Product Portfolio: Equipment for improved material processing
The latest roll press technology for sustainable processes: Briquetting, Compaction Granulation, and High-Pressure Grinding
Go to
Briquetting
Improved Processing Through Material Agglomeration
For over 90 years, roll press briquetting has been used to compact material fines and dust into uniform, densified briquettes. Widely adopted in industries like mining, metals, minerals, salts, and agriculture, this technology improves material handling, supports process efficiency, and reduces waste—making it a vital tool in modern industrial operations.
Briquetting Industries & Applications
Initially industrialized in the early 1900s, roll press briquetting began in the coal industry to address the challenge of coal fines—small particles that were difficult to store, transport, or use effectively. By compressing these fines into densified briquettes, roll press technology transformed waste into a valuable, manageable product. Since then, briquetting has evolved into a critical process across various industries.
Today, it is widely used in mining, metals, minerals, and agriculture to reduce material waste, enhance handling and storage, and improve overall process efficiency—making roll press briquetting an essential part of modern material processing operations.
Improved Product Flowability
Product Uniformity & Stability
Low-to-High Volume Applications
High Density & High Strength Products
Binder & Non-Binder Options
Simplified Operation & Maintenance
Hardware & Machinery
Compaction & Granulation
Compaction & Granulation: Producing Profit
Since the 1950s, roll press compaction granulation has been vital for agglomerating fine powders into uniform granules. By improving material handling, storage, and flowability, this process supports industries such as fertilizers, chemicals, salts, and animal feed. It enhances efficiency and product quality, making it a trusted solution in modern material processing.
Compaction Granulation Industries & Applications
Compaction granulation is a widely used and highly effective process in the minerals and agriculture industries, particularly in applications involving fertilizers and salts. This dry granulation method compresses fine powders into dense sheets or flakes, which are then broken into uniform granules. The process significantly reduces material waste, improves product flowability, and enhances handling and storage. Additionally, compaction granulation increases the usability of the final product by achieving consistent particle size and reducing dust. Industries rely on this technology to improve operational efficiency, ensure product quality, and meet demanding application requirements—making it an essential tool in modern material processing systems.
Enhanced Product Uniformity
Scalable & Continuous Operation
Improved Product Handling & Flowability
Improved Bulk Density & Strength
Reduced Waste & Rework
Cost Effective & Efficient
Hardware & Machinery
Grinding
Improved Comminution & Grinding
Developed in the 1980s, High Pressure Grinding Rolls (HPGRs) have become essential for efficient size reduction and comminution. Known for lower energy use and improved product quality, HPGRs are widely implemented in mining, cement, minerals, and aggregates. Their ability to reduce costs and enhance downstream processing makes them a preferred choice in modern material processing.
Grinding Industries & Applications
High pressure grinding rolls (HPGRs), were first implemented in the cement industry in the 1980s. Initially used for slag and clinker grinding, the technology has rapidly spread into other applications requiring size reduction, comminution, crushing, and grinding of materials. Industries such as mining, cement, minerals, and aggregates have all been benefiting from this technology, and have begun favoring it over traditional technology such as Ball mills, SAG mills, and AG mills.
Due to its highly efficient high pressure grinding and ability for enhanced material liberation, increased microcracks, and preferred product shape; HPGRs are steadily transforming the material processing landscape, offering superior performance and sustainability across a wide range of operations.
Low Specific Energy Consumption
Preferred Particle Breakage Along Mineral Grain Boundaries
Low Operating Costs
Increased Microcracking
Little or No Water Consumption
Focused Active Grinding Zone
Hardware & Machinery
Partners
Partnered with the best to provide unsurpassed solutions to our customers
We work with some of the biggest names in motors, drives, bearings and more to provide the best machines with readily available components.



















