Paddles with 60 to 70 A durometer hardness grip compressed blowing wool, preventing jamming and ensuring efficient expansion during distribution.
Open-profile guide vanes capture rejected particles and redirect airflow to reduce turbulence, improving throughput in vertical roller mills.
Inverted V-shaped covering members and V-shaped flooring members create inclined slits for continuous air supply in foundry sand reclamation fluidized beds.
A hopper uses a flexible connection wall to fold automatically when side walls pivot.
Sequential sieving and air classification isolate protein-rich particles from fiber, resolving low protein content in standard sunflower meal.
A microfluidic device focuses particles into equilibrium positions using shear and wall lift forces for passive size-based separation.
A powder separation and recovery device uses counter-rotating rollers and multi-stage filtration to process flat-plate catalysts.
A downdraft winnower uses a diverter wall and ballistic plate to fluidically accelerate cacao mixtures for density-based separation.
Variable cross-section geometry reduces fill level rapidly, resolving interruptions in continuous material conveyance.
Downward-pointing curved deflecting elements between vertical guide vanes impart horizontal and vertical movement components to the gas-solids mixture.
A fixed cyclone separator applies a low-repulsive surface layer to prevent coarse particle stalling and improve separation accuracy.
A cylindrical separation device uses centrifugal guides and openwork hinder plates to remove impurities from granular material.
Twisted helical turns in a spiral separator generate centrifugal force to separate fine particles without chemical dosing, reducing operational costs.
Heated swirling gas classifies sub-micron powder without sticking, preventing classifier blockage and maintaining continuous operation efficiency.
Adjustable register strips and curved nozzle transitions reduce pressure losses while maintaining uniform grit mat quality in wood-based panel production.