PSG 60.038.7016 Anthracite Grey Rubber Gate Buffer Stop, Cylindrical, 40 mm Diameter, 30 mm Height, RAL 7016

Where ordinary door stops crack under repeated impact, the PSG 60.038.7016 stands out as a heavy-duty gate buffer engineered for long-term resilience. Its dense rubber construction absorbs shock quietly, protecting gates, doors, and garage panels from mechanical damage while reducing operational noise. The anthracite grey finish (RAL 7016) blends seamlessly into industrial and modern architectural settings, and the compact cylindrical design fits tight spaces without compromising performance.

Highlights

• High-impact rubber buffer for gates, doors, and industrial applications
• Anthracite grey colour matching RAL 7016 for a professional look
• Weather and UV resistant for reliable outdoor use
• Simple bolt-on installation with a single 8 mm mounting hole
• Compact size: 40 mm outer diameter, 30 mm height

In daily use

Mount the PSG 60.038.7016 on the floor or wall where the gate or door makes contact. The rubber absorbs the force of closing, preventing dents, scratches, and loud bangs. In garages, it keeps the door from hitting the wall; in industrial facilities, it protects machinery and loading bay doors. The anthracite grey colour stays discreet, and the material withstands rain, sun, and temperature changes without cracking or fading.

Full specifications

• Brand: PSG
• Model: 60.038.7016
• MPN: 60.038.7016
• EAN: 5903313208734
• Product type: Gate buffer / door stop
• Material: Rubber
• Colour: Anthracite grey (RAL 7016)
• Shape: Cylindrical
• Outer diameter: 40 mm
• Height: 30 mm
• Mounting hole diameter: 8 mm
• Mounting type: Bolt-on
• Application: Gates, doors, garage doors, industrial
• Weather resistance: Yes
• UV resistance: Yes
• Impact absorption: High
• Function: Protects against mechanical damage and reduces noise
• Installation: Simple, single-point mounting

Final note

For a dependable, low-maintenance buffer that extends the life of your gates and doors, the PSG 60.038.7016 delivers consistent performance in any environment.