A grass seed manufacturer’s toll processor couldn’t hit target particle distribution for a urea/bone meal blend. See how an in-house fine grinding system solved it in 5 months.
Accelerate large-scale dam construction with high-speed pneumatic unloading. This specialized turbo-inductor system enables tandem trailer rigs to unload simultaneously, ensuring a continuous supply of materials for massive roller-compacted concrete projects.
Eliminate manual material handling and reduce product spillage by up to 100%. These integrated dense-phase conveying systems automate the transfer of sodium carbonate and soda ash from railcars to silos, improving plant safety and operational cleanliness.
Lower annual grinder replacement parts costs by 17% and significantly extend equipment lifespan. These fine-grinding solutions utilize high-speed impact technology to achieve precise 200-mesh particle distribution for premium pet food production.
Eliminate labor-intensive pit cleaning and reduce energy costs with a high-efficiency railcar unloading system. This low-profile pneumatic solution enables faster car spotting and utilizes a single blower for both aeration and conveying, ensuring reliable, high-capacity cement transfer.
Enhance vinyl flooring production with specialized pneumatic conveying and material handling. Our systems utilize heavy-duty rotary valves and high-efficiency dust collection to ensure consistent, contaminant-free powder flow.
Overview This case study shows how a soft drink syrup manufacturer improved the dispersion of sugars, gums, starches, and flavor
Optimize cocoa processing with high-efficiency sifting designed to handle fatty, heat-sensitive materials. These custom systems prevent screen blinding and ensure consistent particle sizing for premium chocolate production.
Optimize soy flake and meal processing. A Mega Mill and M-Series Fine Grinder solve challenges with fatty soy meal maintenance and high-fiber flake shearing.
Streamline fly ash production by weighing, batching, and blending in a single pneumatic unit. This semi-dense conveying solution simplifies maintenance and ensures continuous operation with simultaneous dual-conveyor processing.
Maximize wood fiber recovery and eliminate waste in high-speed sawmilling lines. Advanced gyratory screening technology allows for higher log feeding speeds while maintaining strict chip specifications and protecting your bottom line.
Save over $50,000 annually by eliminating the hidden costs of abrasive wear and corrosion. Advanced internal coatings and proprietary hardware upgrades extend the life of rotary airlock valves, ensuring consistent production in harsh charcoal processing environments.
Eliminate blemishes and surface defects in high-performance powder coatings. This specialized centrifugal sifter redesign prevents oversized particle bypass, ensuring flawless finishes even when utilizing screens as fine as 200 mesh.
A 60-day runway renovation at Hartsfield-Jackson required moving 85,000 tons of cement and fly ash. See how pneumatic conveying kept a 24/7 concrete operation 6 days ahead of schedule.
Upgrade facility capacity with a Modular MultiDeck screener. Its component design allows for easy installation in tight spaces while delivering maximum screening efficiency.
Transition from manual 50-pound bag handling to an automated bulk receiving system. This space-saving solution utilizes pneumatic unloading and twin storage bins to increase facility safety and operational efficiency for specialty flooring manufacturers.
Eliminate cross-contamination and material degradation in your rubber compounding process. This dense-phase pneumatic conveying system replaces high-maintenance bucket elevators with a closed-loop design that ensures material grade integrity and efficient dust recovery for friable carbon black pellets.
Clogged vibratory separators cut yield and drove up maintenance at a major activated carbon plant. See how the easy screen change unit cut maintenance time 50% and boosted throughput.
Regain your competitive edge by offering boutique cement blends and custom, small-batch orders. This advanced blending solution integrates into existing silo structures to enable precise, truckload-sized mixing without disrupting large-scale continuous kiln operations.
High‑shear inline mixing improved liquid foundation production by reducing batch time, eliminating powder agglomeration, and enhancing pigment dispersion.
Modern sawmill lines produce more fines than legacy chip screens can handle. Widening screen apertures fixes the symptom — and quietly dumps good pulp fiber into the waste bunker.
