1 Piece: 508 € 
5 Pieces: 2214 € 

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Hydrothermal Synthesis Autoclave Reactor

PTFE Lined Vessel, 500 ml

The 500 ml Hydrothermal Synthesis Autoclave Reactor is a high-capacity pressure vessel designed for conducting complex chemical reactions at elevated temperatures and pressures. This laboratory instrument is constructed with a 304 Stainless Steel outer body for mechanical strength and a Polytetrafluoroethylene (PTFE) inner chamber to ensure superior chemical resistance. The reactor is engineered for durability, featuring a 13.5 mm thick outer body and an 8 mm thick PTFE chamber to handle a maximum working pressure of 3 MPa. It operates at a safe temperature of 180°C, with a maximum capability of 240°C, making it suitable for processing highly acidic or alkaline solutions due to its excellent corrosion resistance and strong airtightness. Designed for ease of use, the reactor includes smooth-locking threads and an 8*200 mm stainless steel rod to facilitate safe handling during high-temperature synthesis and material digestion processes.

Technical Properties

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Applications

• Large-Scale Nanoparticle Synthesis: Efficiently produces larger batches of nanoparticles through hydrothermal methods, leveraging the reactor's high-pressure and high-temperature environment.
• Bulk Chemical Synthesis: Designed for carrying out hydrothermal reactions requiring higher volumes for increased yield in chemical research and production.
• Cultured Crystal Growth: Provides the necessary airtightness and temperature stability (up to a safe 180°C) for the extended growth periods required for high-quality crystals.
• Industrial Polymerization Reactions: Facilitates the polymerization of materials under controlled thermal and pressure conditions (up to 3 MPa).
• Advanced Hydrothermal Decomposition: Used for the breakdown of complex substances through hydrothermal decomposition and oxidation processes.
• Material Digestion: Functions as a robust material digester for the dissolution of refractory materials, organic chemicals, and heavy metals using acidic or alkaline solutions.
• Catalyst Development: Ideal for the synthesis and precipitation of specialized catalysts that require corrosion-resistant environments.
• High-Volume Crystallization: Supports larger-scale crystallization processes, ensuring high purity through the protective PTFE inner chamber.