Download Conveyor Solutions Handbook!
Whether you’re looking for a complete conveyor solution, or just a replacement part, you’ll find it here.
Made of high-tensile steel cords and various cover grades.
Belts come with various cover grades, all made of high-quality rubber with extremely high resistance to abrasion, cutting and impact.
Wear resistant, heat-resistant, and flame-resistant grades available.
More than a century of experience within the belt business.
Made of high-tensile steel cords and various cover grades (see below). A typical carcass with 7 x 7 hot-galvanised steel cords provides a tensile strength of up to 2,000 N/mm. Also available as 7 x 19 for higher tensile strength (10 000 N/mm).
Standard cords have an elongation of 0.22 - 0.28%. High structural strength and pull-out strength ensure good resistance against fatigue. The open cross-lay design of the cords and the chemical adhesive system ensure that the core rubber penetrates thoroughly, bonds well and protects against corrosion for long-term integrity.
The belts come with various cover grades, all made of high-quality rubber with extremely high resistance to abrasion, cutting and impact and with excellent ageing properties. The choice of cover grade will depend on the application and will also determine the working life of the belt.
Available in X, Y, W grades (and similar) for heavy-wear conveying applications such as bulky, sharp materials like heavy, abrasive rocks. High-quality cover grades are recommended to offer the best protection to the belt carcass.
Different types of grades are available for high-temperature applications (T120 and T200) such as clinker, coke, foundry sand and slag. Can be used for transporting material at continuous temperatures of up to 190 °C, with peaks of up to 200 °C
Available in flame-resistant grade K to comply with ISO 340. Can be used in tunnel projects but not underground applications.
Contact your Metso expert for more information and advice regarding the best choice of belt and cover grade for your operation.