Render & Plaster

CELLULOSE FOR RENDER & PLASTER
Render & Plaster
Render and plaster are essential materials in the construction industry. They are used to cover and protect the walls and ceilings of buildings, providing a smooth and durable finish. One of the key factors that determine the quality of render and plaster is the additives used in their production.
The main materials of plasters are cement, sand and lime gypsum. Additives like HPMC, MHEC, and RDP improve workability and performance. They enhance its adhesion and cohesion, sag resistance, and workability.
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Why Chose Kemox™ Cellulose
Render & Plaster Description
Render is a mixture of cement, sand, and water that is applied to the exterior walls of buildings. It provides a protective layer against weathering and improves the appearance of the building. The addition of Kemox's products in render production can enhance its properties. Plaster is a mixture of gypsum, sand, and water that is applied to the interior walls and ceilings of buildings. It provides a smooth and even finish and improves the acoustics and fire resistance of the building. Kemox's products can also improve the properties of plaster.
Product application characteristics
Improved workability
Kemox’s HPMC and HEMC products can improve the workability of the render by providing better adhesion and reducing sagging.
Increased water retention
Kemox’s HEC can increase water retention in render, which helps to prevent cracking and ensures better curing.
Enhanced durability
Kemox’s RDP can improve the durability of the render by providing better abrasion resistance and reducing shrinkage.
Better adhesion
Kemox’s HPMC and HEMC can improve the adhesion of plaster to the substrate, reducing the risk of cracking and delamination.
Improved workability
Kemox’s HPMC and HEMC can improve the workability of plaster by providing better flow and reducing air entrapment.
Increased water retention
Kemox’s HEC can increase the water retention of plaster, improving its curing and reducing the risk of cracking.