Description :

Lifting Glass Reactor

• Vessel and lid can be separate.
• glass vessel can be lifted up, and angled 120 degree both sides.
• PTFE and FV rubber material cock sealing with PTFE covered O-ring.
• Patented PTFE stirring shaft with long life-span.
• Stainless steel 304 supporting frame.
• PTFE discharge valve with fluorine covered O-ring.
• All glasswares are high borosilicate glass 3.3.
• Swivel caster with lock for reactor safety.
• Openings are sealed with flanges; higher vacuum degree, easy disassemble.

• High borosilicate glass has good physical and chemical properties.
• Wide working temperature range: -80℃ to 200℃.
• It can work under normal pressure and negative pressure, its vacuum degree can reach to 0.095MPa.
• The vessel can withstand the pressure range from -0.1MPa to 0MPa.
• Teflon(PTFE) and FV rubber material cock or discharge valve; Sealing together with PTFE covered O ring.
• Designed with vacuum gauge and temperature display unit.

• Max. working temperature is 200℃, and the max. temperature difference between the internal and external of the reactor is 80℃. When heating or cooling the reactor, it's recomended to monitor the temperature inside and outside the vessel continously and heat up or cool down gradually to avoid accidents.
• Bearable temperature difference: 100℃ (jacketed), 80℃ (double jacketed).
• Reactor vessel can withstand the pressure ranges from -0.1MPa to 0MPa.
• For IIB explosive atmosphere, dIIBT4 standard explosion-proof parts (heater, control box, motor, wires) will be used for safety concern.

Your safety is important to us! Please use caution when operating. Users must take all necessary precautions to avoid contact with rotating parts, particularly entanglement of loose clothing, hair, necklaces, or other jewelry. Under these circumstances, the winding action of the rotating parts can draw the user(s) into the apparatus, resulting in breakage of glassware, burns, and/or chemical exposure. Extra caution must also be taken when operating with air-reactive materials, especially under vacuum. A leak can draw air into the apparatus and cause a violent reaction to occur.