Products

Redler Conveyors

Redler Conveyors

We design and manufacture Redler conveyors for efficient and safe horizontal or inclined transport of bulk materials. Constructed from carbon or stainless steel, they can be adapted to different materials, flow rates and operating conditions. They provide a robust, low-maintenance solution for continuous transport with minimal dust emissions.

  • Robust, wear-resistant construction
  • Modular design for easy assembly and maintenance
  • Adaptable to different types of materials and workflows
  • Custom-made according to flow rate, material type and operating environment

Features

Redler conveyors consist of a metal chain with internal flights that drag material through a closed casing. This design reduces dust generation and allows safe, quiet and efficient transport. They are particularly effective for medium to long distances, even under adverse temperature or abrasive conditions.

Resistant materials
Full compatibility
Precise adjustment
Increased durability

Transportable Materials

Redler conveyors are suitable for handling materials such as cereals, pellets, flour, ashes, sand, lime, cement, gypsum or industrial waste. They are widely used in industries including agro-industry, mining, energy, cement, chemical and waste treatment.

Get a customized solution that ensures the safety of people and the efficiency of your facilities
Frequently Asked Questions

What is a Redler Conveyor?

A Redler conveyor is a mechanical system designed to move bulk materials using a chain with internal flights that drag the product inside a closed casing. It is ideal for horizontal or slightly inclined transport of materials such as dust, grain, ashes or pellets, minimising the risk of product loss and dust emissions.

In a filtration system, the Redler conveyor continuously evacuates dust or solid residue collected in bag filters or cyclones. Its closed, airtight design prevents dust from being released back into the environment, ensuring safe and clean handling of the filtered material.