A granulator is a mechanical device used to convert a variety of materials into pellets. This process is widely used in agriculture for the production of fodder pellets, as well as in the field of processing wood into fuel pellets. In addition, granulators are used in pharmaceuticals, food industry and other industries, becoming an integral part of modern production.

The main areas of use of granulators

Below are five of the most common industries where granulators are used:

Food industry and animal husbandry: Granulators help produce food products in the form of granules or pellets, such as pet food, fish food and other food additives.
Energy: In energy production, granulators are used to create fuel pellets that are used in heating systems such as boilers and furnaces. Renewable energy, particularly biomass, also depends on granulators to produce pellets used in thermal power plants.
Pharmaceuticals: In the pharmaceutical industry, granulators are used for the production of tablets, capsules and other dosage forms, granulation of active substances.
Chemical industry: Granulators are used to produce chemical products in the form of granules, such as fertilizers, plastics and cosmetics.
Plastic processing: Granulators help in processing plastics into pellets, which are then used to produce plastic products by molding or extrusion.

Learn more about each area

Food industry and animal husbandry
Granulators in the agro-industrial complex play a key role, allowing to effectively transform grain, legumes and secondary products into pellets that are more convenient for storage, transportation and more attractive for animal consumption.

Energy
In the production of solid biofuels, granulators are the main devices that process wood, straw and other types of biomass into pellets used in heating systems. This contributes to the disposal of waste and the creation of ecologically clean fuel without chemical impurities.

Pharmaceutics
Granulators in this field help to facilitate dosage and tablet production, provide quality control and stability of medicines, which contributes to the effectiveness of the final product.

Chemical industry
In the chemical industry, granulators ensure uniformity and consistency of particle size in products such as fertilizers and cosmetics, facilitating their further processing, transportation and use.

Processing of plastics
Granulators process secondary plastic into pellets, which are then used to make plastic products. This allows plastic to be reused, reducing its impact on the environment.

General advantages of using granulators

The key advantages of granulators include:

Increased productivity: Granulators significantly speed up the processing of raw materials, which increases production capacity.
Resource savings: Compacting materials reduces storage and transportation costs.
Product quality improvement: Granulation ensures uniformity and standardization of finished products.
Environmental friendliness: Reducing waste and reusing materials helps reduce the negative impact of production on the environment.
Versatility: Granulators are able to process a wide range of materials, making them suitable for many industries.
When choosing a granulator, it is important to consider the technical characteristics of the equipment and the reputation of the manufacturer. Reliable devices from proven manufacturers guarantee a stable production process and high quality of final products. Individual production of equipment allows you to choose the optimal solution for specific production needs.