Texfire's range of fabrics developed to withstand mechanical stresses are characterised by their high resistance to mechanical tension, tearing, and cutting. These fabrics are designed to provide high levels of protection against cuts and abrasion, offering durability even in demanding environments.
The range of fabrics for mechanical stresses includes advanced technical solutions that offer excellent dimensional stability. Texfire utilises high-quality fibres combined with innovative manufacturing processes to ensure the reliability and effectiveness of its products. These fabrics are designed for applications in sectors such as heavy industry, construction, mining, and emergency services, where robustness and safety are paramount.
It is an inherently flame-retardant fabric made from regenerated para-aramid fibres. Its herringbone weave gives it a flexible and durable structure, making it ideal for various industrial and protective applications.
Composition: 100% aluminised recycled Para-Aramid
Resistance: 200°C continuous
Weight: 400 g/m² ±5%
Width: 150 cm
Highlight: Abrasion resistance
It is an inherently flame-retardant fabric due to its composition of recycled para-aramid fibres. Its plain weave provides high dimensional stability and strength, making it ideal for industrial and protective applications.
Composition: 100% Fibreglass
Resistance: 200°C continuously
Weight: 400 g/m² ±5%
Width: 150 cm
Highlight: Abrasion resistance
It is a fabric made of para-aramid fibres with a herringbone weave that provides flexibility. The fabric is aluminised with a fine layer of aluminium powder, which maintains the good flexibility and adaptability of the fabric, preventing cracks and delamination issues.
Composition: 100% Recycled Aluminised Para-Aramid
Resistance: 200°C continuously
Weight: 650 g/m² ±5%
Width: 150 cm
Highlight: Abrasion resistance
Tejido fibra de vidrio con filamentos E-GLASS texturizado. Este tejido está diseñado especialmente para actuar como disipador térmico en el entorno industrial.
Composición: 100% E-glass
Resistencia: 500ºC en continuo
Peso: 1000 g/m² ±5%
Ancho: 100 cm ±2%
Destacado: Aislamiento térmico
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