Specialized conveyor belts
For exceptional applications.
Designed to deal with extreme conveying conditions.
Challenging conveying conditions can accelerate wear and lead to issues such as cracking, delamination, premature cover damage, and reduced belt life. Smiley Monroe conveyor belts can be customized with with purpose-designed compounds that protect against these risks, helping to improve durability, minimise downtime, and extend service life. Whatever the environment or material being conveyed, our range is engineered to keep your operation moving reliably and efficiently.
Featuring fire-, frost-, heat-, and oil-resistant compounds to help reduce the risk of cracking, delamination, and premature wear. The result is a longer-lasting, more reliable conveyor belt that helps maximise uptime and productivity.
Routinely quality tested in our in house belt testing lab
Prevents conveyor belt damage caused by external factors
Longer conveyor belt service life
Specialized Belt Options
Heat resistant belts for transportation of hot abrasive materials such as blast furnace clinker, coke, foundry sand, ore, slag etc. with max. material temperature of 170°C.
Required for anything – 40°C When operating in adverse weather, conveyor belts that are cold resistant have a much longer operational lifespan. Low temperatures can do serious
damage to the actual conveyor belt carcass itself. Choosing the correct thickness of the cover is essential because the cover acts as a barrier between the cold source and the carcass.
This type of belt should be used when handling combustible materials which could spark to cause a fire or where a fire could have serious Health & Safety implications or risk the destruction of expensive equipment e.g. underground or sawdust/biomass storage shed.
Standard conveyor belts can absorb oil, causing the rubber cover to swell, soften, and deteriorate over time. Smiley Monroe’s oil-resistant conveyor belt customization are uses specially formulated rubber compounds that resist the damaging effects of oils and fats, helping to maintain belt integrity and performance in demanding applications.
