Introduction of roller belt conveyor

A roller belt conveyor is a machine that frictionally drives materials in a continuous manner. It can be used to form a material conveying process on a certain conveying line from the initial feeding point to the final discharging point. It can carry out the transportation of broken materials as well as the transportation of individual items. In addition to pure material handling, it can also be combined with the requirements of the process in the production process of various industrial enterprises to form a rhythmic flow line. Therefore, belt conveyors are widely used in modern industrial enterprises.

Because of belt conveyors transport capacity, simple structure, easy maintenance, low cost, versatility, etc., are widely used in metallurgy, mining, coal, ports, transportation, utilities, chemical and other departments, were Loading, loading, reloading or stacking various loose-density materials at room temperature of 500--2500kg/m3 of various bulk materials or articles. The single or multi-unit synthetic transportation system is used to transport materials, which can be arranged according to the process requirements. In the form of horizontal or inclined, the DTII belt conveyor can meet the horizontal or inclined conveying requirements, and can also adopt the conveying form with a convex arc segment, a concave arc segment and a straight segment. The conveyor block allowed by the conveyor depends on the degree of material transport. The bandwidth, belt speed, groove angle and inclination also depend on the frequency at which large materials appear. The working environment temperature of the conveyor is generally -25--+40 °C.

Cooling tower spray nozzles are designed for optimum coverage of either the fill or coil surface. Optimum coverage increases thermal efficiency while fully wetting the surface. This in turn prevents scale build-up that will lessen the unit capacity. There are several designs for pressurized and gravity-feed systems, each fully optimized for the application. Regardless of design, nozzles are easily removed, either to accommodate new flow rates or to replace broken nozzles. To facilitate cleaning or replacement; counterflow nozzles are installed using grommets which also allows the nozzles to be properly positioned. Kits are available, complete with insert grommets for pressurized systems or installation tools for gravity systems.