Hindon

Call UsCall Today1.800.754.1287

Industrial Brakes & Vibrators

Welcome to the Hindon Corporation - Engineered Products Division.

Hindon Corporation is a leading manufacturer and supplier of a wide range of industrial equipment including electromechanical vibrators, industrial brake products, industrial power transmission equipment, as well as Roplex rotary dichargers. Our line of Sibre fail safe brakes from Siegerland Bremsen are the industry standard, engineered to counter the effects of a sudden loss of power.
  •  
    Industrial Vibrators

    Industrial Vibrators

    Proven quality from inside out, Hindon Corp. has been building electromechanical vibrators that have been outworking and outlasting every other make on the market. Our industrial vibrators are engineered tougher to withstand the combined effects of high operating loads, continuous duty cycles, and hostile environments.
    Read More
     
     
    Industrial Brakes

    Industrial Brakes

    We offer a range of Sibre brand industrial brake solutions, including drum and disc fail-safe designs, as well as active braking systems. With our diverse product offering, Hindon Corp. braking systems provide simple, reliable, and cost effective solutions that are engineered and applied with safety as the highest priority.
    Read More
     
  •  
    Roplex Rotary Dischargers

    Roplex Rotary Dischargers

    Because some materials such as marley limestone, sludge, and clay do not respond well to vibration the Hindon/Roplex rotary discharger was developed. Advantages include first in, first out material flow, gentle handling of material, and repeatable, accurate discharge rates creating consistency in operation.
    Read More
     
     
    Power Transmission Products for Material Handling

    Power Transmission Products for Material Handling

    Hindon Corp. offers an assortment of systems that help our customers find solutions for material handling applications. Hindon/Kumera industrial power transmission equipment has been tested and is proven under the most severe conditions.
    Read More