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GSL-500X-XX 100ml Hydrothermal Reactor with Optional Heating Jacket, Titanium or SS316, Up to 4 MPa Pressure

Designed for hydrothermal synthesis of advanced and bio-materials.
Constructed from high purity titanium or SS316 stainless steel.
Operates up to 4 MPa pressure and temperatures up to 300°C (500°C with heating option).
Includes gas inlet/outlet with needle valves and built-in pressure gauge.

Compliance: CE Certified
Customized: OEM/ODM
Package: Plywood case package

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GSL-500X-XX 100ml Hydrothermal Reactor with Optional Heating Jacket, Titanium or SS316, Up to 4 MPa Pressure

The GSL-500X-XX hydrothermal reactor is engineered for laboratory-scale synthesis requiring controlled high-pressure and temperature environments. It is particularly suited for hydrothermal preparation of advanced materials, including biomaterials, where precise pressure and temperature control is critical. The reactor’s compact 100 ml volume accommodates small batch experiments with reliable containment.

Constructed from either high purity titanium (>99.95%) or SS316 stainless steel, the reactor offers chemical resistance and mechanical strength. It features a cylindrical reaction chamber with inner dimensions of 65 mm outer diameter, 45 mm inner diameter, and 67 mm height. The system includes stainless steel 316 needle valves for gas inlet and outlet with 1/4″ compression tube fittings, and a built-in pressure gauge rated up to 4 MPa. An optional PTFE liner is available to enhance chemical compatibility.

Key Features

  • Pressure rating up to 4 MPa at temperatures below 200°C, and 2 MPa up to 300°C.
  • Optional heating jacket with coil heater and digital temperature controller enabling operation up to 500°C with ±1°C accuracy.
  • Gas inlet and outlet ports with stainless steel needle valves for precise gas flow control.
  • Built-in pressure gauge for real-time pressure monitoring.
  • Available in high purity titanium or SS316 stainless steel for varied chemical resistance needs.
  • Optional PTFE liner to improve chemical inertness.
  • CE certified with optional NRTL or CSA certification upon request.

Technical Specifications

Parameter Specification
Model GSL-500X-XX
Reactor Volume ~100 ml
Material Options High purity titanium (>99.95%), SS316 stainless steel
Inner Dimensions 65 mm OD x 45 mm ID x 67 mm H
Maximum Pressure 4 MPa (≤200°C), 2 MPa (≤300°C)
Working Temperature Range Room temperature to 300°C (up to 500°C with heating option)
Gas Ports SS316 1/4″ gas inlet and outlet with needle valves
Pressure Gauge Built-in, 0-4 MPa range
Heating Option Optional coil heater with single-point digital temperature controller ±1°C accuracy
Power Supply 120 VAC, 50/60 Hz, 500 VA (208-240 VAC available on request)
Certifications CE certified; NRTL or CSA optional

Typical Applications

Ideal for hydrothermal synthesis of advanced materials including biomaterials, nanomaterials, and catalysts. Suitable for research requiring precise control of pressure and temperature in corrosive or high-purity environments.

Configuration & Operating Notes

The heating jacket and temperature controller are optional accessories and must be specified separately. For enhanced chemical resistance, a PTFE liner can be installed inside the reactor chamber. Users should operate the reactor within specified pressure and temperature limits to ensure safety and equipment longevity.

Due to high-pressure operation, it is strongly recommended to use the reactor inside an explosion-proof enclosure. Appropriate personal protective equipment such as gloves, goggles, and lab coats must be worn during operation.

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