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Our state-of-the-art Gran-U-Lizers produce the most accurate particle size distributions that improve product yields and reduce unwanted fines. From cereal and peanuts to quartz and zinc, our grinding equipment can grind anything for commercial and industrial settings.
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The HIGmill is the only ultrafine grinding technology in commercial use that can use small-size high-density grinding media in mill sizes above 3000 kW. On-line particle size optimization to maximize process efficiency. HIGmill offers a unique opportunity to optimize on-line product fineness. The control principle is to measure scalping cyclone ...
Featuring the most advanced technology in particle size reduction, the NEXGEN is a drop-in replacement for traditional horizontal mills with faster grind times and using lower media loads than traditional recirculation mills.
A grinding sieve that will allow to enhance the milling process and reduce the Particle Size Distribution obtained can also be installed. High speed hammer mills tip speed from 40 to 70 ms can allow to reach small particles sizes, below 0.1 mm
They are the mill of choice when you need to precisely control the particle size reduction process. It is important to get the feed throat angle matching the material characteristics - a vertical inlet for fragile material or horizontal for fine grinds.
This is a Bimodal grind. It is necessary to clarify that for each particle larger than 100 microns, there are 100,000,000 particles smaller than 100 microns. The low-quality grinders have a wider grind distribution. In comparison, high-quality ones, industrial mills, produce a more homogeneous grind.
The process engineers at Fluid Energy recognize that no one jet mill is suitable for all powder processing applications. We therefore employ three jet mill designs, each with its own unique processing characteristics. JET-O-MIZER VERTICAL JET MILLING PROCESSING For applications that require a narrow particle size distribution, our Jet-O-Mizer can grind a wide variety of dry powders to 1 ...
The CLM mill is commonly used for multi-stage, closed loop grinding and is ideal for products with properties of a more challenging nature andor requiring a tightly controlled particle size distribution see figure 1. This process achieved the desired particle size but, importantly, processing costs were significantly reduced.
The Dynamic Air Classi er speed may be changed to control the size particles that are rejected. Adjustment of the grinding plates, the sytle of grinding plates, and air ow, permit the ne milling of a wide variety of materials at high production rates without the temperature rise normally associated with the grinding of ne powders.
Particle size distributions Roller mill versus other grinding methods Other grinding methods Roller mill Overs Target particle size Fines Figure 2 Material passing through multiple roll pairs Material gravity-fed into top roll pairs roll gap Ground particles discharged by gravity from bottom
A simple design with an attractive wood case. User friendly due to the simple adjustments for grind size. Noise level was just a low hum before grain was added, then when grinding it was like a vacuum cleaner running. Cleanup was just pulling out some flour remaining in the spout. Access to the mill stones for cleaning was also simple.
Hammer mills are often used for general-purpose grinding and the finished product particle size ranges from millimeters to tens of microns. The jet mill is primarily used for superfine grinding applications and creates particles sizes down to a few microns.
This significantly improves the mixing of the particles resulting in smaller grind sizes and a narrower particle size distribution than is possible to achieve in ball mills. Click to view video For safe and effective grinding processes Wide range of accessories
The circulation grinding Attritor Q machine is a combination of an Attritor and a large holding tank which is generally about ten times the size of the Attritor. The unique principle of the Q Attritor is the high circulating pumping rate, which results in a faster grind and a narrower particle size distribution.