Hydrothermal synthesis reactors are widely used in research and industrial applications for the synthesis of a wide range of materials with diverse applications, including catalysts, sensors and drug delivery systems.

Features:

• Thickening processing PTFE cover, not easy to soften.
• Beautiful appearance, reasonable structure and easy to operate.
• With PTFE liner, double care, acid and alkali, resistant to high temperature of 200 ℃.

Specification:

• Model: RDDLZ-KH-150
• Capacity: 150ml
• Material: 304 stanless steel, PTFE chamber
• Maximun Pressure: 3 MPa
• Safe Working Temperatue: 200 ℃
• Heating and Cooling Rate: ≤5 ℃/min
• Net Weight: 4.5kg
• Dimension: 100*170 mm (φ*H)

Structure:

Application:

Tips: What are the Disadvantages of Hydrothermal Synthesis Reactor?

• High operating conditions. Hydrothermal synthesis reactors typically require high temperatures and pressures, which can make them challenging and expensive to operate.
• Corrosion and erosion. Hydrothermal synthesis reactors use corrosive and erosive fluids, which can cause damage to the reactor materials over time. This can result in increased maintenance and replacement costs, and may also limit the lifespan of the reactor.
• Limited scalability. The size and scalability of hydrothermal synthesis reactors can be a limitation. While small-scale laboratory reactors are commonly used, scaling up to industrial production can be challenging, as it may require significant engineering and design considerations.