HPMC is white powder or granule made from highly pure cotton – cellulose by reaction of etherification. HPMC is characterized by water solubility, water retention, nonionic, stability of the PH value, surface activity, temperature reversible gelling properties, thickening property, film formability, lubrication property etc.,without any organs of animals, fat and other bioactive constituents.
Read MoreHPMC for putty powder is thickening agent and water-retaining agent. It also makes the construction more easier.
Read MoreDry blending: In the case of other powders, it should be mixed well with the powder and then added with water to dissolve quickly and not agglomerate.
Read MoreHPMC is non-ionic cellulose ether, appearance is white powder, odorless and tasteless, soluble in water and most polar organic solvent and suitable proportion of ethanol / water, propanol / water, two trichloroethane, insoluble in ether, acetone, ethanol, in cold water swelling into colloidal solution clear or slightly turbidity. Aqueous solution with surface activity, high transparency, […]
Read MoreHPMC is odorless, tasteless,non-toxic cellulose ethers producted from natural hIgh molecular cellulose through series of chemical processing and achieved.It is white powder with good water solubility. It has thickening, adhesion ,dispersing, emulsifying, film, suspended, adsorption, gel, and protetive colloid properties of surface activity and maintain moisture function properties ect.
Read MoreCMC and HPMC can be added to mortar to maintain moisture and thickening.As the dosage increases, the level of mortar will be reduced.CMC is an ionic cellulose ether that can react with the Ca (OH) 2 when added to the mortar.There is no obvious improvement in the water retention performance of CMC,
Read MoreExternal thermal insulation system-choosing an appropriate amount of HPMC can maximize the bonding strength and smooth construction of the bonding mortar, and improve work efficiency.
Tile adhesive-HPMC’s good water retention, enhanced adhesion,
Read MoreThe viscosity of HPMC is inversely proportional to temperature, that is, the viscosity increases as the temperature decreases. We usually say that the viscosity of a product refers to the result of testing its 2% aqueous solution at a temperature of 20 degrees Celsius.
Read More
