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In the aerospace industry joints and seals are tested to their limits. There’s the severe stress from g-forces on take-off, landing and manoeuvers, while temperatures and pressure changes are extreme and rapid during ascent and descent.
Our involvement in aerospace began with the Apollo Space Programme, which relied on our revolutionary high temperature sealing material, Thermiculite®. Over the decades we’ve continued to innovate, creating new sealing technologies that are resilient and effective in the most challenging environments.
The changes in temperature aircrafts experience during flight, cause gaskets to expand and contract, which over time can lead to gasket fatigue. To overcome this issue we developed the Change® gasket. Highly resistant to temperature change, it’s been proven to last 60% longer than traditional sealing technology, which has huge benefits for the aerospace industry.
For added security, our fire-safe sealing materials meet industry approved standards and are supplied with detailed and comprehensive audit reports, material certification and traceability.
Spiral Wound Gasket Style CG with internal ring for an additional compression limiting stop, with Flexible Graphite filler material.
Thermiculite 815® is a high temperature sheet material reinforced with stainless steel tanged core.
Flexicarb® ST is a high purity graphite laminate sheet with a tanged stainless steel core.
Style PN Flexpro™ Kammprofile is used in confined locations, including male and female, tongue and groove and/or recessed flange arrangements, with Graphite Filler
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