4
and impacting the inside and outside of the glass.
The circulating liquid pressure in the jacket should not exceed 0.03MPa,
otherwise the glass vessel will be damaged.
Ensure that the circulating fluid in the pipeline flows smoothly, and the
pressure of circulating liquid should not exceed 0.03Mpa.
The pressure of the glass vessel may rise and may cause the glass vessel
rupture if the liquid in the jacket expands due to heat.
The allowable applicable pressure range of the glass vessel is ‘absolute
vacuum to normal pressure’. During the reaction of the material, if positive
pressure is generated, the glass vessel may be broken.
The working temperature range of this glass reactor is -80 to +200
℃
, it may
affect its sealing parts or break the glass if beyond this range.
The discharge valve and its interface connected with the glass vessel should be
cleaned in time after use to avoid affecting its sealing effect.
When rotate the glass vessel, beware of the leakage of circulating fluid in the
jacket.
When rotate the glass vessel, beware of the circulation pipeline hitting the
frame.
A thermal insulation jacket can prevent the glass vessel from rupturing and
causing personal injury effectively.
It could generate static electricity when adding material into the vessel through
feeding port.
Reminder
Reminder
Please use the reactor in proper environment. Otherwise, its normal function
and lifetime can be affected.
Keep good ventilation around the equipment.
Do not leave the device unattended.
1.2.6
Other Dangers
The sample in the vessel or some solvents near it may react and combine
peroxides, high concentrations flammable solvents, etc.
If there is acid, alkali steam and other corrosive materials around the
equipment, it will damage the equipment insulation; affect component
performance and service life.
Beware of the risk of explosion when dealing with hazardous materials or
samples of unknown combination.
