High-temperature furnaces for sintering, annealing, heat treatment and materials research — available in atmospheric, tube, rotary, induction and microwave configurations up to 1800°C.
Our heating furnace range covers the major furnace types used in materials research, ceramic processing, semiconductor annealing, metallurgy and battery material synthesis. All furnaces feature PID temperature controllers, over-temperature protection and programmable ramp-and-soak profiles.
General-purpose high-temperature furnace with excellent temperature uniformity for sintering, annealing and heat treatment in air.
Applications: Ceramics sintering, glass annealing, metal heat treatment, ash testing, refractory testing.
Enquire NowElectric resistance heating furnace for precise, controlled high-temperature processing with excellent energy efficiency.
Applications: Metal annealing, polymer pyrolysis, catalyst preparation, ashing, heat treatment.
Enquire NowContinuously rotating tube furnace for uniform processing of powder and granular materials with controlled atmosphere.
Applications: Cathode/anode material calcination, catalyst activation, battery material synthesis, carbon processing.
Enquire NowHorizontal and vertical tube furnaces with controlled atmosphere for semiconductor processes, nanomaterial synthesis and thin-film deposition.
Applications: CVD/PECVD, annealing, diffusion, sintering, carbon nanotube growth, graphene synthesis.
Enquire NowElectromagnetic induction heating for rapid, contactless and highly efficient melting and heat treatment of metals.
Applications: Metal melting, brazing, hardening, tempering, alloy research, crystal growth.
Enquire NowMicrowave-assisted sintering for rapid, energy-efficient processing of ceramics and advanced materials with volumetric heating.
Applications: Ceramic sintering, zeolite synthesis, hydrothermally assisted reactions, nano-material synthesis.
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