COMPETITIVE ANALYSIS:
How does the Gran-U-Lizer™ differ from other grinding methodologies?

1) The Granulizer design is non-attrition (unlike hammermills, FitzMills®, attrition mills, etc.), thereby minimizing the generation of fines in the grinding process.

2) The low friction principle of operation results in minimal temperature elevation during grinding; consequently, energy and power requirements are minimized.

3) Precision-engineered roll designs, and construction, provide the optimum reduction on each stage, or pair, of rollers, which can be either single or multiple (up to six (6) stages).

4) The Granulizer design is configured for each particle size reduction application. By optimizing roll surface textures, speeds and gap settings, the Granulizer carefully controls the "explosion" that occurs in the "cracking", or "fracturing", of the product.

The bottom line: The MPE Granulizer achieves a narrow, sharp particle size distribution, which is typically the most important factor in the size reduction process. A narrow distribution results in fewer unwanted fines, which produces less product waste, greater yields and increased efficiencies. New, enhanced product application possibilities can also be created through the use of the Granulizer.

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Competitor Comparison:
In thousands of installations, MPE Granulizers have demonstrated their ability to improve product yields, often by as much as 200-300% more than other grinding methods, such as hammermills, FitzMills® and attrition mills.