Material Granulation TRIZ Cases

By limiting sulfur and high-molecular-weight content, the coating film stays strong during fertilization yet breaks down after nutrient release.

Using C20+ fatty acid salts with wax, this coating film suppresses agglomeration and layering failure while improving release control and yield.

A pump applies uniform pressure before cutting SAP hydrogel, reducing uneven particle size and preventing non-uniform drying.

Polyanionic and cellulose-based coatings eliminate hydrocarbon contamination while maintaining free-flowing characteristics and improving nutrient uptake.

Granulated hot melt adhesive pellets feature a thermoplastic polymer film coating that prevents surface sticking during bulk storage.

Rare earth oxyfluoride granules create dense sintered bodies that resist fluorine and chlorine plasma corrosion while preventing particle shedding.

Pore-forming additives create internal voids in nanoceramic granules during spray freeze drying, preventing hard agglomerates and preserving nanostructure.

Inorganic powder coated polymer particles maintain free-flowing properties while preventing pellet blocking under stress.

Cooling molten alpha-olefin polymers below crystallization enables effective underwater pelletization of low viscosity materials.

Quaternary ester ammonium compounds coat solid fertilizer particles to prevent caking while reducing eco-toxicity compared to conventional additives.

A crystallizer maintains higher pressure than the pellet dryer to prevent cooling medium ingress during polymer processing.

Simultaneous agitation and binding eliminate dust hazards while ensuring free-flowing granules disperse efficiently in concrete.

A vegetable oil coating composition uses nitrogen-containing surfactants and cyclic alcohols to protect granular fertilizer particles.