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Cement Plaster

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Cement Plaster: The Backbone of Durable Wall Finishes

Cement-based plasters, blended with performance-enhancing additives, provide consistent application, excellent adhesion, and crack resistance. They are an essential choice for both interior and exterior surfaces, ensuring long-lasting durability.

Uniform Workability : Easier troweling and finishing with cellulose ethers and rheology modifiers.
Enhanced Adhesion : Strong bonding to masonry, concrete, and blockwork, minimizing delamination risks.
Crack Resistance : Optimized formulations that reduce shrinkage and micro-cracking.
Controlled Setting : Available in standard and quick-setting options for different project needs.
Weather Durability : Suitable for external façades when used with recommended finishing coats.

Applications & Use-Cases

New-build masonry and concrete walls.

Plastering over blockwork and rendered surfaces prior to final finishing.

Renovation projects requiring a smooth and stable substrate for paint or cladding.

Selecting the right cement plaster is key to achieving durable walls and superior finish quality. With advanced formulations designed for consistent workability and crack resistance, these solutions ensure long-term performance.
To explore how our cement plaster solutions can add value to your next project, or to discuss tailored requirements, feel free to get in touch with our team.

FAQ

Which cellulose ethers are most effective in cement plaster formulations?

HPMC and HEMC are typically used to improve workability, maintain uniform consistency, and enhance adhesion to masonry and concrete surfaces.

How do cellulose ethers contribute to crack resistance in plaster?

They control water retention and reduce shrinkage during curing, minimizing micro-cracking and improving long-term durability.

Can cellulose ethers affect setting time of plaster?

Yes, they can help regulate setting by controlling moisture, supporting both standard and quick-setting formulations for interior and exterior applications.

How do cellulose ethers improve adhesion of cement plaster?

They enhance surface wetting and maintain paste cohesion, resulting in stronger bonding to blockwork, masonry, and rendered surfaces.