Produkte Förderbänder verwandte Produkte

(1) Improvement of non-adhesion performance
　Easy Release Neo uses a special compounded cover rubber developed by our company, and its non-adhesion performance has been greatly improved.
　In the conveyance of coal and iron ore, the amount of adhesion can be reduced by approximately 80-90% compared to our conventional products.
　　(Results verified by internal and actual equipment evaluations)
(2) Sustained non-adhesion effect
　The non-adhesive performance of belts usually diminishes as they are used longer, but Easy ReleaseⓇ NEO is a new type of belt that is designed to be used for a longer period of time,
　　Superior non-adhesive performance is maintained due to the action of a special formula.
(3) Excellent durability
　Compared with our conventional products, the abrasion resistance has been improved by approximately 30%. Abrasion resistance is equivalent to super abrasion-resistant belts (JIS-A) that has been improved by approximately 30% compared with our conventional products. Therefore the product could last longer.

The mechanism of conveyed materials adhesion to the belt surface is said to be caused by a combination of various factors, such as the characteristics of the conveyed materials (shape, particle size, distribution, cohesive strength), moisture content, and the microscopic smoothness (unevenness) of the belt surface. Among these factors, we have focused on the theory that moisture contained in the material to be conveyed has a significant effect on adhesion, and we have been developing belts with improved non-adhesion performance.

Unsere Easy Release™-Serie umfasst nicht klebende Förderbänder, an deren Oberfläche sich Materialien nur schwer festsetzen können und die sich mit einem Reiniger oder Ähnlichem leicht abkratzen (lösen) lassen. Easy Release™ wird derzeit in sieben Varianten hergestellt und verkauft und kann für verschiedene Anwendungen verwendet werden, z. B. hitzebeständig, ölbeständig und in weißer Farbe, zusätzlich zu Förderanwendungen bei Raumtemperatur.