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High-Temperature Atmosphere Corrosion-Resistant Muffle Furnace

Equipped with high-purity alumina refractory lining, resistant to reducing and inert atmospheres.

High-Temperature Atmosphere Corrosion-Resistant Muffle Furnace

High-Temperature Atmosphere Corrosion-Resistant Muffle Furnace

Heating Elements:Silicon Carbide Rods (SiC) with Alumina Protection Tubes
Atmosphere Ports:6 Inlets, 1 Automatic Outlet
Refractory Lining:Corrosion-resistant High Purity Alumina Brick
Maximum Temperature:1200 °C
Long-term Use Temperature:1000 °C
Control Accuracy:±1 °C

Product Video

Overview

The GWDL-1200ZQLB Series Atmosphere Corrosion-Resistant Muffle Furnace is engineered for demanding applications requiring both precision temperature control and stable atmosphere environments. With its integrated gas management system, reinforced anti-corrosion design, and advanced automation, it is the perfect solution for scientific research and high-end industrial production.

Key Features

  • Atmosphere & Corrosion Resistance: Equipped with high-purity alumina refractory lining, resistant to reducing and inert atmospheres. Six independent gas inlets with precision flow meters ensure uniformity, while an automated exhaust vent allows precise pressure and atmosphere switching.
  • Precision Temperature Control: ±1°C accuracy with no overshoot; uniformity within ±1°C depending on furnace size. Wide ramping range from 1°C/h to 40°C/min supports both rapid sintering and delicate annealing processes.
  • Enhanced Safety & Durability: Heating elements (SiC rods) are protected by alumina tubes; dual-layer air-cooled structure prevents oxidation of electrical contacts. The 180° side-opening and 360° rotating furnace door ensures operator safety.
  • Advanced Automation: Siemens PLC with touchscreen interface supports up to 50 programmable segments. RS485 interface enables remote monitoring, data logging, and process traceability.
  • Smart Sealing & Energy Efficiency: Stainless-steel spring-loaded sealing adapts to thermal expansion, ensuring reliable energy-saving performance.

Applications

  • Materials Research: Ceramic sintering, powder metallurgy, semiconductor annealing, and atmosphere-controlled reduction.
  • Academic & Research Institutes: Complex thermal experiments requiring precise atmosphere control.
  • High-End Manufacturing: Development and small-batch production of magnetic materials, electronic ceramics, phosphors, and other advanced materials.

Advantages

  • Stable performance under corrosive and reducing atmospheres
  • Consistent product quality due to superior uniformity
  • Minimized downtime through extended component life
  • Safer, operator-friendly design with ergonomic furnace door
  • Remote control and data traceability for modern industrial workflows

Conclusion

This furnace is not just a heating chamber but a comprehensive high-temperature processing platform, combining precision control, advanced atmosphere management, reinforced safety, and smart automation. It is an ideal choice for cutting-edge material research and high-tech industrial heat treatment.

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Phone:+86-13526935931
Email:gwdlthermo@gwdl.com