- +86-13526935931
- gwdlthermo@gwdl.com
Max Temperature: 2600℃ Vacuum Level: Up to 10⁻⁵ Pa Insulation: Refractory materials / Metal shields / Graphite Heating Elements: Resistance wire / SiC / SiMo₂ / Tungsten / Molybdenum / Graphite Atmosphere Options: N₂, Ar, H₂, CO, O₂, etc.
Built for Extreme Vacuum. Configured with Precision.
We deliver high-performance vacuum furnaces designed to meet the demands of complex thermal environments in materials research, heat treatment, and process engineering.
Precision Temperature Matching
Covering a range from 600°C to 2600°C, segmented in 100°C intervals, with compatibility across seven controlled atmospheres including air, inert gases, and ultra-high vacuum.
Modular System Design
Heating elements and insulation layers are freely configurable to match both temperature zones and ambient gas. Gradient structures (e.g., tungsten in high-temp zones, stainless steel in low-temp) offer better performance and efficiency.
Optimized Lifecycle Cost
Full-range solutions from economical SiC heaters to premium tungsten systems, with insulation options in graphite (cost-effective) or metal (durable).
Located in China’s “Tungsten and Molybdenum Capital,” we benefit from a stable local supply chain that ensures reliable delivery and cost control of critical molybdenum components.
We hold engineering expertise in 12 high-performance materials under heat–vacuum–atmosphere stress, backed by a 2600°C composite heating platform, delivering trust and accuracy to every extreme-condition application.
Chamber-type vacuum furnace ideal for sintering, annealing, and thermal cycling under controlled atmosphere.
GWDLTHERMO high vacuum furnaces are designed for heat treatment under deep vacuum environments with molecular or diffusion pump systems. Ideal for high-purity alloys, optical ceramics, battery materials, and aerospace-grade thermal processes.
High-stability vacuum elevator furnace with bottom lift structure for safe sample loading and uniform heating. Ideal for heat treatment of alloys, ceramics, and inert atmosphere sintering.
GWDLTHERMO vacuum tube furnace designed for precise thermal processing under vacuum or controlled gas environments. Ideal for nanomaterial synthesis, semiconductor annealing, and catalyst research, featuring rapid heating, multi-zone control, and leak-tight sealing.
Vertical vacuum pit furnaces for annealing, carburizing, and sintering of large or complex metal parts. Custom sizes, multi-atmosphere support, and deep chamber design.
Tailor-designed atmosphere pusher furnaces for sintering graphite, ceramic, and metal materials. Vacuum or inert gas environment, precise temperature control up to 1700°C. Share your process needs for a custom proposal.
Custom vacuum rotary furnaces for uniform heat treatment of powders and granules. Supports pyrolysis, calcination, and sintering under vacuum or inert gas atmospheres.
