Radhe Engineering Co.
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Radhe Engineering Co. products

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Radhe - Flash Type Biomass Dryer

The Flash Dryer system is designed to transform wet biomass—such as sawdust, bamboo dust, and sugarcane bagasse—into dry, usable material quickly and efficiently. By combining higher-moisture biomass with hot air in a controlled environment, this technology ensures optimal drying performance.

Radhe - Model DC-1500 - Biomass Wood Dust Machine

The DRUM CHIPPER is a game-changer for anyone looking to efficiently process biomass. Whether you’re a farmer dealing with excess crop residue or a biomass plant manager seeking to optimize your feedstock, this versatile machine will streamline your operations. With its ability to handle a wide range of materials, from wood to agricultural waste, the DRUM CHIPPER transforms your organic byproducts into a valuable resource. Invest in this innovative solution and unlock new opportunities to reduce waste, boost productivity, and drive sustainability.

Radhe - Model 1500-2000 Kg/Hr-RE-1520 - Biomass Ring Die Pellet Machine

Our Pellet Machine is engineered for the efficient transformation of Biomass into high-density fuel. This unit offers versatile output, Ring Die Type Pellet Technology enables production of 06mm/08mm/10mm Pellets with cost effective way, leveraging a design that includes 06mm/08mm/10mm Pellet size in a Ring Die for precise forming.

Radhe - Drum Type Biomass Rotary Dryer

A rotary dryer is an industrial machine for reducing the moisture content of bulk materials by tumbling them within a rotating, inclined cylindrical shell, exposing them to hot air or gas.  The material is lifted by internal flights or blades and showers through the hot air, facilitating heat and mass transfer for efficient drying. These versatile dryers handle high-capacity, continuous operations and are used in industries like Biomass Pelleting and Biomass Drying processing for materials such as Saw Dust, Biomass Baggas, coconut powder etc. Due to high velocity and temperature Moisture will be liberated from biomass. Due to maximum Contact time and surface area moisture evaporates and separates.