High Shear Mixer


in one machine for reduced

mixing time and operating costs

K1 Lab Mixers








High Shear Mixer

Mixers & Equipment

High Shear Mixing Results

About Us

Lancaster Products designs and produces material processing equipment for customers in over 50 countries and serving industries as diverse as ceramics, glass, refractories and proppants. Lancaster Products has become a leader in material processing equipment and has developed a world-wide standard for rugged, dependable, and quality machinery.


• K1 – K5 mixers available
• Proof of Concept
• Mix Design Optimization

• K3 – K5 mixers available
• Quick turnaround on production materials
• Produce commercial materials in our facility and ship to meet your needs

• K1 – K5 mixers available
• Try our mixers at your facility before you buy
• Mixers available for immediate need

Latest News

Improvements in Processing Chicken Manure Based Fertilizer

Chicken manure is a common ingredient in residential, commercial, and industrial fertilizer products due to its high nutrient content and widespread availability. In an unprocessed form, raw chicken manure can burn and damage plants, contains harmful pathogens to people and animals and is difficult to handle. Because using unprocessed manure as a fertilizer is not a viable commercial option, processes must be established to utilize heat to kill pathogens and then granulate manure into a useful, transportable, and sellable product. In granulated form, chicken manure based fertilizer offers several advantages over powdered based fertilizers such as decreased nutrient runoff, easier transportability and handling and more controlled spreading.

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Manufacturing Cold Set Ceramics from Fly Ash

The environmental and economic benefits of using fly ash aggregates in concrete admixtures are well documented with adoption continually growing across industry[1]. The critical factor in managing this abundantly available waste from coal fired power plants is in converting it on-site at the lowest cost to both the materials processors and for sale to end users. The best way to cut processing costs is to lower capital equipment costs and increase efficiencies in production. Lancaster Products has successfully worked with Nometrain Pty. Ltd. from Queensland, Australia, to develop processes with a Lancaster High Shear Counter-Current Mixer to produce granulated Cold Set Ceramic products. This Cold Set Ceramic process uses a chemical reaction to cure the fly ash into a ceramic product which eliminates the need for kilns commonly used to fire fly ash agglomerates after they are pelletized in our high shear mixers. Nometrain has developed an environmentally safe, proprietary process that utilizes chemicals instead of water with the fly ash mix which “cures at ambient temperatures to produce a matrix with exceptional early green strength, and which cures over time[2].” This revolutionary process does away with the need for kiln firing eliminating an additional piece of expensive equipment and greatly reduces the energy costs typically associated with the firing of fly ash agglomerates. The partnership with Lancaster Products has allowed Nometrain the ability to utilize the Lancaster Mixer to create agglomerates of varying sizes at 90+% yields in an extremely short mix cycle.

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Blending of Dissimilar Powders to Achieve Homogenous Mixtures Using High Shear Mixers

Many of the mix requirements presented to our engineers start with the need to blend powders of dissimilar properties into a homogeneous mix. It’s not uncommon for customers to discover that the equipment they currently use or are considering for use either does not produce the level of homogeneity specified or the process takes too long. We take great pride in seeing their faces light up when we show them the results that can be achieved using a Lancaster Products High Shear Counter-Current mixer!

Vastly differing densities of powders can present unique problems when attempting to achieve a desired homogenous mixture. In particular, we have experienced this in the technical ceramics industry where the key ingredients often have dissimilar densities. The issue is further compounded in cases where the ratio of ingredients can be significantly unbalanced with 95% of the mixture containing ingredient “A” and the other 5% consisting of ingredients “B, C, D…”.

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