Rotary Hydrogen Atmosphere Furnace for Powder and Particle Heat Treatment

Introduction

The ZYLAB Rotary Hydrogen Atmosphere Furnace is a rotary tube furnace designed for the heat treatment of powders and particles in a hydrogen atmosphere. The furnace continuously rotates the material inside a quartz reactor heated by heating elements, ensuring that the material remains in motion for uniform heating while performing the reduction process in a stable hydrogen atmosphere.

This furnace is suitable for batch processing of materials and is widely used in material science, metallurgy, chemical processing, electronics manufacturing, and scientific research. It is especially ideal for experiments and production processes that require uniform heating and reduction treatment.

Key Features

• Rotary and Vibration Functions:

  • Combines rotation and oscillation to ensure uniform heating and mixing.

  • Prevents material agglomeration and improves reaction efficiency.

  • Hydrogen Atmosphere Control:

    • Precise gas flow regulation to maintain a stable hydrogen atmosphere.

    • Suitable for reduction processes and preventing oxidation.

    • High-Temperature Operation:

      • Capable of reaching temperatures up to 1200°C.

      • Suitable for a wide range of high-temperature heat treatments.

      • Advanced Temperature Control System:

        • Equipped with a PID temperature controller for high precision.

        • Multi-segment programmable heating profiles for flexible processing.

        • Quartz Reactor Design:

          • High-purity quartz tube ensures chemical stability and resistance to thermal shock.

          • Ideal for processing powders and granular materials.

          • User-Friendly Interface:

            • Touchscreen control panel with real-time monitoring and data recording.

            • Programmable settings for easy operation and repeatability.

            • Batch Processing Capability:

              • Suitable for processing powder and granular samples in small to medium batches.

              • Consistent results for research and production environments.

              Applications of Rotary Hydrogen Atmosphere Furnace

              • Material Science:

                • Synthesis and heat treatment of metallic powders, ceramics, and composite materials.

                • Reduction of metal oxides and preparation of advanced materials.

                Metallurgy:

                • Metal reduction, alloy production, and processing of metallic compounds.

                • Improving material purity through hydrogen reduction.

                Chemical Processing:

                • Catalyst preparation, reduction roasting, and gas-solid reactions.

                • Thermal treatment of powders and particles requiring a reducing atmosphere.

                Electronics Manufacturing:

                • Sintering of electronic components and reduction of conductive materials.

                • Preparation of electronic powders with enhanced properties.

                Scientific Research and Education:

                • Experimental studies on hydrogen reduction and material transformations.

                • Ideal for laboratories and research institutions working with advanced materials.