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Hydrothermal Synthesis Autoclave, 304 Stainless Steel Pressure Vessel with PTFE Liner, 220℃ Max Temp & 3MPa, Corrosion Resistant Lab Reactor — 25ml/50ml/100ml/200ml in Kuwait

100ml

KWD 37

Brand
XIUILAB
Weight
1.7 kg
Size100ml
1 +

Special Features

  • 【Superior Strength with 7mm Thickened Body】Engineered for durability, this hydrothermal synthesis autoclave features a 7mm thick 304 stainless steel body with one-piece forming construction. This robust design ensures exceptional pressure resistance and long-term reliability, outperforming standard reactors with thinner walls. Ideal for high-pressure hydrothermal reactions up to 3MPa.
  • 【High-Performance PTFE Liner with 220℃ Resistance】The PTFE liner offers excellent corrosion resistance against strong acids and alkalis, ensuring your samples remain uncontaminated. With a maximum operating temperature of 220℃, this hydrothermal reactor is suitable for a wide range of chemical synthesis, nanoparticle preparation, and sample digestion applications.
  • 【Precise Temperature Control with 5℃/min Rate】Optimize your experimental results with precise thermal management. This lab autoclave supports a heating and cooling rate of 5℃/min, allowing controlled temperature ramping essential for reproducible hydrothermal synthesis. Whether used in ovens or furnaces, it ensures consistent reaction conditions.
  • 【High-Pressure Capability with Leak-Proof Seal】Rated for a maximum working pressure of 3MPa (30 Bar) , this pressure vessel is designed to maintain a stable high-pressure environment throughout the reaction. The threaded sealing structure ensures an airtight seal, preventing leakage even under demanding conditions—critical for successful hydrothermal experiments.
  • 【Versatile Lab Equipment for Research Applications】 This digestion tank is extensively used in scientific laboratories, university research, material science, and chemical engineering departments. It is ideal for:Hydrothermal synthesis of nanomaterials/Sample digestion for heavy metal analysis/Crystal growth and geochemical research/Organic and inorganic chemical reactions

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