Interlocking 50X50 5mm Black Pimple

This high-performance interlocking PVC tile is engineered for rapid installation in commercial, industrial, and garage environments. At 5mm thick, it provides a durable, hard-wearing surface capable of handling heavy foot traffic, light wheeled equipment, and point loads without the need for extensive subfloor preparation.

The classic pimple (stud) finish offers enhanced slip resistance and a clean, technical aesthetic. Unlike traditional adhesive-based flooring, the precision-engineered interlocking joints allow for a "loose-lay" installation, making it a versatile solution for both permanent and temporary workspaces.

Technical Specifications

• Dimensions: 500mm x 500mm (4 tiles per m²)

• Thickness: 5mm

• Material: Heavy-duty recycled PVC / Vinyl compound

• Surface Texture: Raised Pimple (Stud) Profile

• Colour: Solid Black

• Joining System: Hidden / Exposed Interlocking Dovetail

Performance & Durability

• Rapid Installation: The interlocking design eliminates the need for adhesives in most applications, significantly reducing downtime and labour costs.

• Thermal & Acoustic Insulation: Provides a warmer, quieter surface compared to bare concrete, reducing ambient noise and improving standing comfort for operators.

• Chemical Resistance: Resistant to most oils, greases, and common workshop chemicals, ensuring long-term integrity in automotive or manufacturing settings.

• Impact Protection: Protects the underlying subfloor from impact damage and prevents cracks, while also reducing breakage of dropped tools or components.

Professional Installer’s Note

For a professional finish, ensure the subfloor is swept clean of all debris before laying. While these tiles can be loose-laid, we recommend a 5mm expansion gap around the perimeter of the room to allow for natural thermal movement. Tiles can be easily trimmed to fit corners and doorways using a heavy-duty utility knife or a jigsaw with a fine-toothed blade. In areas exposed to direct sunlight or heavy forklift turning, a full-surface bond may be required.