Hydroxypropyl Methyl Cellulose (HPMC)
Hydroxypropyl Methyl Cellulose (HPMC)
NovElite® Hydroxypropyl methyl cellulose is a water-soluble non-ionic polymer commonly used as a thickener and water retaining agent in a variety of applications such as ceramic tile adhesives, wall putty, etc.
Category:
Products
Product Description
Product description
NovElite® Hydroxypropyl methyl cellulose is a water-soluble non-ionic polymer commonly used as a thickener and water retaining agent in a variety of applications such as ceramic tile adhesives, wall putty, etc.
Technical parameters
Model | Viscosity (NDJ Viscometer, mPa.s) |
Water retention rate | Remarkable features | Application |
150,000 | ≥96% |
Excellent high water retention |
All-range | |
40,000 | ≥92% |
Low viscosity, |
Plastering gypsum | |
100,000 | ≥93.5% |
High water retention, |
Plastering gypsum | |
200,000 | ≥95% |
High viscosity, |
Thermal insulation mortar | |
150,000 | ≥94% |
Medium viscosity, |
Bonding mortar, plastering mortar, tile adhesive |
|
100,000 | ≥93% |
Excellent operating efficiency, |
Bonding mortar, plastering mortar | |
60,000 | ≥90% |
Low viscosity |
Interior, exterior wall putty | |
100,000 | ≥94.6% |
Smooth operating |
Tile adhesive |
Features
Features:
1.NovElite™ HPMC can achieve the necessary consistency of mortar, improve sag resistance, smoothness, and improve construction efficiency.
2.NovElite™ HPMC can effectively prevent mortar from drying and cracking due to rapid water loss, and make the mortar has a long operating time and usable time.
3.NovElite™ HPMC improves the initial wettability of wet mortars to the object to which they are sticking, thus ensuring a better bonding performance of mortars.



Headquarter located in Beijing. It covers 1000 square meter fully functional mortar additives laboratories with 16 doctors and master degree research & development staff, and already acquired several patents for an invention & achievements award for scientific and technological research.


Copyright © 2022 Beijing NovElite Co.,Ltd. All Rights Reserved