1400℃ Continuous Vacuum Atmosphere Rotary Furnace
Product Overview
The 1400℃ Continuous Vacuum Atmosphere Rotary Furnace is an advanced industrial furnace designed for continuous high-temperature material processing under precise atmospheric conditions. With a robust S310 stainless steel and alumina ceramic tube design, it maintains zero gas leakage under full-vacuum conditions while ensuring uninterrupted production. Its fully automated control system enables precise temperature management, efficient feeding, and consistent heating for maximum productivity.
Technical Specifications
- Maximum Design Temperature: 1400℃
- Working Temperature Range: 100～1350℃
- Furnace Tube Size: φ100×2000mm (S310 stainless steel & alumina ceramic)
- Heating Elements: Silicon carbide rods (1600 type)
- Temperature Control: Intelligent PID with SCR power regulation, ±1℃ accuracy
- Number of Heating Zones: 3 zones
- Tube Rotation Speed: 0–15 rpm, frequency-adjustable
- Furnace Inclination: 0–10° adjustable
- Heating Rate: 10–20℃/min
- Power Supply: 380V / 50Hz / 3P+N
- Temperature Uniformity: ±5℃
- Surface Temperature: ≤50℃
Design Advantages
- Full Vacuum Sealing for Continuous Production
Advanced sealing design ensures zero gas leakage during continuous operation under vacuum or atmosphere-controlled conditions. - Automated Intelligent Control
PLC + PID closed-loop system manages heating, feeding, and rotation automatically for stable, unattended operation. - Energy Efficiency
Modular insulation structure reduces energy consumption by over 20% compared to similar kilns. - Uniform Heating
Rotary motion with multi-zone PID control ensures even temperature distribution. - Durable Materials
S310 stainless steel and alumina ceramic tubes withstand extreme temperatures and corrosive gases. - Flexible Processing
Adjustable rotation speed and inclination optimize residence time for various materials. - Reliable Dual Sealing
Prevents powder leakage and ensures a clean working environment. - Easy Maintenance
Quick-disassembly tube and feeding system simplify inspection and servicing.
