CELOPRO® ME60M P

CELOPRO® ME60M P
Product Properties
Constitution:
Hydroxypropyl methyl cellulose
Appearance: White Powder Delayed Solubility: No
Substitution degree: High etherification Ionicity:
Nonionic
Product Specification
Moisture: ≤5%
Content of NaCI: ≤3%
Particle Size: <150µm: min 98.0 %
Particle Size: <125µm: min 50.0 %
Viscosity: 55,000 – 65,000 mPa•s
Brookfield, in 2.0% water solution, at 20°C.
Referential Data
Active substance(dry basis): >98.0 %
Bulk Density: 280g/l – 450g/l
Etherification( MS/DS): 0.3/2.0

Hydroxy propyl methyl cellulose application in mortar additives

Celotech Chemical Group is a professional and reliable producer and provider of high-quality HPMC for construction & industrial applications for 15 years in China.

Hydroxypropyl Methylcellulose (HPMC) is a versatile additive used across construction, detergent, and other industrial applications. At Celotech, our HPMC products ensure enhanced water retention, work-ability, and adhesion for superior performance in dry mix mortar, concrete, and more.

  • HPMC for Masonry Mortar Applications

    HPMC for Masonry Mortar Applications

    Celopro® ME60M is a high-viscosity HPMC designed to elevate masonry mortar performance. Its superior water retention ensures extended workability, enhanced adhesion, and reduced shrinkage, creating durable and crack-resistant mortar layers. The high viscosity improves cohesiveness, making it ideal for vertical applications and reducing material sagging.

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Ready to optimize your dry mix mortar formulations? Contact Celotech – your reliable HPMC manufacturer offering the best HPMC for tile adhesive and HPMC for dry mix mortar.
Redispersible polymer powder (RDP) plays a crucial role in enhancing both the fresh and hardened properties of cementitious mortar.
Cellulose ether is easily affected by cellulase and microorganisms. Enzymes preferentially attack the unreplaced dehydrated glucose units, which will lead to the hydrolysis of macromolecular chains and the reduction of product viscosity. Ether substituents can protect the cellulose backbone, so the stability of cellulose ether increases with the increase of DS or the uniformity of substitution, and only a few unsubstituted dehydrated glucose units are attacked by hydrolases.

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