Samac Copper Disc Rivets are designed specifically for fixing fibre cement slates, providing a durable and corrosion-resistant method of securing the tail of each slate against movement and wind uplift. Manufactured from copper, the rivets are suitable for long-term external roofing applications where reliable weather resistance is essential.
The 19mm disc provides a broad fixing surface, while the copper shank can be bent down over the slate during installation to securely hold the tail in position. Copper offers excellent resistance to corrosion, making these rivets a dependable choice for new fibre cement slate installations, re-roofing and repair work.
Key Features:
- Designed specifically for fixing fibre cement slates
- Manufactured from corrosion-resistant copper
- 19mm diameter disc
- Helps secure slate tails against wind uplift and movement
- Soft copper construction allows the rivet to be formed during installation
- Suitable for new roofing, re-roofing and repair projects
- One rivet is typically required per slate
- Available in packs of 1000
Available Pack Sizes:
Suitable Applications:
- Fibre cement slate roofing
- Man-made and synthetic slate installations
- New pitched roofing projects
- Re-roofing applications
- Slate roof repairs and maintenance
Installation Guidance:
Copper disc rivets are used to secure the tail of a fibre cement slate and help prevent it lifting under wind pressure. The rivet is positioned through the appropriate fixing hole before the copper shank is carefully bent down over the surface of the slate to hold it securely in place.
When forming the rivet, the shank can be initially bent to approximately 45 degrees before being tapped down onto the slate surface. Care should be taken to avoid damaging or cracking the slate during installation.
One copper disc rivet is typically used per slate. Fixing positions and installation methods should always follow the requirements of the slate manufacturer and the individual roofing system.
⚠️ Safety Notice: Always use appropriate PPE when handling and installing ⚠️