Conveyor belt slippage is one of the common problems of conveyors. It is necessary to use highly wear-resistant diamond rubber sheets or ceramic rubber sheets for re-coating.

Ceramic wear-resistant coating SA7526 offers outstanding resistance to abrasion and impact.

BAI-OTT SA9000 has been formulated for applications on vertical or horizontal surfaces for “on-the-spot "conveyor belt and rubber repair. e.g holes,

tears, splits, cracks, sealing joints, preventing spillage, and covering metallic fasteners, repairing marine fenders, floating hoses, miscellaneous rubber repairs etc.

RUBBER REPAIR RESIN SA9000 is a two components, ambient temperature curing compound with excellent flexibility,

good tear strength and abrasion resistance.

Used for the conveyor belt joint

The vulcanising splicing machine breathes new life into worn and fractured belts, ensuring seamless material transport worldwide. Whether repairing damaged mining belts or crafting bespoke food-grade conveyors, this machine delivers highly efficient repairs.

For this installation, the client team selected 12 mm-thick ceramic rubber sheets, tailored to the mining environment. Their unique groove design effectively improves drainage and mud removal, reducing the risk of material adhesion.

As a benchmark product in the field of industrial bonding, cold vulcanized glue SA3000 has the core advantage of mormal temperature vulcanization technology,
which can achieve efficient bonding of rubber materials without the need for high-temperature equipment, avoiding the damage to the material caused by
traditional hot vulcanization process.
Its bonding strength exceeds the German DIN industrial standard and is at the same level as hot vulcanization strength. It can even achieve higher strength
connections in scenarios such as conveyor belt repair and roller lagging.

The operating steps are applicable to both new and old pulley lagging.

In heavy industries such as mining, ports, and metallurgy, the stability of conveyor belts directly impacts production efficiency. Hot vulcanisation materials achieve molecular-level fusion through high temperature and pressure, resulting in joint strength comparable to the original belt, making them the preferred solution for conveyor belt splicing.