VIEGA Viega 2225.5 pipe support pads, diameter 15 cm, pack of 5

VIEGA Viega 2225.5 pipe support pads, diameter 15 cm, pack of 5 are designed to provide stable bearing points for piping runs in plumbing and HVAC installations. These support pads cushion pipes where they rest on structural surfaces, reducing vibration and protecting pipe coatings and insulation from wear. Supplied as a pack of five pads with a 15 cm diameter, they are intended for use where reliable contact protection and support are required.

Advantages

These pipe support pads offer a simple mechanical solution for reducing point loads and abrasion at pipe contact areas. By cushioning the pipe, they help to minimize vibration transfer to the surrounding structure and preserve the pipe surface and any applied coatings or insulation. Supplied in a multi-pack, they allow for consistent installation across multiple support locations.

Suitable for

• Plumbing installations where pipes rest on beams, hangers or supports
• HVAC duct and pipe runs requiring vibration damping at bearing points
• Applications needing protection of pipe coatings and insulation at contact areas

Key specifications

• Diameter: 15 cm
• Pack quantity: 5 pieces
• Function: pipe support and cushioning to reduce vibration and wear
• Material characteristics: includes an EPDM sealing element and fixing flange (as part of equipment)

How to use

Position the support pad at the pipe contact point on the structural surface before securing the pipe in place. Ensure the pad is centered under the pipe run so the load is distributed across the cushion surface. When using the fixing flange and EPDM sealing element, follow the installer’s standard practice for fastening and aligning to maintain stable bearing and effective cushioning. Check that the pad remains correctly positioned after final tightening of pipe supports.

Usage recommendations

Use these pads where consistent contact protection is needed—replace any pad that shows significant compression or damage. For installations exposed to extreme temperatures or chemical environments, confirm compatibility of EPDM with site conditions before prolonged use.