Efficient material transport whilst preserving quality Dense phase pneumatic conveying systems are used when the product quality is of the highest importance. They minimise changes in bulk density and particle size distribution and also limit demixing effects, and can be used for many materials such as powders, granules, flakes and pellets. The absence of rotating parts in pressure vessels reduces maintenance costs. The advantageous ratio of product to conveying gas also makes our systems energy efficient.

The production of calcium carbonate is of enormous importance for many industries, as it is an important component of many products. Calcium carbonate is mainly obtained by processing natural deposits, such as limestone, marble or chalk, or by synthetic processes such as precipitated calcium carbonate, also known as PCC. The process steps include extraction, crushing, grinding, purification, thickening and refining. Precise & reproducible microwave measurement Measuring the total solids or slurry density of calcium carbonate during production is crucial for maintaining product quality, optimising processes, ensuring regulatory compliance, enhancing product performance and troubleshooting any issues that may arise during manufacturing. It plays a vital role in the overall efficiency, reliability, and success of calcium carbonate production across various industries. With the Micro-Polar LB 566 measurement system from Berthold it is possible to measure the density or total solids with high repeatability and accuracy, thus guaranteeing stable and reliable process control throughout the entire process.

P+W process silos are specifically engineered for deodorization. These are silos that serve to control or minimize unpleasant odors or vapors that can arise during the recycling process or storage of waste-related materials. These process silos can also be used for degassing as well as drying of bulk goods.

The new JACOB DETECTABLE DESIGN line provides increased safety, for example in food production. All products in the DETECTABLE DESIGN line can be detected with customary metal detectors and comply with EC1935/2004 regulations, as well as FDA standards. Should they or even just parts of them accidentally find their way into your production process, for example during assembly, they can immediately be located by a metal detector and removed. Miniscule metallic particles render non-metal elements such as seals, rubber covers and compensators detectable. Look for the DETECTABLE DESIGN sign.

JOEST dewatering screens were originally developed for sand dewatering, but are now used in almost all industries where bulk materials need to be specifically dewatered after washing or other wet processes. Whether in ore processing, the minerals industry, plastics or glass recycling – thanks to their robust design and versatile configuration options, these screens have established themselves as high‑performance, compact solutions for achieving very low residual moisture. The machines operate with linear motion generated by vibratory motors, exciters, or magnetic drives – depending on machine size and application. With an optimized throw angle and high acceleration, JOEST dewatering screens achieve extremely low residual moisture values, even with high throughput rates. Optional features such as fines hoppers, vibration monitoring, or hygienic designs enable precise integration into a wide variety of processes and industries.

We also provide granulation methods to optimize the size of the final product.

The modularly designed DIMA® series is characterized by its efficient and ergonomic bagged product intake, capable of handling between 1 and over 1,200 bags per hour. The DIMA® series includes multiple emptying systems, designed to suit the product you are working with and the desired capacity.

More than 75 years of experience with industrial processes has made Dinnissen a leading specialist in process technology for powders, pellets grain and granular materials. From product infeed, conveying, dosing and weighing, mixing, grinding, crushing, sifting and packing. Dinnissen automates, optimizes and innovates your entire production process with customized solutions. We work with you to maximize your performance and efficiency. * Optimization of your performance and efficiency through your entire process * Engineering, production and installation all in-house * Extensive service and test facilities * An innovative and customized solutions, for every challenge * Knowledge about your process through more than 75 years of experience in your industry

With the Dinnissen Productivity Platform - also known as DPP - you are in constant contact with your machines and installations. Thanks to the Cloud, you can view production efficiency, including service status and possible production interruptions, wherever and whenever you want. In addition to minimal downtime and the highest possible quality, having the right safety measures is crucial for high-performing production. With the DPP, Dinnissen offers a future-proof all-in-one solution.

Disc Mills type MK KMV are mainly used for fine grinding of rigid thermoplastic granules into powder for pipe, profile, sheet and siding production. These Disc Mills can also be used for fine grinding of other rigid plastic materials and for fine grinding of soft to medium hard, brittle and crystalline organic and inorganic materials. The Disc Mill, Type MK KMV features a number of advantages that add up to its unsurpassed performance in production. * Cool grinding operation * Continuos screen less operation * Easy adjustment of particle size possible * Hinged front door allows for good access to the grinding chamber * Easy adjustment of grinding gap * Safety switches for maximum operator protection * Steel fabricated design, rugged and reliable * Compact space saving design * Not low in initial price, but a machine with very favorable lifecycle cost

The BARL – discharge aids are used for emptying silos and bunkers containing powdery, fine grained and granular bulk materials with different physical properties. The discharge aid loosens the bulk material and assists the mass flow. Bridges in the vicinity of the oscillation insert are destroyed. The outer cone is securely flanged onto the container. A shut-off organ and the following conveyor organ can be flanged onto the discharge flange directly and without any problem. The oscillation insert consists of the relief taper and the paddles that extend down as far as the outlet. The relief taper protects the outlet from the pressure of the bulk material. The point projecting upwards prevents the formation of bridges in the vicinity of the oscillation insert. The agglomerate crusher is naturally also available in both pressure-shock-proof and ATEX-compliant!