At Thermic Edge Ltd, our expertise in high-vacuum and high-temperature technology enables innovation across a wide range of industries. From advanced semiconductor processing to aerospace engineering, energy production, and nuclear research, our products are trusted wherever precision and reliability are critical. We design and manufacture bespoke heating systems, graphite components, and SiC-coated solutions that deliver outstanding performance, consistency, and longevity under the most demanding conditions.
Thermic Edge supports the semiconductor industry with precision heater assemblies and high-purity furnace components for contamination-free processes.
Supporting the world’s most advanced semiconductor processes with components designed for extreme precision, purity, and durability.
Thermic Edge supports aerospace innovation through C/SiC composites and oxidation-resistant coatings for extreme environments.
Delivering lightweight, high-strength, and oxidation-resistant solutions to endure the extreme conditions of space and flight.
Thermic Edge enables efficiency in energy and power systems with durable SiC-based heater and insulation technologies.
Empowering next-generation power devices and energy systems through high-efficiency heating, insulation, and material solutions.
Thermic Edge supports R&D by providing custom-designed hot zones and precision sample heating stages for experimental accuracy.
Providing universities and research institutions with reliable, precise, and fully customisable heating solutions for advanced experiments.
Thermic Edge supports industrial manufacturing with high-performance furnace linings and protective coatings for harsh atmospheres.
Delivering robust, high-performance components for industrial-scale heating, processing, and manufacturing systems.
Thermic Edge supports photonics through CVD SiC mirrors and stable optical mounts built for vacuum and high-temperature environments.
Enabling high-performance optical systems and laser platforms with exceptional thermal stability and material purity.
