The invention relates to an energy-saving high strength
aramid fiber conveyer belt and a preparation method thereof. The conveyer belt is composed of a skeleton layer,
adhesive glue and an upper-lower cover
adhesive laminated structure. Firstly, the skeleton layer employs
aramid fiber canvas after dipping treatment to replace a conventional steel
wire rope, so that the problems of large weight of the steel
wire rope which brings much inconvenience for processes of shaping, installing, maintaining and the like is solved. Secondly, the
aramid fiber canvas has structure in broadwise direction, has excellent anti-tear and anti-
impact performances, so that phenomena of longitudinal tear and the like of the steel
wire rope conveyer belt cab be prevented. Compared with a conventional steel wire
rope high strength conveyer belt, the energy-saving high strength aramid fiber conveyer belt has high strength, good
corrosion resistance,
wear resistance and
impact and
fatigue resistance, and greatly reduce the weight and thickness of the
conveyor belt, so that conveying power
energy consumption is saved. The energy-saving high strength aramid fiber conveyer belt is expected to have longer service life and better energy-saving and environment-friendly properties, and is particularly suitable for long-distance material conveyance in industries such as
coal mine,
metallurgy, mine, etc.