TICO® High Load Bearing Mounting Pad
Key Features
- Maximum load bearing capacity 7 MN/m²
- Very tough and resilient and retains its properties under extreme conditions
- Temperature range -40°C to +100°C
- Capable of absorbing highly destructive shock loads without reducing efficiency
- Unaffected by dampness or environmental changes and helps prolong the life of machinery
Product Description
TICO® RF/PA High Load Bearing Mounting Pad was originally developed to absorb shock loads under drop hammer anvils, replacing timber packings which break down unevenly over time and cause the anvil to take on an uneven set. It can also be used as a heavy duty machinery mounting pad to reduce vibration from large plant, acting as a heavy duty buffer.
Crafted with plies of synthetic rubber proofed cotton with interplies of neoprene rubber that has been enhanced with cellular particles. One side is faced with a thin layer of rubber bonded cork material to absorb irregularities in the concrete surface.
It is resistant to water, oil, cooling fluids and other media generally encountered in heavy industry. The tough yet resilient nature of TICO® RF/PA ensures continuous heavy impact absorption, whilst the interply construction provides extended life under high stress conditions in both exterior and protected applications.
Specifications
| Application: | Fierce shock absorption and attenuate severe vibration from heavy plant |
| Product: | High load bearing pad |
| Standard Sheet Size: | 1200mm x 1200mm |
| Standard Thicknesses: | 6mm, 12.5mm, 25mm |
| Colour: | Black, Red/Brown |
Potential Applications
- Anvil pads on new and existing forging hammer installations
- Anti-vibration mounts on large plant
- Heavy duty buffers
- Pipe support and isolation (oil and gas)
- Elastomer component of TICO® Slide Bearings
Technical Data
| Properties | Value | ||
|---|---|---|---|
| Maximum Load Bearing Capacity | 7 MN/m² | ||
| Ultimate Stress at Breakdown | 23.5 MN/m² | ||
| Hardness (IRHD) | 83° + 5° | ||
| Temperature Range | -40°C to +100°C |
