Industries

Fibretech’s innovative fibre and filament derivative products help reduce costs and offer alternatives to conventional materials like aluminium panels or provide high temperature reinforcement for launchpads.

Refractory materials within primary and secondary aluminium production and aluminium foundries ensures efficient process management and consistent product quality.

Fibretech’s exclusively developed Microtex is a market leading exhaust filament that can withstand extremely high temperatures in high performance vehicles, whilst retaining noise attenuation (reduction) over high and low audible frequency range.

Refractory materials are widely used within cement production due to their exceptional heat resistance and resistance to chemical attack, to provide protection linings and drive production efficiencies.

Fibretech’s construction range offers superior reinforcement properties in comparison to steel rebar and cut-wire Fibres due to the coarse surface of our Melt Extract Fibres.

Using refractory materials within primary and secondary copper production and copper foundries is crucial to ensuring efficient process management and consistent product quality.

Microtex products harness the novel technologies developed from the innovative Melt Overflow process and patented i-melt® process.

This demanding operating environment requires a material that can withstand extreme temperatures as well as perform well in highly corrosive conditions.

Marine & offshore environments are becoming an increasingly vital part of global infrastructure, however they require materials with superior erosion and corrosion resistance, as well as mechanical strength and high strength-to-weight ratios.

Used in mining and tunnelling applications as an alternative to rebar/ mesh, to enhance the structural integrity and reduce the risk of crack propagation.

Fibretech’s Fibrex product range has been central to reliable and cost-effective Refractory Performance in FCCUs for more than 40 years.

Refractory materials are crucial in the steel industry due to their extreme heat-resistance properties, which prevents damage.