Acid and alkali resistant laboratory autoclave

Acid and alkali resistant laboratory autoclaveIt is a small reaction vessel designed specifically for research and development of products in colleges, research institutions, and research institutes across the country. The design concept of laboratory reaction vessels is safe, reliable, compact and exquisite, and easy to use. This reaction kettle is a stirring reaction device for chemical reactions of gas-liquid, liquid-liquid, liquid-solid or gas-liquid solid three-phase chemical materials, which can fully stir various chemical materials at relatively high pressure and temperature to enhance mass and heat transfer processes.

Acid and alkali resistant laboratory autoclaveWhat are the main applications of laboratory reactors for conducting temperature and pressure chemical reaction tests in departments such as petroleum, chemical, pharmaceutical, metallurgy, scientific research, and universities to complete hydrolysis, neutralization, crystallization, distillation, etc? Below is a detailed introduction for everyone:
The main structure of the laboratory reaction kettle is a quick opening snap ring flange structure between the kettle body and the kettle cover. The kettle cover can be quickly opened, and the kettle cover can be raised by a screw. Turning the handle on the kettle body can rotate the kettle body by 120 degrees. The operation is simple, easy to use, the structure is lightweight, and easy to take and place.
When conducting reactions in different media, it is important to first determine whether the media corrode the main material. Special orders are required for chemical reactions that cause rapid reactions, generate large amounts of gas, or are flammable and explosive at high temperatures, as well as reactions that cause severe corrosion to stainless steel due to overpressure, overheating, or the presence of chloride and fluoride ions in the medium.
The above is an introduction to laboratory reactors, and a friendly reminder: laboratory reactors should be installed in pressure operation rooms that meet explosion-proof requirements. When multiple reactors are equipped, they should be placed separately, and a safe explosion-proof wall should be used to separate each two reactors. Each operation room should have a passage and outlet to the outside, and good ventilation of the equipment should be ensured when explosive media is present.

The products are divided into four categories: reaction, heat exchange, storage, and separation, covering the complete set of equipment required for small-scale, pilot, and large-scale production in industries such as petroleum, medicine, coal chemical, and fine chemical. Due to years of research and development in reaction vessels and stirring technology, the company has accumulated a lot of experience in material anti-corrosion to facilitate user material selection. In terms of stirring, the company has professional stirring technicians who simulate various working conditions for testing to achieve satisfactory results for users. And have their own opinions on the design and manufacturing of non-ferrous metal equipment such as titanium, nickel, Hastelloy, Monel alloy, zirconium, tantalum, etc. The products are widely used in petroleum, chemical, pharmaceutical, dye, chlor alkali, dye, mining and metallurgy, scientific research units, and colleges and universities.