CombiMat
Kelteks CombiMat tkanine izrađene su od više slojeva vlakana, raspoređenih u različitim smjerovima kako bi se postigle maksimalne performanse i trajnost. Za razliku od tradicionalnih tkanih tkanina, vlakna u CombiMatu su spojena šavovima, što sprječava deformacije i povećava ukupnu čvrstoću i strukturni integritet.
Ovaj proces šivanja čini CombiMat jednostavnim za rukovanje, dok poboljšana mehanička svojstva čine ga idealnim za zahtjevne primjene. Dizajniran za proizvodnju većih i debljih laminata, CombiMat osigurava da pojedina vlakna ostanu čvrsto na mjestu tijekom rezanja i obrade, pružajući dosljedne performanse i trajnost tijekom proizvodnje.
Bilo u velikim građevinskim projektima ili u složenim kompozitima, CombiMat nudi pouzdano, visokokvalitetno rješenje prilagođeno vašim potrebama.
Product Features
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Combines Various Fibers: woven roving, chopped roving, mats, or veils
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Multi-Layer Construction: ideal for applications requiring increased thickness
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Enhanced Structural Strength: provides superior strength and stability to finished products
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Durability and Performance: ensures long-lasting performance under various conditions
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Clean Cutting: facilitates precise and clean cutting, reducing waste and improving efficiency
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Compatibility with Various Resins: can be used with a wide range of resin systems, enhancing versatility
Reference project
Ojačanje za keramičke ploče
Osnažujemo svijet našom staklenom tkaninom - kelteks Woven Roving Glass
PROeco eko katamaran ojačan kelteksom
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.
