Product Overview
GWDLTHERMO's vacuum atmosphere furnace with stainless steel inner chamber is designed for applications demanding high corrosion resistance, clean thermal environments, and fast cooling. The furnace supports vacuum or inert gas environments (N₂, Ar), and is especially suitable for heat treatment of sensitive or reactive materials. The stainless steel chamber enhances durability, vacuum stability, and ease of maintenance — offering you a worry-free and efficient solution for complex thermal processes.
At GWDLTHERMO, we understand that every material and process is different. That’s why we proudly support full customization to meet your unique research or production needs.
Key Features
- Corrosion-Resistant Chamber
High-grade SUS304 or SUS316L stainless steel inner lining ensures strong resistance to acids, alkalis, and corrosive gases — perfect for halide, fluoride, and lithium-containing materials. - High Vacuum Compatibility
Excellent air-tightness with integrated sealing structures supports vacuum levels up to -0.1 MPa. Stable pressure conditions are ensured for sensitive processes. - Easy Maintenance & Cleaning
Smooth chamber surface prevents material build-up, allows easy removal of residue, and avoids contamination in repeated use cycles. - Rapid Cooling System (Optional)
Paired with high-efficiency fan cooling or water-cooling jackets, the system allows fast temperature ramp-down for time-critical thermal profiles. - Stable Thermal Control
Dual-loop PID temperature regulation, multi-stage program control (up to 30 segments), and real-time monitoring ensure accurate and reliable heating. - Smart Gas Management
Equipped with mass flow controllers and real-time pressure sensors. Supports vacuum-gas purging cycles and precise flow adjustment via touch screen. - Modular Design, Customizable Options
Optional components include observation windows, lift mechanisms, multi-zone heating, automated loading/unloading, and tailored inner sizes. Industrial & Lab-Grade Applications
Ideal for battery materials, metal powder sintering, ceramic substrate processing, and more.