From 50 g/m² synthetic nonwovens to 3,000 g/m² mineral fiber systems — every product is built to customer specification.
Engineered fiber and nonwoven solutions developed and manufactured in-house
High-performance nonwovens engineered for the most extreme thermal environments. Resistant to temperatures above 1,000°C and highly resistant to chemical attack. Ideal for industrial chimneys, high-temperature insulation, and applications wherever sustained extreme heat is a critical factor.
Basis Weight
300–2.000 g/m²
Max Temp.
1,000°C+
Thickness
2–15 mm
Width
max. 2.450 mm
Naturally high-temperature resistant nonwovens made from 100% basalt fiber. Chemically stable and mechanically robust — suited for demanding thermal insulation, fire protection, and industrial applications requiring sustained heat resistance.
Basis Weight
150–3.500 g/m²
Max Temp.
800°C
Thickness
1–25 mm
Width
max. 2.500 mm
Versatile mineral fiber nonwovens offering excellent thermal insulation and fire protection performance. Available across a wide basis weight range for industrial insulation, construction, and technical applications.
Basis Weight
150–3.500 g/m²
Max Temp.
600°C
Thickness
1–25 mm
Width
max. 2.500 mm
Flexible nonwovens starting from 50 g/m² produced in PET, polypropylene, polyamide or custom blends. Available in rolls with customer-specific weight, width and bonding configurations for a wide range of industrial applications.
Basis Weight
50–3.000 g/m²
Width
max. 2.500 mm
A nonwoven fabric that meets your fire protection requirements without any chemical treatment. Produced in a wide variety of blends of mineral and synthetic fibers, the Fire Blocker is available as a carrier or form fleece and can be tailored to your specific fire protection specification.
Basis Weight
Ab 150 g/m²
Width
max. 2.500 mm
High-performance nonwoven composite components engineered specifically for trenchless sewer rehabilitation (CIPP method). Precisely tailored to withstand the high mechanical stresses and chemical demands of modern resin systems — providing reliable, durable, and trenchless reconstruction of sewer infrastructure.
Basis Weight
400–4000 g/m²
Width
max. 2.500 mm
Multiple nonwoven layers combined and bonded into customized sandwich structures, integrating various material advantages into a single finished product.
Targeted thermal treatment to precisely control strength and dimensional stability across current product range.
Automated robotic punching transforms rolls into precision-cut components. Die-cutting sizes from 5–40 mm and integrated weight control with 10 mg accuracy guarantee consistent, customer-specific results.
Through the current installation of a fully electric consolidation oven, FIBTEX is replacing its existing gas-fired system. This investment expands the portfolio to include fully consolidated sandwich panels and completes the transition of thermal bonding to CO₂-neutral production. Targeted commissioning: Q3/Q4 2026.
A look inside FIBTEX — where precision engineering meets sustainable manufacturing.
