The bucket elevator belt features a highly engineered structure consisting of a textile core made of high tenacity synthetic fibers arranged in both warp and weft. The weft is specially reinforced to provide greater resistance to the dynamic stresses caused by the bucket action, particularly during the critical stages of material loading and unloading. The fibers undergo thermo-mechanical treatments to minimize elongation over time, without compromising the overall flexibility of the web.

The textile construction of the carcass involves the use of multilayer technical fabrics, woven in specific patterns (e.g., plain weave or satin weave) to achieve an optimal balance between longitudinal strength and transverse stability. The warp, which is generally stronger, provides load resistance, while the weft contributes to dimensional stability. This type of construction allows it to withstand high tensile and torsional loads typical of vertical applications.

The top and bottom covers, which are usually of equal thickness, protect the housing from external agents and allow the bolt heads of the cups to be easily encompassed, making installation easier and safer.

The FLEXOSIL® series, with cut edge, is designed to offer excellent performance in industrial environments. It is also available in the OLISIL® variant, an oil-resistant compound particularly suitable for conveying materials containing oil or grease, providing chemical resistance and long service life.

Types of covers available: Y, X, K, CLASS A, MOR, OR (see page Types of covers)