Alba DOORPOP1 N door stop Black Elastomer

Twinco ALBA DOORPOP1 N elastomer anti-slip door block is a compact doorstop designed to hold interior doors securely on flat floors. The wedge-shaped block measures 80×30 mm and is made from an impact-resistant elastomer that combines flexibility with a high-friction contact surface. Supplied as a single black piece, it provides stable support for a range of domestic and light-commercial door types and is intended for repeated everyday use.

Advantages

The elastomer construction provides reliable grip on smooth and slightly textured surfaces while resisting wear and deformation under repeated loads. Its low-profile wedge shape fits under most interior doors and maintains contact without slipping. The black finish conceals dirt and scuffs from regular use, and the compact dimensions make it easy to store or transport when not required.

Suitable for

• Holding interior doors open on flat surfaces such as tile, wood or vinyl floors
• Preventing doors from closing in residential apartments and houses
• Light-commercial spaces where a simple, durable doorstop is needed
• Temporary door securing during cleaning, moving or ventilation

Key specifications

• Material: impact-resistant elastomer
• Colour: black
• Shape: wedge/doorstop profile
• Dimensions: 80 mm (width) × 30 mm (thickness)
• Quantity: 1 piece

How to use

Place the wide end of the wedge under the bottom edge of a closed or slightly ajar interior door and push until the door is held at the desired position. For best performance, ensure the floor surface is clean and free of loose debris. Remove the doorstop by pulling it out from under the door when no longer needed. No installation or tools are required.

Usage recommendations

Use on flat, even floor surfaces for optimal anti-slip performance; avoid use on heavily grooved or irregular thresholds. Periodically inspect the elastomer for excessive wear and replace if the gripping surface becomes smooth or deformed. Store away from direct heat sources to preserve material elasticity.