Mixing

Benefits of Mixing

Production of uniform and reproducible products across powders, granules, pastes and liquids
Short mixing times with high-quality results
Gentle treatment of fragile or heat-sensitive materials
Improved product flowability and reduced segregation risks
Dust reduction and cleaner handling environments
Flexibility to combine processes (mixing, granulation, coating, wetting) in one unit

Ploughshare Mixer – batch mixer with mechanically generated fluid bed, ensuring short mixing times and high homogeneity.
Double Shaft Paddle Mixer – mixer with two counter-rotating shafts for large volumes and consistent results.
Planetary Mixer / Pan Mixer – mixer with planetary and rolling-wheel motion, designed for thorough and powerful blending of heavy or cohesive materials.

Mixing technology is applied across diverse industries:

Chemicals: fertilizers, detergents, salts, pigments, urea, carbonates
Pharmaceuticals: granulation of excipients and actives, coating of powders and crystals
Food: flour, sugar, premixes, frozen products, starch and starch derivatives
Minerals & Building Materials: gypsum, lime, cement, clay, refractory products
Metals & Recycling: metallic oxides, ferroalloys, mill scale, Waelz oxides, sludges
Energy & Fuels: coal blends, oil-coal slurry, biomass, coke fines, alternative fuels
Environmental: sewage sludge, flue gas desulphurisation gypsum, waste dust stabilization

Enables recycling of industrial by-products into stable mixtures
Reduces airborne dust and pollution through controlled blending
Supports circular economy practices by re-integrating secondary raw materials into production
Process Testing & Development
Laboratory and pilot mixers provide the ability to:
Test mixing homogeneity with very small quantities (as little as a few kilograms)
Assess flowability, stability and scale-up potential
Verify suitability of sensitive or complex formulations before full-scale investment