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- gwdlthermo@gwdl.com
High-Throughput – Automated conveyor/belt systems for mass production Consistent Quality – Stable thermal profiles for uniform processing Industrial-Scale Efficiency – Reduced downtime with continuous loading
Continuous-type furnaces are designed for automated, high-throughput thermal processing—ideal for full-scale production environments where stability, efficiency, and atmosphere control are essential.
Used widely in sintering of ceramics, graphite, powder metallurgy, debinding, or crystal material processing, these systems support uninterrupted workflows and programmable temperature zoning.
We provide fully customizable continuous solutions such as push plate kilns, rotary kilns, tunnel kilns, mesh belt furnaces, and roller hearth kilns. Let us help you design a system that matches your output targets, product specs, and automation needs.
Large-scale high-temperature rotary furnace is a high-end heat treatment equipment specially designed for industrial continuous calcination processes. Adopting a modular split structure, it integrates precise temperature control.
Discover the 24m continuous pusher plate sintering furnace engineered for ceramic and powder sintering processes up to 1500℃. Equipped with 14 heating zones, hydraulic pusher, and advanced thermal insulation.
GWDL-SRK-30-4000 ceramic roller kiln offers up to 1350°C continuous sintering for ceramics and powder metallurgy. Modular design, energy-saving heating, and precision control.
GWDL-SSR rotary kiln offers 950°C precision firing for ceramics, metallurgy, and materials processing. Features programmable touchscreen control, energy-saving insulation, and efficient rotary tube.
GWL-1000SSR 1000℃ multi-zone rotary kiln for silica slurry drying and impurity calcination. Continuous high-volume production, fully automated operation, integrated off-gas purification, and waste heat recovery for efficiency and environmental 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.
