite parts.
In practical applications, these stitched fabrics are manipulated similarly to their woven counterparts, providing ease of handling without sacrificing structural integrity.
Kelteks Combimat fabrics are particularly well-suited for the production of larger and thicker laminates. The precise stitching technique ensures that individual fibers remain securely in place during cutting and processing, maintaining the fabrics' integrity and performance throughout the manufacturing process.
Product Features
-
Combines Various Fibers: woven roving, chopped roving, mats, or veils
-
Multi-Layer Construction: ideal for applications requiring increased thickness
-
Enhanced Structural Strength: provides superior strength and stability to finished products
-
Durability and Performance: ensures long-lasting performance under various conditions
-
Clean Cutting: facilitates precise and clean cutting, reducing waste and improving efficiency
-
Compatibility with Various Resins: can be used with a wide range of resin systems, enhancing versatility
Reference project
Reinforcement for Ceramic Slabs
We are reinforcing the world with our glass fabric - kelteks Woven Roving Glass
PROeco eco-catamaran reinforced by kelteks
Product Applications
- Restoration Sewer: Inliner technology repairs damaged wastewater pipes without excavation. Using resin-impregnated, fiberglass-reinforced liners, it offers a cost-effective, time-saving alternative to traditional methods. The liners are inserted, inflated, and cured in place, creating a seamless, durable repair.
- Nautic: Easy handling and adaptability to complex shapes make it ideal for modern shipbuilding's intricate designs.
- Automotive: With a superior strength-to-weight ratio, it supports lightweight designs, improving fuel efficiency and performance while meeting industry standards.
- Pultrusion: Ideal for producing structural profiles with high mechanical strength and rigidity.
