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GWDL vacuum box furnace series designed for heat treatment, sintering, and annealing under inert or reducing gas environments. Featuring large chamber capacity, stable temperature control, and clean vacuum-gas integration, these furnaces are ideal for both industrial and research use.
Reliable Vacuum Box Furnaces for Sintering and Thermal Treatment
Vacuum box furnaces are widely used for heat treatment processes that require both vacuum sealing and gas atmosphere protection. With a spacious chamber design and flexible gas inlet systems, they are well-suited for sintering, annealing, degassing, and other thermal processes involving metal parts, ceramic components, or powder materials. GWDLTHERMO offers customizable solutions with temperature control up to 1800°C, multi-zone options, and compatibility with nitrogen, argon, or hydrogen atmospheres. Whether for laboratory research or industrial pilot lines, our vacuum box furnaces provide stable, clean, and safe heat processing environments.
The vacuum atmosphere box furnace is specifically engineered to meet demanding thermal processing needs under controlled vacuum or inert gas environments.
A high-performance roller hearth furnace designed specifically for the sintering of halide solid-state electrolytes, such as Li₃YCl₆, Li₃InCl₆, and other chloride-based compounds. The system enables continuous processing under inert or reducing atmospheres, with precise temperature control and corrosion-resistant construction, ensuring high material crystallinity and densification.
High-performance 1400°C vacuum atmosphere box furnace with inert gas sealing, PID temperature control, and customizable chamber size. Ideal for materials research, battery cathode sintering, and ceramic processing.
1600°C vacuum atmosphere box furnace for high-temperature heat treatment under vacuum or inert gases. Ideal for ceramic sintering, powder metallurgy, and battery R&D with precise temperature control and gas-tight design.
High-temperature vacuum atmosphere furnace with pneumatic door, circular chamber for uniform sealing, and dual-stage vacuum pump system. Ideal for ceramic, alloy, and material sintering under inert or reducing gas environments. Max temp 1300°C, fast heating, high vacuum efficiency.
Corrosion-resistant vacuum atmosphere furnace with alumina chamber and SiC heating elements encased in alumina tubes. Ideal for halide electrolytes, solid-state batteries, and chemically reactive materials.
