YM-09 Redispersible Latex Powder Binder Waterproof Mortar Additive

The redispersible latex powder is water-soluble redispersible powder, which is divided into ethylene / vinyl acetate copolymer, vinyl acetate / tertiary ethylene copolymer, acrylic acid copolymer and so on. After spray drying, the powder binder is made of polyvinyl alcohol as protective colloid. This powder can be quickly dispersed into emulsion after contact with water, because the redispersible latex powder has high bonding ability and unique properties, such as water resistance, construction and heat insulation, so their application scope is extremely extensive.

It has outstanding bonding strength, improves the flexibility of mortar and has a long opening time, endows mortar with excellent alkali resistance, improves mortar adhesion, adhesion, flexural strength, waterproof, plasticity, wear resistance and constructability, and has stronger flexibility in flexible crack resistant mortar.

• Ceramic tile binder

• Bonding mortar for exterior wall external insulation system [1]

• Plastering mortar for exterior wall external insulation system

• Tile pointing agent

• Self flowing cement mortar

• Flexible putty for interior and exterior walls

• Flexible crack resistant mortar

• Rubber powder polystyrene particle thermal insulation mortar

• Dry powder coating

• Polymer mortar products with high requirements for flexibility

effect

• Redispersible latex powder forms film after dispersion and plays a reinforcing role as the second adhesive;

• The protective colloid is absorbed by the mortar system (it will not be damaged by water after film formation, or "secondary dispersion");

• The film-forming polymer resin is distributed in the whole mortar system as a reinforcing material, which increases the cohesion of the mortar;

In wet mortar

• Improve construction performance;

• Improve flow performance;

• Increase thixotropy and sag resistance;

• Improve cohesion;

• Extension of opening hours;

• Enhance water retention.

After mortar curing

• Improve tensile strength;

• Increase bending strength;

• Reduce the elastic modulus;

• Improve deformability;

• Increase material compactness;

• Increase wear resistance;

• Improve cohesion strength;

• Reduce carbonization depth;

• Reduce water absorption of materials;

• Make the material have excellent water increasing property (add water increasing rubber powder)