UN plastic point pad Padix 30, model for 6–20 mm rings

UN Padix 30 is a plastic point pad designed for use with rings sized 6–20 mm. It provides a compact, molded contact surface that cushions and spaces ring-mounted parts while protecting underlying materials from direct metal-to-surface contact. The Padix 30 is intended for applications where a small, durable plastic pad is needed to stabilize, isolate, or support components attached by rings.

Advantages

The Padix 30 offers consistent dimensional accuracy and a low-profile form factor suitable for confined or recessed mounting. Its plastic construction resists corrosion and reduces the risk of surface scratching compared with bare metal contact points. The pad's simple geometry allows easy assembly with standard rings and provides repeatable spacing and cushioning properties over time.

Suitable for

• Industrial fastening where ring-mounted parts require localized support
• Furniture fittings to prevent surface damage and reduce noise
• Mechanical assemblies needing spacing, cushioning, or stabilization

Key specifications

• Material: durable plastic (molded)
• Compatible ring inner diameter range: 6–20 mm
• Form factor: point pad for localized contact
• Typical uses: cushioning, spacing, surface protection, stabilization

How to use

Place the Padix 30 into the ring so that the pad's contact face aligns with the surface to be supported or protected. Ensure the ring encloses the pad securely and that the pad sits flush against the mating surface to provide even load distribution. For assemblies with multiple pads, verify consistent orientation and spacing to maintain balance and uniform cushioning. No special tools are required for typical installation; hand assembly is sufficient in most cases.

Usage recommendations

For best results, confirm the ring inner diameter falls within the 6–20 mm range and inspect pads for deformation before use. Avoid prolonged exposure to aggressive solvents or extreme temperatures beyond typical plastic limits. Where load-bearing demands are high, verify pad performance under expected conditions before final assembly.