Lab Glass Reactor

Before use, carefully check the integrity of the product, including whether the glass bottle is damaged, whether all interfaces match, and the condition of the sealing ring.
It is strictly prohibited to use hard tools to scrape or collide inside the kettle to avoid damaging the glass material.

Before use, it should be thoroughly cleaned to remove residues and ensure that the quality and purity of reactants and reagents meet the requirements.
Regularly clean the sealing ring, check if there is any dirt on the shaft, wipe it clean with a soft cloth, then apply a little vacuum grease and reinstall it to keep the shaft and sealing ring smooth.

Wipe each interface with a soft cloth (which can be replaced by a napkin), and then apply a small amount of vacuum grease. After using vacuum grease, be sure to cover it well to prevent dust and sand from entering.
The interfaces of the glass reaction kettle should not be tightened too tightly, and should be regularly loosened to avoid long-term locking that may cause the connector to bite.
Electrical parts are strictly prohibited from entering water and getting damp.
After shutdown, loosen each PTFE switch. Prolonged inactivity in the working state can cause deformation of the PTFE piston.
Genuine accessories must be purchased, and using other accessories indiscriminately may cause damage to the machine.

The heating temperature of the glass reaction kettle shall not exceed the rated temperature of the equipment to avoid rupture.
According to the required reaction temperature, choose a suitable temperature control medium, such as ice ethanol at low temperature, water at room temperature, and dimethyl silicone oil at high temperature.
Pay attention to insulation, especially when using high or low temperatures, users need to wrap the reactor body and the pipes of the thermal conductivity medium circulation with insulation materials.

The feeding process should be slow to avoid excessive foam or splashing. Solid reagents can be mixed into a solution and added to the kettle, while liquid reagents can be pumped into the kettle through a matching water pump or oil pump.
When starting the mixer, the mixing speed should be controlled to avoid excessive foam or splashing.

During the reaction process, it is necessary to constantly monitor the reaction temperature and pressure to ensure the safety and smoothness of the reaction process.
Close observation of reaction phenomena, such as color changes, bubble formation, etc., and recording of experimental data for subsequent analysis.

The storage location should be reasonable, choose a flat place to place, and keep the mechanical mixing center consistent with the reactor to avoid shaking instability.
The storage area should be well ventilated.
Regularly maintain and upkeep the equipment to ensure its normal operation.

A flask is a laboratory instrument used for liquid or solid reactions, with two designs: round bottomed and flat bottomed. It usually has a longer bottleneck and a spherical or pear shaped body. Flasks can be used for various chemical reactions, biological reactions, physical and chemical experiments, etc.

A beaker is a laboratory instrument used for liquid reactions, with a straight tube shape or slightly closed design. It usually has short bottlenecks and large capacity, and is suitable for various experimental operations such as liquid mixing, chemical reactions, and biological reactions.

A test tube is a laboratory instrument used for liquid or solid reactions, with a straight tube shape or slightly closed design. It usually has short bottlenecks and small capacity, and is suitable for various chemical reactions, biological reactions, physical and chemical experiments, etc.

A separator is a laboratory instrument used for gas separation, with a straight tube shape or slightly closed design. It usually has a short bottleneck and small capacity, and is suitable for various gas separation experiments, chromatography experiments, etc.