Product Details
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Hydroxypropyl MethylCellulose (HPMC) are widely used in construction, pharmaceutical,food, cosmetic, detergent, paints, as thickener, emulsifier, film-former, binder, dispersing agent, protective colloids.We can provide the regular grade HPMC, we also can provide modified HPMC according to customer requirements. After modified and surface treatment, we can get the goods which is dispersed in water quickly, lengthen open time, anti-sagging, etc.
Product Parameters
Appearance |
White or off-white powder |
Methoxy ( % ) |
19.0~ 24.0 |
Hydroxypropoxy ( % ) |
4.0 ~ 12.0 |
pH |
5.0~ 7.5 |
Moisture ( % ) |
≤ 5.0 |
Residue on ignition ( % ) |
≤ 5.0 |
Gelling temperature ( ºC ) |
70~ 90 |
Particle size |
min.99% pass through 100 mesh |
Typical grade |
Viscosity (NDJ, mPa.s, 2%) |
Viscosity (Brookfield, mPa.s, 2%) |
HPMC MP400 |
320-480 |
320-480 |
HPMC MP60M |
48000-72000 |
24000-36000 |
HPMC MP100M |
80000-120000 |
40000-55000 |
HPMC MP150M |
120000-180000 |
55000-65000 |
HPMC MP200M |
160000-240000 |
Min70000 |
HPMC MP60MS |
48000-72000 |
24000-36000 |
HPMC MP100MS |
80000-120000 |
40000-55000 |
HPMC MP150MS |
120000-180000 |
55000-65000 |
HPMC MP200MS |
160000-240000 |
Min70000 |
![Construction Chemicals Hydroxypropyl Methyl Cellulose HPMC](//www.micstatic.com/athena/img/transparent.png)
Typical Applications of HPMC:
Tile Adhesive
- Good water retention: prolonged opening time will make tiling more efficient.
- Improved adhesion and sliding resistance: especially for heavy tiles.
- Better workability: lubricity and plasticity of plaster is ensured, mortar can be applied easier and quicker.
Cement Plaster / Dry mix mortar
- Easy dry mix formula due to cold water solubility: lump formation can be easily avoided, ideal for heavy tiles.
- Good water retention: prevention of fluid loss to the substrates, the appropriate water content is kept in mixture which guarantees longer concreting time.
- Increased water demand: increased open time, expanded spry area and more economical formulation.
- Easier spreading and improved sagging resistance due to improved consistency