Monolithic decorative mortar

Bauhinia overall finish mortar is a new type of material used for building surface decoration, typically composed of cement, aggregates (such as quartz sand, heavy calcium powder, etc.), additives (such as polymer emulsion, cellulose ether, etc.), and pigments mixed in specific proportions.

Product Features

• Strong Decorative Appeal: Rich, stable, and controllable colors, capable of presenting various texture effects to meet different styles and design requirements, making the building appearance more natural and three-dimensional.

• Easy Construction: Applied using methods like troweling, which effectively reduces sand shedding compared to traditional spraying processes. It requires low construction skills, is easy to operate, and improves construction efficiency.

• Good Flexibility: Suitable for round, columnar, and curved shapes, effectively preventing wall cracking. It forms an elastic waterproof and thermal insulation layer on the building surface, preventing cracks due to alternating hot and cold weather and accommodating minor wall cracks.

• Excellent Durability: Made primarily from inorganic materials, it offers excellent alkali resistance, stain resistance, and impact resistance, with a long service life of over 20 years. It also provides good breathability and water repellency, forming a breathable colored exterior wall decoration system that prevents indoor moisture accumulation and resulting mold issues.

• Eco-Friendly: The raw materials are natural mineral-based, free of volatile organic compounds such as free formaldehyde and benzene, odorless, and environmentally friendly. The pigments used are natural iron oxide mineral pigments with superior weather resistance and color retention, comprehensively protecting buildings from erosion and damage by natural environments, industrial exhaust, and microorganisms.

• Lightweight: Compared to traditional decorative materials like tiles, it is lighter in weight, reducing the burden on the building structure, lowering the risk of detachment, and enhancing safety.

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