Products

SX-02-P is a Basalt Fiber which has a chemical composition similar to glass, but what truly distinguishes it from glass is it’s high-melting point, allowing it to be exposed to high temperatures for extended periods of time.

UA-05-P is a Aramid fiber have one of the highest strength to weight ratio compared to other commercially available fibers. Aramid fiber properties depend on the manufacturing process and can vary quite a lot depending on the intended end use.

US-16-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

UA-04-P is a Aramid fiber have one of the highest strength to weight ratio compared to other commercially available fibers. Aramid fiber properties depend on the manufacturing process and can vary quite a lot depending on the intended end use.

TG-06-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

TG-18-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

SC-06-P is a Carbon Fiber which is widely used fiber in high-performance applications, offering an astonishing range of properties.

TA-05-P is a Aramid fiber have one of the highest strength to weight ratio compared to other commercially available fibers. Aramid fiber properties depend on the manufacturing process and can vary quite a lot depending on the intended end use.

UX-04-P is a Basalt Fiber which has a chemical composition similar to glass, but what truly distinguishes it from glass is it’s high-melting point, allowing it to be exposed to high temperatures for extended periods of time.

TC-05-P is a Carbon Fiber which is widely used fiber in high-performance applications, offering an astonishing range of properties.

TG-24-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

TC-06-P is a Carbon Fiber which is widely used fiber in high-performance applications, offering an astonishing range of properties.

TC-03-P is a Carbon Fiber which is widely used fiber in high-performance applications, offering an astonishing range of properties.

TC-09-P is a Carbon Fiber which is widely used fiber in high-performance applications, offering an astonishing range of properties.

TG-10-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

TG-11-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

TX-10-P is a Basalt Fiber which has a chemical composition similar to glass, but what truly distinguishes it from glass is it’s high-melting point, allowing it to be exposed to high temperatures for extended periods of time.

TG-07-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

TG-15-P is a E-Glass Fiber (Originally known as Electical glass). The most economical and commonly used fiber in the reinforced polymer composite industry with variety of sizes (finish) depending on the resin system process application.

SX-04-P is a Basalt Fiber which has a chemical composition similar to glass, but what truly distinguishes it from glass is it’s high-melting point, allowing it to be exposed to high temperatures for extended periods of time.