Description
Aluminium Powder Coated Coving Corners are essential architectural components designed to provide seamless, hygienic, and durable transitions at wall-to-wall, wall-to-floor, and wall-to-ceiling junctions in cleanrooms, hospitals, laboratories, and pharmaceutical environments.
Product Details
- Made from high-grade aluminium 6063 alloy, these coving corners are finished with a high-quality powder coating that offers excellent corrosion resistance and a smooth aesthetic surface.
- Powder coating is available in various RAL colors to seamlessly match your cleanroom or industrial interiors, with common shades like off-white (RAL 9002).
- Radii sizing options such as R50 mm and R70 mm ensure perfect curvature to avoid sharp edges, reducing contamination risks and simplifying cleaning.
- Designed for fast, tool-free installation with flush fittings, ensuring zero gaps for airtight seals and watertight joints.
- Cost-effective and maintenance-free, providing long-lasting durability in harsh environments where hygiene is critical.
Technical Specifications
Parameter |
Details |
| Material | Aluminium 6063 (Pure Grade) |
| Finish | Powder Coated (RAL color options) |
| Radius | R50 mm, R70 mm |
| Applications | Cleanrooms, Hospitals, Labs, Pharma |
| Installation | Tool-free, Flush Fit |
| Durability | Corrosion resistant, maintenance-free |
Applications
- Ideal for pharmaceutical production areas, hospital wards, operating theaters, food processing plants, and semiconductor cleanrooms.
- Ensures hygienic, smooth corner junctions that prevent dust accumulation and microbial growth.
- Suitable for both new construction and retrofit projects to enhance cleanliness and aesthetic finish.
Why Choose Aluminium Powder Coated Coving Corners?
These coving corners combine the lightweight strength of aluminium with a durable powder coating finish that resists wear, chemicals, and moisture. They help maintain stringent cleanliness standards, contribute to smooth airflow, and improve the overall safety and appearance of advanced industrial and healthcare environments
