Pyrolysis Tube Furnace

Product Description

The Pyrolysis Tube Furnace is designed for the thermal decomposition of biomass, polymers, organic compounds, and other solid precursors in a controlled heating environment. With maximum temperatures reaching 1700°C, it provides reliable conditions for pyrolysis experiments, material carbonization, and high-temperature processing in laboratories and research facilities.

Brother Furnace offers horizontal, vertical, and rotary tube furnace models to accommodate different sample types and processing methods. Optional vacuum pumping, inert gas flow, and multi-zone heating systems allow users to configure the equipment for specific pyrolysis processes and material research applications.

Product Highlights

Wide Temperature Range: Depending on the selected model, the furnace can reach temperatures of up to 1700°C for various high-temperature treatment processes.

Multiple Structural Options: Horizontal, vertical, and rotary designs are available to suit different sample loading methods and material processing requirements.

Atmosphere Control: Optional vacuum systems and gas supply units enable processing under selected atmospheric conditions, including inert gas environments.

Programmable Heating System: Adjustable heating rates, temperature settings, and holding times help meet the requirements of different experimental procedures.

Multi-Zone Heating Capability: Optional independently controlled heating zones provide greater flexibility in managing temperature distribution along the furnace tube.

Made-to-Order Configurations: Tube materials and dimensions, heating zone arrangements, gas delivery systems, and vacuum equipment can be customized to match specific process requirements.

Applications

The Pyrolysis Tube Furnace is suitable for a range of research and material processing applications, including:

Biomass Conversion: Pyrolysis and carbonization of biomass feedstocks to produce char and other solid residues.

Polymer Decomposition: Investigation of the thermal breakdown behavior of polymers and organic substances.

Carbon-Based Material Development: Heat treatment and carbonization of precursor materials for carbon material research.

Nanomaterial Processing: Thermal synthesis and treatment of selected nanomaterials under controlled gas atmospheres.

Catalyst Development: Heating and processing catalyst precursors, powders, and other functional materials.

High-Temperature Research: Laboratory studies involving thermal decomposition, gas-solid reactions, and heat treatment under vacuum or flowing gas conditions.

Technical Specifications（Customization available）