Ultra-high temperature, high vacuum, hydrogen, Cl₂/HCl and other corrosive gases, and multi-atmosphere processing. We engineer non-standard thermal processes into complete, operable furnace systems—including the chamber, hot zone, vacuum, gas delivery, exhaust handling and safety architecture.
Mo/W all-metal hot zones for low-contamination processing under high vacuum, inert gas and hydrogen/reducing atmospheres.
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Graphite resistance-heated furnaces for ultra-high-temperature processing up to the 3000°C class, including graphitization and refractory-material evaluation.
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Switch among vacuum, inert, reducing, oxidizing and nitriding atmospheres in one chamber, with optional dry/wet and dew-point control.
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A dedicated high-temperature furnace for electrostatic-chuck (ESC) ceramic processing, combining 1600°C-class heating with N₂/H₂ reducing atmospheres and controlled process sequencing.
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Gas-flow tube furnaces for small-sample reaction studies, with optional sample-temperature, flow and pressure measurement for process characterization.
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Furnaces for high-temperature chlorination with Cl₂/HCl and related corrosive gases, including dry purification, deposit removal and chloride-volatilization processes under reduced pressure.
View product →We are expanding our network of technical trading companies and distributors for custom furnaces and controlled-atmosphere systems. Product scope and partnership structure can be discussed individually.
Furnace requirements change fundamentally with the process. Instead of forcing an application into a catalog model, we start from the material, process conditions and constraints, then determine a viable furnace configuration.
If standard equipment cannot meet your temperature, atmosphere, size, pressure, cleanliness or throughput requirements—or if you need a replacement for an obsolete furnace or only one part of an existing system—our engineers can evaluate the options.
Custom-engineered for conditions beyondstandard commercial furnaces: temperature, atmosphere, size, pressure and cleanliness,with the system designed around the actual process.
Retrofit existing equipment with additional gas lines, vacuum-system changes, control upgrades, safety improvements or revised temperature capability.
Replacement and consumable parts including Mo/W/graphite heaters, electrodes, radiation shields, insulation and hearth components.
Graphite, Al₂O₃, fused silica, Mo/W and other materials selected around temperature, atmosphere, chemical compatibility and release requirements.
Purpose-built saggars, setter plates and fixtures designed for workpiece support, thermal shock, gas flow, release and chemical compatibility.
For discontinued parts or components with no surviving drawings, we can assess remanufacture from the existing part and operating conditions.
A furnace is not complete simply because the hardware has been built. We start with what must be processed, under which atmosphere and thermal profile, and to what quality target—then engineer the equipment backward from the process.
You do not need a finished specification or drawing. Tell us the material, application and current challenge; we will organize the engineering requirements and propose a practical route forward.
