Split Tube Furnace for High-Temperature Chemistry
Split Tube Furnace for
High-Temperature Chemistry
The Split Tube Furnace for High-Temperature Chemistry is a precision-engineered heating system designed for thermal processing of chemical reactions under carefully controlled conditions. Built for laboratory and industrial applications alike, this furnace supports a broad spectrum of high-temperature gas-solid, solid-state, and molten-phase reactions enabling safe, uniform, and repeatable chemical synthesis and transformation.Â
Its split-hinge design ensures easy access to the reaction tube, making setup and sample handling fast and efficient ideal for dynamic and iterative experimental workflows.Â
Key Features
Applications
Optional Features
Key Features
- Temperature Range: Ambient to 1200°C (extendable based on application)Â
- Uniform Heating: Multi-zone configuration for precise temperature profilesÂ
- Split-Hinge Design: Quick and easy loading of reaction vessels or tubesÂ
- Gas Compatibility: Inert, reducing, oxidizing, or reactive gas atmospheres supportedÂ
- Control System: Digital PID controller with programmable temperature ramp/hold profilesÂ
- Safety Interlocks: Over-temperature protection and gas leak detection (optional)Â
Applications
- High-Temperature Synthesis: Solid-state reactions, precursor calcinationÂ
- Gas–Solid Reactions: Oxidation, reduction, nitridation under flowing gasesÂ
- Pyrolysis: Thermal decomposition of organic and polymeric materialsÂ
- Molten Salt Chemistry: Reactions in alkali or halide-based fluxesÂ
- Corrosion Studies: Testing of material resistance in aggressive high-temp environmentsÂ
- Catalyst Development: Stability testing and regeneration cyclesÂ
Optional Features
- Rotameter or MFC-based gas flow systemsÂ
- Quartz, alumina, or inconel reaction tubesÂ
- Vacuum-tight flanges and ports for sampling or pressure controlÂ
- Data logging and remote monitoring interfaceÂ
- Refractory liner for high-temperature molten salt or corrosive reaction compatibilityÂ