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Hydrothermal Autoclave FM-HTA-A100-1 Hydrothermal Autoclave FM-HTA-A100-2 Hydrothermal Autoclave FM-HTA-A100-3

Hydrothermal Autoclave FM-HTA-A100

Fison Hydrothermal Autoclave FM-HTA-A100 features a 200 mL capacity, a working temperature up to 230°C, and a pressure up to 3 MPa for high-temperature and high-pressure reactions. This hydrothermal reactor is equipped with a stainless-steel chamber and PTFE lining to support chemical compatibility. Its 5°C/min heating and cooling rate, intelligent temperature control, and round tongue-and-groove sealing help maintain controlled reaction conditions.

$470.00

Hydrothermal Autoclave FM-HTA-A100 - Specifications

Capacity 200 mL
Heating / Cooling Rate 5 °C/min
Working Temperature ≤ 230 °C
Pressure ≤ 3 MPa
Chamber Construction Stainless Steel
Lining Material PTFE
Product Dimensions Ø107 × 202 mm
Packaging Dimensions 250 × 250 × 300 mm
Net Weight 6 kg
Gross Weight 7 kg

Hydrothermal Autoclave FM-HTA-A100 - Features

  • High temperature and pressure tolerance capability
  • Corrosion-resistant materials
  • Thickened kettle body of Hydrothermal Autoclave promotes safety Accelerated reaction rates
  • Sample digestion for Analytical Chemistry
  • Extraction of organic compounds

Hydrothermal Autoclave FM-HTA-A100 - Applications

Hydrothermal Autoclave is used for hydrothermal reactions, chemical reactions, biology, biochemistry, soil sciences, and catalysis studies.

Hydrothermal Autoclave FM-HTA-A100 - Accessories Optional

  • Lining material (PFA, PPL)

Alternative Models Of Hydrothermal Autoclave

Fison hydrothermal autoclave range designed for high-pressure chemical processing in laboratory applications. Built with corrosion-resistant stainless steel and inert liners, the series functions as a hydrothermal reactor for controlled reactions with thermo-pressure monitoring and safety features including rupture disc protection. Operating parameters include heating and cooling rate up to 5°C/min, working temperature up to 230°C and pressure up to 3 MPa. Capacity options range from 100 ml to 500 ml for varied experimental requirements.