Precision Vacuum Tube Furnaces for Flexible R&D Applications
GWDLTHERMO Vacuum tube furnaces are designed for high-precision thermal processes in controlled vacuum and gas environments. With a wide selection of tube materials (quartz, alumina, or metal), these systems offer excellent sealing via stainless steel flanges and support vacuum levels up to 10⁻⁴ Pa. Users can select from single, dual, or multi-zone configurations, ensuring uniform temperature distribution across the heating zone. Optional features include rotary mechanisms, tilting frames, and programmable gas control modules (needle valves, digital flowmeters, or mass flow controllers). Ideal for laboratory R&D, CVD experiments, powder reduction, and inert atmosphere calcination.
This furnace offers stable heating up to 1200°C, accurate temperature control, and real-time gas leak monitoring, ensuring safe and efficient laboratory processing
This furnace offers precise temperature control up to 600°C, stable vacuum operation, and uniform heating, ideal for aging, testing, and material research applications
This furnace features precise temperature control up to 1400°C, smooth tube rotation, and stable electric heating for calcination, sintering, and material processing
Suitable for multiple fields such as ceramics and metallurgy, it adopts a quartz furnace tube + pure titanium seal, with a temperature control/uniformity of ±1℃. It supports the introduction of multiple gases and fully automatic operation, and has excellent thermal insulation performance.
Discover the GWDL-1050SSR large rotary tube furnace with a 12-meter long heating zone and 5 independent temperature zones, offering precise temperature control up to 1050℃. Ideal for powder metallurgy, ceramic sintering, and chemical processing with durable 310S stainless steel tubes and silicon carbide heating elements.
Professional vacuum aging furnace, equipped with mechanical + molecular pump unit, supports nitrogen protection, touch screen intelligent operation, furnace temperature uniformity ±4℃, complies with GB10067.47 standard requirements.