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WHF-2L high-pressure oxidation kettle quotation

NegotiableUpdate on 02/11
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Overview
The WHF-2L high-pressure oxidation kettle is priced for use in industries such as petrochemicals, rubber, pesticides, fuels, and pharmaceuticals to complete reactions in chemical processes. There are many kinds of chemical reactions in the reactors, and the operating conditions are very different. The aggregation state of materials is also different. The products are widely used in pharmaceutical intermediates, fine chemicals, special chemicals, essence, agricultural chemistry, paints and coatings, detergents and surfactants, polymers, organic chemistry, petrochemical, resins, catalysts and other industries.
Product Details

WHF-2L high-pressure oxidation kettle quotation

Application fields:

Oxidation kettles are widely used in industries such as petrochemicals, rubber, pesticides, fuels, and pharmaceuticals to complete reactions in chemical processes. There are many kinds of chemical reactions in the reactors, and the operating conditions are very different. The aggregation state of materials is also different. The products are widely used in pharmaceutical intermediates, fine chemicals, special chemicals, essence, agricultural chemistry, paints and coatings, detergents and surfactants, polymers, organic chemistry, petrochemical, resins, catalysts and other industries.

WHF-2L high-pressure oxidation kettle quotation

General precautions to be taken

1)It should be used in open and spacious areas, and operated according to the instructions.

2)Identify the test pressure engraved on the main containerUse pressure and temperature conditions. It should be used within the allowable pressure and operating temperature range of the pressure vessel.

3The pressure used by the pressure gauge is indicated by the pressure indicated on it1/2Used internally. And often compare the pressure gauge with the standard pressure gauge and calibrate it.

4)Oxygen pressure gauges should be avoided from being mixed with pressure gauges used for other gases.

5)Safety valves and other safety devices,Use instruments that have undergone regular inspections and meet regulatory requirements.

6)Attention must be paid during operation to accurately insert the thermometer into the reaction solution.

7)The interior and lining parts of the high-pressure vessel should be kept clean.

8When covering the disc flange cover,To install the bolt located on the diagonal,Tighten them one by one in sequence.

9When the measuring instrument ruptures, in most cases, it breaks on both sides of its glass surface. becauseDo not stand in these dangerous places during operation. When danger is expected to occur,We need to remove the glass and replace it with a new one.

10When using high-pressure reactors, try to minimize the amount of raw materials, especially for oxidation reaction experiments, which are generally one-quarter or one-third of the volume inside the reactor, and should not exceed half.

11)Explosion proof motors should be used for the mixing motor, and explosion-proof switches should be used for power starting.

Weihai Self Control Reactor Co., Ltd. is a professional manufacturer of magnetic stirring static sealed high-pressure reactors and magnetic stirrers in China. It is a pioneer in the technological innovation of magnetic stirring reactors in China and a production base for professional research, development, and manufacturing of various magnetic stirring reactors and magnetic stirrers. The company has a production plant and a research and development center for magnetic couplings and stirrers, with strong technical strength, complete processing and testing equipment, and a strong professional and experienced development, design, and manufacturing team. The products are sold nationwide and exported to countries such as Japan, South Korea, Brazil, Iran, etc., and are highly trusted and praised by a large number of users. In recent years, through unremitting efforts and repeated experiments, we have successfully developed reaction devices for the preparation of nanomaterials and supercritical CO2 extraction reaction devices, which have been widely applied in domestic universities and professional research institutes.