Hydroxypropyl Methyl cellulose HPMC for Tile Adhesive CAS 9004-65-3
HPMC for tile adhesive contains other additives such as cement, sand and limestone, which can increase the adhesion of tile ceramics. Tile adhesive is a new modern decorative material used to paste tiles, face tiles, floor tiles and other decorative materials.
Product Description
HPMC for Tile Adhesive
HPMC for tile adhesive contains other additives such as cement, sand and limestone, which can increase the adhesion of tile ceramics. Tile adhesive is a new modern decorative material used to paste tiles, face tiles, floor tiles and other decorative materials. There are many kinds of additives in tile adhesive, but usually cellulose ether additives are added to tile adhesive to improve water retention, thickening effect and open time.
Before using HPMC tile adhesive with adhesive will be powder and water 1 : 0.25-0.3 ratio. Stir it to be ready for construction after the adhesive is completely dry, you can adjust the tile position within the allowed operation time (about 24 hours to fill, 24 hours should prevent heavy objects from pressing on the tile surface).
Construction grade hydroxypropyl methyl cellulose is widely used in building grade. For example, tile bonding, tile mortar.
Hydroxypropyl Methyl Cellulose for Tile Adhesive Advantages
HPMC cellulose has many characteristics, such as thickening, water retention, dispersion, emulsification, film formation, adhesion, gelation and adsorption. The HPMC has good effect in tile adhesive, It can be improved the Anti-Slip, water retention, opening time, viscosity and strength of tile adhesion. Due to its high water performance, hydroxypropyl methyl cellulose does not need to be pre-soaked or wetted with tiles and substrates, which can significantly improve the bonding strength. The slurry can be constructed in a longer period, and the construction is convenient and uniform. It is delicate and has good anti-slip performance. HPMC with a thickening, binding, dispersing, emulsifying, PH value of stability, film, suspension, adsorption, gel, surface activity, maintain a features such as water and protective colloid.
1. Enhance water retention characteristics and extend working time.
2. Improve the bonding strength of tile adhesives.
3. Improves flexibility and deformability of the caulk.
4. It can enhance the sag resistance of tile adhesives.
5. Good bond strength, both thick and thin, with reduced shrinkage and tiles that do not crack or fall under stress.
6. Mortar has better malleability and flexibility, which makes construction easier and work more efficient.
HPMC for Tile Adhesive Specification
| HPMC for Tile Adhesive Specification | |
| HYDROXYPROPYL | 7.0-12.0 |
| METHOXY | 28.0-32.0 |
| WATER | 5% MAX （≤5%) |
| THE ASH | 5% MAX (≤5%) |
| VISCOSITY | 5-200000 MPA.S or be customized according to your requirements. |
| GEL TEMPERATURE | 56-64 ℃ |
| CAS No. | 9004-65-3 |
| Grade Standard | In the Construction Industry Applications |
| In Coatings Industry Applications | |
| In Daily Chemical Engineering Application | |
| Purity | 99% |
| PH Value | 5-8 |
| Appearance | White Powder or White-like Powder |
| Supply Ability | 3000 Tons Each Month |
| Packaging | 25KGS/BAG |
| OPP/PP/PE Bag Inside, Weaving Bag /Paper Bag/Carton Barrel Outside | |
| Port | Tianjin Xingang and Qingdao |
| DELIVERY TIME | 4-7 Days |
As a functional decorative material widely used today, tiles come in different shapes and sizes, with different unit weights and densities. How to fix this durable material properly becomes the most important issue and we offer a variety of HPMC tile adhesives and MHEC to help you have a good bond with your tiles.
APPLICATION
HPMC Cellulose For Tile Adhesive; cement Mortar; Wall Putty; Laundry Detergent; Sandalwood/Mosquito-Repellent Incense etc. Tyoical application include High quality flexible ceramic brick gum, High quality flexible outdoor use of ceramic brick glue, Suitable for floor and wall tile pasting, Suitable for all sizes Glassy and non-glassy tiles, Suitable for mineral base and non-mineral base surface.
