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NANTONG MAICHUAN ELECTRIC CO., LTD.

Professional design, development, production and manufacture of CO2 supercritical extraction unit and supercritical reaction unit

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JIANSGSU AIIR HOME

MAICHUAN ELECTRIC

Professional design, development, production and manufacture of CO2 supercritical extraction unit and supercritical reaction unit

Learn more ⇀

ABOUT MAICHUAN

NANTONG MAICHUAN ELECTRIC CO., LTD.

is a medium-sized enterprise optimized and reorganized, specializing in the design, development, production and manufacture of CO2 supercritical extraction unit and supercritical reaction unit. The company has a group of experienced and skilled technical personnel and production personnel. The products are widely used in scientific research and experimental institutions such as petroleum, chemical industry, geology, metallurgy, pharmacy, food and universities. The company has successively established core analysis and testing and supercritical extraction laboratories.

5.5 million

Registered capital

2005 +

Established in

5000 ㎡

Area covered

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PRODUCTS

Strictly control quality and create trustworthy products for you

Piston container

Water is an extremely precious resource and cannot be consumed endlessly. Until today, textile dyeing still uses water as the medium. Dyeing and finishing is a water-consuming industry in the entire textile industry and a major source of environmental pollution.

Back pressure valve

Water is an extremely precious resource and cannot be consumed endlessly. Until today, textile dyeing still uses water as the medium.

Supercritical aerogel drying device

The sol-gel preparation system is mainly composed of reagents for sol-gel preparation, heat-collecting thermostatic magnetic sol-gel stirring tank, precursor conveying device, hydrochloric acid conveying device, ethanol conveying device, surface modifier conveying device, and high precision It is composed of electronic scale, numerical control ultrasonic cleaning instrument, PH meter, various chemical utensils and so on.

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Our Advantages

Excellent technology

The company has introduced a full range of high-tech personnel and made corresponding breakthroughs in product development and innovation.

Quality assurance

Strong technology, excellent quality, and high-quality service have received unanimous praise from customers

High-quality service

With professional after-sales service personnel, 7*24 hours after-sales tracking service, we are devoted to solve your problems

NEWS

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Warm congratulations on the official launch of the company's website!

Warmly congratulate Nantong Maichuan Supercritical Equipment Co., Ltd. on the official launch of its website! Welcome friends from all walks of life to call and discuss cooperation, and provide valuable opinions. Welcome to Nantong Maichuan Supercritical Equipment Co., Ltd.

2020-03-16

New Technology Achieves Zero Emission Polyester Material Supercritical CO2 Anhydrous Dyeing and Industrialization

At present, the annual discharge of textile wastewater in China is 2.5 billion tons (approximately 230 West Lake volumes), of which 2 billion tons are discharged from printing and dyeing wastewater. Due to the dependence of traditional printing and dyeing on water resources and environmental issues caused by wastewater discharge, the sustainable development of the industry is constrained. Therefore, there is an urgent need to develop a low water or anhydrous dyeing technology to solve the bottleneck problem of the development of the printing and dyeing industry from the source.

2021-07-21

Research and Application Progress of Supercritical Water Oxidation Technology

Supercritical water oxidation technology uses water as the medium, utilizing the absence of gas-liquid interfacial mass transfer resistance under supercritical conditions (temperature>374 ℃, P>22.1 MPa) to increase the reaction rate and achieve complete oxidation. Compared with incineration and wet catalytic oxidation, supercritical water oxidation has advantages such as complete oxidation of pollutants, low secondary pollution, and relatively low equipment and operating costs. This technology was proposed by American scholar Modell in the mid-1980s and has become a research hotspot for domestic and foreign experts after photocatalysis and wet catalytic oxidation technologies.

2021-07-21