Application: Cellovis 60M is modified grade and it’s multifunctional additive for gypsum, ready-mix-es and dry-mix products. The water retention properties of cellulose additives increase open time and impart workability, lubricity, shrink and crack resistance, void reduction, and adhesion. In dry mix systems, this product can create fast dissolve and easy viscosity for reliable performance.

Using Amount: Usage level depends on application.

Application: HPMC  is industrial grade cellulose ether and mainly used to construction industry asfollowing: Wall putty, skim coat, cement based tile adhesive, thin set adhesive mortar, gypsum based plasters/renders, dry mix mortars

Packing: 25KG PP woven bag with inner PE film bag

Storage: Store in dry and ventilated place, HPMC can be stored for several years without opening bags.

Product Description: Culminal C9115 exhibits very high water retention and thus reduces the absorption of water into porous substrates. Additionally C9115 provides light workability, sufficient sag resistance as well as an appropriate setting time. The high efficiency enables formulation of tile cement at low additive costs by reducing the cellulose ether dosage. The adjustability time is good even at low C9115 dosages and high ambient temperatures. Typically, Culminal C9115 is used for economical tile cement formulation (e.g. C1; C1T according to EN 12004). 

Product Description: Culminal methylcellulose derivatives are cellulose ethers that, when dissolved in water, offer a variety of functional properties. Culminal products are powders used as thickeners, protective colloids, stabilizers, suspending aids and water-retention agents in many industrial applications.

Application: Culminal methylcellulose derivatives are easily soluble in cold water. The product is not soluble in hot water. Culminal methylcellulose derivatives are non-ionic cellulose ethers and are compatible with many surfactants and polymers such as starch, guar and alginates. Solutions of Culminal methylcellulose derivatives are pseudoplastic; some solutions show thixotropy. The solution viscosity is a function of the temperature, as the latter increases, viscosity decreases.