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The development prospects of carbon molecular sieve
Carbon molecular sieves (CMS) are a type of porous carbon material characterized by their ability to selectively separate gases based on molecular size and shape. They are widely used in gas separation and purification processes due to their high adsorption capacity and selectivity. Here is an ov...Read more -
Why Natural Graphite Sells So Well in the Chemical Industry
Why Natural Graphite Sells So Well in the Chemical Industry Natural graphite is an indispensable material in the chemical industry due to its unique properties and versatile applications. This naturally occurring form of crystalline carbon offers several advantages that make it highly sought afte...Read more -
Ozone Decomposition Catalysts: Guardians of Environmental Protection
With the acceleration of industrialization, environmental pollution issues have become increasingly severe. As a common air pollutant, ozone governance has become an important topic in the field of environmental protection. Ozone decomposition catalysts, acting as a sharp sword in this environmen...Read more -
Catalysts that eliminate emissions of methane, a powerful greenhouse gas
Researchers from UPC, the University of Udine (Italy) and ALBA Synchrotron have discovered a palladium and platinum catalyst that is the first to eliminate methane emissions from traffic and other human activities and reduce global warming. The study was recently publ...Read more -
Here we are ! Welcome to Booth No.E3 · G76, IE Expo Shanghai
We are attending IE expo Shanghai 2024 as an exhibitor of gas treatment catalyst. Welcome to our booth. We are bringing a variety of gas treatment catalysts with different formulations and different technical processes.We can introduce...Read more -
Introduction and application of Hopcalite catalyst
Hopcalite catalyst is a catalyst created by Johns Hopkins University and the University of California in 1919, which is made of MnO2 and CuO in a certain ratio. Hopcalite catalyst, also known as carbon monoxide elimination catalyst, is used to removes CO by oxidizing CO to CO2. Although h...Read more -
Xintan moves to a new office
Today,we mark an exiting day. After nearly a decade of development,Hunan Xintan New Material Co.,Ltd moves into a new office,which is a new milestone for Xintan. With an office over 200 square meters, Xintan let staff enjoy more comfortable working environment. In the new office, you can see all ...Read more -
Principle and disinfection characteristics of ozone
The principle of ozone: Ozone, also known as trioxygen, is an allotrope of oxygen. Ozone at lower concentrations at room temperature is a colorless gas; When the concentration exceeds 15%, it shows a light blue color. Its relative density is 1.5 times that of oxygen, the gas density is 2.1...Read more -
Characteristics and application of CO removal catalyst from H2
The CO removal catalyst from H2 is an important catalyst, which is mainly used to remove the CO impurity from H2. This catalyst is highly active and selective and can oxidize CO to CO2 at a lower temperature, thus effectively improving the purity of hydrogen. First, the characteristics of the cat...Read more -
Expanded graphite and flame retardant material
As a new functional carbon material, Expanded Graphite (EG) is a loose and porous worm-like material obtained from natural graphite flake by intercalation, washing, drying and high temperature expansion. EG In addition to the excellent properties of natural graphite itself, such as cold and heat...Read more -
Future development trend of anode materials
1. Vertical integration of industrial chain to achieve cost reduction and efficiency In the cost of negative electrode materials, the cost of raw materials and graphitization processing links accounts for more than 85%, which is the two key links of negative product cost control. In the early sta...Read more -
High efficient exhaust gas treatment — platinum and palladium catalyst
Platinum palladium precious metal catalyst is a very efficient waste gas treatment catalyst, it is composed of Pt and Pd and other precious metals, so it has very high catalytic activity and selectivity. It can efficiently transform harmful substances in the exhaust gas ...Read more
