1 / 5
Model No. : | MK-100000 |
---|
Product description
Products Properties:
Cellulose ether is a very important component in building materials that provides better water retention,strength and adhesion to cement,lime and gypsum based products.
Cellulose ether make it possible to industrialize high quality mortars.
Our cellulose ether can:
--Improve construction efficiency and mechanical application to save time and materials;
--Produce high quality mortars that give them new functions;
--Improve the adaptability of mortars to environment in site.
Dosage of total dry mixed mortar | |||||
● | 0.03-0.45% | ||||
Typical performance | |||||
√ | Good wetting and troweling ability | ||||
√ | High water retention | ||||
√ | Good compatibility with other additives | ||||
Storage and delivery |
|||||
TS® MK100000 cellulose ether belongs to of hygroscopic and hydrophilic polymer powder, so it should be stored and delivered under dry and clean conditions in its original package form and away from heat. After the package is opened for production, tight re-sealing must be taken to avoid ingress of moisture. | |||||
Shelf life | |||||
At least 2 years under cool and dry condition. For material storage over shelf life, quality confirmation test should be done before use. | |||||
Product safety | |||||
According to EU legislation on dangerous substances and preparations, TS® MK100000 cellulose ether does not belong to hazardous material. Further information on safety aspects is given in Material Safety Data Sheet. |
Typical characteristic |
|
||||||||||
Grade | MK100000/MK100000S1) | ||||||||||
Chemical name | Hydroxypropyl Methyl Cellulose Ether (HPMC ) | ||||||||||
Bulk density( kg/m3) | 250-550 | ||||||||||
Particle size(passing 0.212 mm) | ≥ 92% | ||||||||||
pH value | 5.0-9.0 | ||||||||||
Viscosity( mPa•s ) | 90,000-120,000 | ||||||||||
Note 1) S means surface treatment. 2) 2% water solution viscosity @20oC with viscometer Brookfield RV@6 Rotation according to JC/T2190-2013. |
|
||||||||||
Send your inquiry to this supplier