MYTOS integrates the established core technologies of HELOS laser diffraction and RODOS dry dispersion in a single robust body: a process-proven laser diffraction sensor for dry powders ranging from 0.25 µm to 3,500 µm. In combination with continuously operating sampling system TWISTER a complete integration into the processing pipe is realised making it a true in-line solution delivering representative results. Alternatively, MYTOS may be operated on-line either with TWISTER, MIXER, L-probes or existing sampling solutions. Integrated at-line operation in automated lab environments is succeeded with vibratory feeder VIBRI. For instance, typical applications comprise milling operations or spray granulation. The process-specific laser diffraction sensor finds a range of applications from cement to pharmaceuticals, from roughest industrial conditions to GMP environments. If required, the system may be configured for ATEX zones. » RODOS at MYTOS | injection disperser for finest, even cohesive powders | 0.25 µm to 3,500 µm » VIBRI | vibratory feeder for precise dosing with adaption to proprietary sampler or for manual feeding (in at-line combination with MYTOS) » TWISTER | dynamic, representative sampler for installation in process pipes (in-line or or on-line in combination with MYTOS) » MIXER | static mixer for representative sampling behind screw feeder or feeding » L-probes | compact sampler with blow back unit or with pivoting option MYTOS | TWISTER & Co. bundle innovative technologies for superior performance and foresighted capacity planning: » Real-time particle size analysis with laser diffraction of perfectly dispersed powders with up to 2,000 measurements per second » Representative sampling in or out of process pipes in the diameter range from 38 to 660 mm at product temperatures of up to 150°C with TWISTER » Comparability to the established off-line laser diffraction system HELOS | RODOS that share the same core components for a valid method transfer

A WHOLE NEW STANDARD OF HYGIENE, CLEANING AND SAFETY Make a rotary valve easier to clean and it will lead to better and deeper cleaning than ever before. Our engineers took on the challenge and surpassed all expectations. The result? A rotary valve that is all about easier access, opening on both ends instead of one for unprecedented cleanability. FUTURE-PROOF INNOVATION FOR A BROAD RANGE OF INDUSTRIES The new MZC-II is designed around intuitive cleaning and incredibly easy access. This allows for cleaning at an unseen level of hygiene. Which in turn, makes the MZC-II rotary valve a perfect fit for all sectors inside the dry bulk industry from dairy, pharma, food, cosmetics to the paint industry. With the hygiene regulations becoming stricter over a broad range of industries. ABSOLUTELY SPOTLESS IS THE NEW STANDARD Due to the nature of materials being handled small particles will always remain trapped within the rotary valve. From now on, the new MZC-II makes it easier than ever to get rid of every trace of powder residue. Truly deep, safe and hygienic cleaning will be the new standard that this new rotary valve concept is bringing into the world.

REMOTE MONITORING FOR BELT CLEANERS From Your Mobile Device (Android & IOS) or computer The intuitive N2® Position Indicator allows for remote monitoring of the belt cleaner blade via Martin's proprietary mobile app, indicating remaining blade life, notifying when re-tensioning or replacement is required, and warning in the event that the blade is no longer in contact with the belt.

Specially developed for applications involving slag, this drive belt ensures reliable power transmission and stable operation even under harsh operating conditions. The result is smooth plant operation with high operational reliability.

Nauta® Mixer – Conical Screw Mixer The Nauta® conical screw mixer provides gentle, low-shear batch mixing of powders, pastes, and slurries while preserving particle integrity and achieving high homogeneity. Its conical vessel with a cantilevered, orbiting screw ensures precise, energy-efficient mixing and predictable scale-up from lab to production. Nauta® is the global benchmark for powder mixing technology. The mixer handles free-flowing, fragile, or segregative powders with consistent quality at 15 to 100 percent fill levels. It can be configured for heating, cooling, drying including vacuum, and humidification. A bottom discharge valve ensures complete emptying, reducing manual handling and cross-contamination. Optional CIP or SIP cleaning and operation under vacuum or pressure increase flexibility. Nauta mixers can also act as live hoppers, feeding downstream equipment such as fluid bed dryers. They are energy-efficient, fully ATEX-compliant, and available in sizes from 5 to 100,000 liters. Applications include chemicals, minerals, food, pharmaceuticals, cosmetics, plastics, and specialty chemicals. Operators benefit from reliable performance, gentle handling of delicate products, and versatile process options that ensure consistent product quality. Hosokawa Micron’s Nauta mixers combine innovation, sustainability, and efficiency, making them a trusted choice for industrial batch mixing around the world.

At Solids 2023, the company is presenting a functional model for dust binding, showing the trade fair public the dust binding process in bulk solids processing on a small scale to demonstrate the principle of operation on a large scale.

NEBOLEX Umwelttechnik GmbH is a medium-sized company that has set itself the goal of protecting people and the environment from dust and odour emissions. We are one of the leading international companies in the dust binding industry. Our strength is our team, which is characterised by passion and experience in various fields.

YANPAI™ Needle punched felt are widely used for liquid and solid separation, gas filtration and dust collection etc. Application: Liquid filtration; Blast furnace gas; Cement plants dust collection, metallurgy; Chemical plant; power generation dedust system; Architecture, etc Materials availabel: PP, Polyester, Acrylic, Aramid, Fiberglass, PPS, P84, PTFE Treatment avaialble: Singed, glazed, heat set, anti-adhesive, anti-static, anti-acid, water and oil repellent; inflame retardant, PTFE dipping, PTFE membrane, etc Weight: > 300 gsm Up to your required applications, we produce.

Our Deflector Classifier eXtra DCX is a highly efficient air separator which has its strengths particularly in the classification of finest products. The fine classifier can be perfectly integrated into existing grinding, classification and separating processes. The product to be classified is fed to this classifier in the process air. Therefore, the product no longer needs to be separated again prior to classification. The feed material is fed to the classifier from below with the process air. The adjustable deflector ring in the classifier allows the feeding of the product to the classifier wheel from above. Here, the deflector ring enables simultaneous, even radial oncoming flow to the classifier wheel using the process air. Classification of Finest Particles Installations and the housing shape achieve reduced flow speeds. They also guide finest particles within the classifier into the classifying zone in a targeted manner. A classifier wheel designed for the individual fineness requirements separates the finest particles from the coarse material here. The air guidance, which is optimized with CFD simulations, achieves low pressure loss and therefore high energy efficiency. Homogeneous classification conditions and the exploitation of the entire classification zone enable maximum yields with low energy requirements. Our DCX classifier is ideal for maximizing the quantity produced and product quality for existing systems such as ball mills and micronizers which are equipped with older construction style classifiers.

Our guide ring classifier GRC is a latest generation high-efficiency air separator, which offers top yields, precise separation limits and minimum energy requirements. It can be operated as an independent aggregate and combined with a mill. The feed material is fed from the top using a vertical pipe. After the feed material drops into the dispersion unit, it enters the classification zone. The air required for classification carries the particles to the classifier wheel. Small particles, the fine materials, are being pulled through the classifier wheel by the classifying air. The fine material is then separated from the air in the following filter. The classifier wheel rejects particles which are too large, and they reach the bottom of the classifier as coarse material. An airlock discharges this material there. Superfine Classification With Guide Ring Classifier The fine material with a particle size of up to 2 µm is separated from the air flow by the downstream filter. Various versions of the GRC air classifier are available for higher outputs and different applications. The typical uses for the guide ring classifier range from minerals via pigments and paints to the chemicals and food sectors. However, our GRC can also be used to separate substances or to generate fractions which require an increased concentration of a specific substance. The application fields here range from the recycling area to protein enrichment to reducing the chloride content of waste dust from the cement and steel industries.

The impact classifier mill ICM is used for fine and finest grinding of brittle materials. During impact grinding, the grinding tools throw the feed material into the liner and crush it. Following this, the integrated classifier separates the material. The grinding fineness can be set there flexibly using the classifier’s rotary speed. The classifier rejects particles which are too coarse. The coarse material is returned to the grinding zone for further particle size reduction. Highly Selective Classification with Impact Classifier Mill The advantages of the ICM are its narrow particle size distribution and precise upper particle size restrictions of 10 μm to 2,000 μm. This allows for precise setting of the desired product properties regarding flow capacity, color intensity, shine, applicability and taste. The typical impact classifier mill applications are in the areas of chemicals, pigments, powder coating, minerals, coal, food, sweets, cosmetics and pharmaceuticals.

NEA|Sphere S: Controlled spheronization and high yields. With tools specifically designed for the purpose of spheronization and the highly efficient integrated classification module, the NEA|Sphere S enables the complete rounding of particles in a single step. This allows the yield of the rounding process to be significantly increased.

Pendulum Mill: Proven Grinding Concept, Robust Construction The pendulum mill owes its long service life in part to the unique combination of a sturdy, cast mill housing and a rotor with a crosshead. The grinding rollers of the eponymous move at medium speeds on the grinding ring. The arising centrifugal forces crush the grist between the grinding rollers and the grinding ring. Rotating shovels guide the grist from the mill bottom to the grinding zone. Then, system air transports the ground particles from the grinding zone to the classifier. The classifier rejects the coarse product and guides it back into the mill for re-grinding. If the particles have achieved the desired fineness, they pass through the mill classifier. A downstream aggregate separates it out of the air flow. Minimal Grinding System Energy Requirements The input quantities for the various mill sizes range from 0.5 t/h to 150 t/h. Our pendulum mill achieves high requirements for grain size distribution easily and extremely energy efficiently, even in case of the highest demands regarding the fineness to be achieved. The achievable upper particle sizes range from 10 μm to 1,000 μm.

Keyser & Mackay sells the NEVA Big Bag Pallet only in Germany. If you are from another country, please visit www.indus-bulklogistics.com. Thank you very much

The range of knockers series FKL 50si to FKL 200si has been enhanced with the launch of FKL 25in. This model provides appropriate impact energy for fitting at small containers or operating at locations with low wall thickness. Also this new type is available in a lubrication free version and can therefore be operated with dry compressed air. The ATEX version is also available.