The role of cellulose ether in putty mainly includes the following aspects:
1.Water Retention
Cellulose ether effectively retains water, preventing the putty from drying too quickly and ensuring sufficient working time during application.
2.Thickening Effect
It increases the viscosity of the putty, improving its application performance and preventing sagging, resulting in a more even application.
3.Improved Workability
Cellulose ether enhances the lubricity and smoothness of the putty, making application easier and reducing tool resistance.
4.Enhanced Adhesion
It improves the bonding strength between the putty and the substrate, reducing the risk of cracking and peeling.
5.Anti-Sag Properties
Cellulose ether enhances the anti-sag properties of the putty, preventing it from sliding down when applied on vertical surfaces.
6.Improved Stability
It helps maintain the stability of the putty during storage, preventing separation and sedimentation.
7.Enhanced Crack Resistance
Cellulose ether increases the flexibility of the putty, reducing the likelihood of cracking after drying.
8.Adjustable Drying Time
By controlling the rate of water evaporation, cellulose ether can adjust the drying time of the putty to suit different application needs.
Common Types
Jinan Maissen recommended specifications used in wall putty:
-MAILOSE MP100K
-MAILOSE ME100K
Cellulose ether plays multiple roles in putty, including water retention, thickening, improving workability, enhancing adhesion, anti-sag properties, increasing stability, and crack resistance. It is a key additive for improving the performance of putty.
Welocme to contact with us for more information:
nate@mailose.com
www.maissen-hpmc.com
