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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.
High-temperature vacuum furnace with stainless steel inner chamber and rapid cooling capability. Supports inert gas sintering, vacuum annealing, and fast cooldown for sensitive materials.
The GWDL-ZQLB Series furnace by GWDLTHERMO is a compact, high-efficiency vacuum atmosphere furnace engineered with corrosion resistance and water-free cooling in mind. Designed for demanding research and material processing, it is ideal for lithium battery materials, ceramics, and metal compounds requiring clean, controlled heating under vacuum or inert atmosphere.
Discover the GWDL-1200ATM high-temperature atmosphere muffle furnace, designed for corrosion resistance, precision temperature control, and advanced automation. Ideal for ceramics, metallurgy, semiconductors, and high-end research.
Discover the GWDL-1100ZQS atmosphere box furnace with pneumatic lift door, advanced gas control, ±5℃ uniformity, and Siemens PLC for precision.
Integrates temperature control, vacuum, and gas path systems in one unit. Equipped with molybdenum wire heating elements and a high-purity alumina furnace chamber. Supports fully automatic program-controlled temperature, and is suitable for scientific research and industrial material sintering, melting, and other scenarios.
Featuring "2100℃ high temperature" and "fully automatic temperature control", it is equipped with tungsten sheet heating elements paired with a multi-layer metal reflective screen furnace lining, achieving a temperature control/constant temperature accuracy of ±1℃.
