1 Piece: 332 € 
5 Pieces: 1492 € 

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Hydrothermal Synthesis Autoclave Reactor

PTFE Lined Vessel, 300 ml

The 300 ml Hydrothermal Synthesis Autoclave Reactor is a high-capacity laboratory pressure vessel engineered for researchers who require increased batch yields while maintaining the highest standards of chemical purity and operational safety. This specialized instrument features a dual-layer construction, pairing a 304 stainless steel outer body for structural reinforcement with a removable, high-purity PTFE inner chamber that offers superior resistance to aggressive acidic and alkaline solutions. By facilitating reactions at high pressure and controlled temperatures, the system enables the synthesis and dissolution of refractory materials and organic chemicals that are typically insoluble under standard conditions. The increased volume of this 300 ml model provides a significant advantage for scaling up nanoparticle production and crystal growth processes, all while ensuring airtightness and great corrosion resistance during prolonged hydrothermal cycles.

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.