One technology. Every industry.

Ground and air-classified industrial minerals are the workhorses of paints, plastics, paper, coatings, and construction. Microtec engineers exact particle-size distributions and morphology so each mineral delivers the brightness, opacity, flow, or reinforcement its end use demands.

Battery performance lives and dies on particle engineering — cathode, anode, and precursor powders must hit precise size, shape, and surface area to govern energy density, charge rate, and cycle life. Our milling and classification produce the ultra-fine, tightly distributed powders modern cells require.

From silicon and polysilicon to solar glass and recovered wafer kerf, PV manufacturing depends on clean, precisely sized feedstocks. Micronization reclaims high-purity material from production streams and re-engineers it to spec — improving yield and cutting waste.

Metal powders drive additive manufacturing, coatings, and recycling — and each process needs a specific particle size, shape, and flowability. Microtec processes aluminum, copper, nickel, cobalt, and rare-earth streams, including recycled feed, into engineered powders for high-value reuse.

Critical minerals are strategically scarce and notoriously hard to process. Our cryogenic and ambient milling liberates and refines rare-earth and critical-mineral feedstocks into consistent, high-purity powders — strengthening domestic supply chains for magnets, electronics, and defense.

Texture, dissolution, and mouthfeel all trace back to particle size. Microtec micronizes flours, proteins, spices, and functional powders — often cryogenically, to protect flavor and heat-sensitive nutrients — for uniform blending and consistent performance.

Reactivity, dispersion, and dissolution rate are all governed by surface area. We micronize inorganic and organic chemicals, pigments, catalysts, and specialty additives to exacting distributions — unlocking performance conventional grinding cannot reach.

In pharma, particle size directly controls dissolution, bioavailability, and dosing accuracy. Microtec's precision micronization — including temperature-controlled processing for sensitive compounds — produces APIs and excipients with the tight, repeatable distributions regulated products demand.

Smoothness, coverage, and skin feel come from ultra-fine, uniform particles. We engineer pigments, minerals, and active ingredients into silky, consistent powders that perform predictably across formulations.

Micronizing biomass, wood, and agri-residues increases surface area and energy density — improving combustion, pelletizing, and conversion into biochar and refuse-derived fuels. Our systems handle fibrous, moist, and heat-sensitive feedstocks that defeat conventional mills.

Cryogenic milling turns tough, elastic materials into fine, free-flowing powders — recovering value from end-of-life tires, rubber, and plastic regrind, ready to re-enter compounds, coatings, and composites.

Semiconductor processing demands extreme purity and precisely engineered particles. We micronize silicon, silicon carbide, and photoresist materials and refine CMP slurries — delivering the sub-micron consistency advanced chip manufacturing relies on.