High Temperature Tilting Rotary Tubular Furnace for Continuous Powder Thermal Processing and Controlled Atmosphere Sintering

Product Overview

This high-performance thermal processing system is engineered for the dynamic heat treatment of powder and granular materials. By combining continuous tube rotation with a variable tilting mechanism, the equipment ensures that every particle is uniformly exposed to the heat source and reaction atmosphere. This design effectively eliminates temperature gradients and incomplete reactions common in static furnace configurations, making it an essential tool for material science researchers and industrial manufacturers focusing on high-purity powder production.

The system is particularly suited for applications requiring precisely controlled environments, including vacuum or multi-gas flowing conditions. Utilizing a robust four-channel gas supply system and advanced mass flow controllers, it facilitates complex chemical vapor deposition, reduction processes, and calcination. Target industries include battery material development, catalyst manufacturing, and advanced ceramics, where throughput consistency and metallurgical precision are paramount for operational success.

Built for demanding industrial R&D environments, this unit represents a fusion of mechanical reliability and sophisticated thermal management. With a maximum operating temperature of 1100°C and a sustained working temperature of 1000°C, the system provides long-term stability for intensive laboratory and pilot production schedules. The integration of high-grade stainless steel components and a programmable control interface ensures that the equipment delivers repeatable results, safeguarding your investment in complex material synthesis.

Key Features

• Dynamic Rotary Processing: The continuous rotation of the furnace tube causes powder materials to tumble and mix dynamically during the heating cycle, ensuring optimal thermal uniformity and preventing the particle agglomeration often found in static systems.
• Precision Tilting Mechanism: Featuring an adjustable inclination angle from 0° to 35°, the system allows for gravity-assisted material transport, enabling continuous feeding and discharging for streamlined throughput and reduced manual handling.
• Integrated Four-Channel Gas Supply: The unit is equipped with a sophisticated four-channel mass flow control system (0-3000 SCCM), allowing for the precise introduction and mixing of reaction gases to create specific atmospheric conditions for complex material synthesis.
• Advanced PID Temperature Control: A high-precision thermostat provides 51 programmable heating and cooling steps with an accuracy of ±1°C, allowing for complex thermal profiles and sensitive ramp rates required for delicate material transformations.
• Durable SS310 Processing Tube: The equipment utilizes a high-grade SS310 stainless steel tube specifically selected for its oxidation resistance and mechanical strength at elevated temperatures, ensuring long-term structural integrity during continuous 1000°C operations.
• High-Purity Vacuum Sealing: Equipped with stainless steel vacuum-sealed flanges, the system maintains a high-integrity environment for vacuum processing or ultra-pure atmosphere control, preventing contamination from ambient air.
• Industrial Grade Resistance Heating: High-quality heating elements are strategically positioned to provide even heat distribution across the hot zone, powered by a robust 26KW industrial supply for rapid and stable ramp-up.
• Scalable Process Design: The medium-sized furnace body is designed to accommodate various tube specifications and material volumes, offering the flexibility needed for both laboratory research and small-scale industrial pilot production.
• Real-Time Monitoring and Safety: Integrated sensors and the K-type thermocouple provide continuous feedback to the control system, ensuring safe operation and protecting both the operator and the materials being processed.

Applications

Technical Specifications

Why Choose High Temperature Tilting Rotary Tubular Furnace

• Superior Thermal Homogeneity: The combination of precision rotation and high-density heating elements ensures that material stacking is eliminated, providing a level of uniformity that static tube furnaces cannot achieve.
• Robust Industrial Construction: Designed with premium SS310 alloys and industrial-grade electronics, this system is built to withstand the rigors of continuous 24/7 operation in demanding R&D environments.
• Flexible Atmosphere Management: With four independent mass flow channels, operators can transition seamlessly between complex gas mixtures, enabling sophisticated reduction and oxidation processes without reconfiguring the hardware.
• Optimized Material Residence Time: The adjustable tilt angle and rotation speed provide total control over the speed at which material moves through the hot zone, allowing for precise adjustment of reaction kinetics.
• Proven Engineering Reliability: Backed by over a decade of expertise in thermal processing, our systems are trusted by leading global laboratories for their repeatability and low maintenance requirements.

Please contact our technical sales team today for a detailed quote or to discuss a customized thermal solution tailored to your specific material processing requirements.