Catalyst

DL-Tartaric Acid Molecular formula: C4H6O6 is Colorless crystals or white power, without odor. Dhydroxybutanedioic acid,DL-Tartaric Acid Molecular formula: C4H6O6  Widely used in food, medicine,...

1.butylene/propylene hydration 2.lower dropout and high exchange capacity 3.resistance to high-temperature 4.long-life Resin Catalyst D008D008 as the resistance to high-temperature catalyst , is proper for...

1.Removable 2.Washable 3.Repeatly use 4.Traceless Shenzhen Meitaibang Chemical is professional in mobile phone sticker.It is our new peoduct,adopting new synthetic rubber with the character of environmental...

It can resistant to acid, alkali, salt and all organic solvents, Being used as a support and a covering material in reactors. Inert ceramic balls have the advantages of high strength, high stabilities to...

Desulfurizer, mainly be used for removal of H2S in pipeline gas, water gas, semi-water gas, coke oven gas, methane(biogas). Desulfurizer, activated ferric oxide desulfurizer, mainly be used for removal of H2S...

1>Purity:99.4%min 2>Rubber/Coating/Printing/Pharmacy 3>In 25KG plastic bag SpecificationItemYX-1(I)Excellent levelFirst classStandardContent (ZnO) %99.7099.5099.40Zn %NONENONE0.008PbO...

Molecular Sieve 5A Hydrogen Generation 1.ISO 9001:2008 2.20 years professional manufacture 3.size:1-2mm,2-3mm,2.5-5mm Molecular Sieve 5A Hydrogen GenerationMolecular Sieve 5A is an alkali alumino silicate;...

1.excellent work on painting,rubber,chemicals ext industrial. 2.high purity and snow white appearance. 3.Indirect process NAMEZinc OxideAPPEARANCEWhite PowderCAS NO1314-13-2HS CODE28170010MOLECULAR...

Black Nickelic Oxide: 1.Purity:Ni>75% 2.CAS No.: 1314-06-3 3.Appearance:black powder 4.Molecular formula:Ni2O3 Our professional production black oxidation nickel,stable product quality,low price.This...

These chemical can be used in the refuge chamber The Noble metal Co catalyst we distribute belongs to palladium catalyst, the rate of palladium is more than 2%. The Co catalyst could make CO and O2 react to...