Öljykoksi (yleisesti tunnettu nimellä petrokoksi) on raakaöljyn jalostuksen sivutuote. Se koostuu pääasiassa hiilestä ja sille on ominaista korkea lämpöarvo ja alhainen tuhkapitoisuus […]
Haasteet öljykoksin jauhatuksessa: Onko ilmaluokittelijamylly (ACM) paras ratkaisu? Lue lisää "
Producing high-performance toner for laser printers and copiers requires strict control over particle size distribution (PSD). The PSD directly influences image resolution, charging stability, transfer efficiency, flowability, and low-temperature fusing.
If you’re serious about sodium‑ion batteries, you can’t ignore biomass hard carbon precursors. They sit right at the intersection of cost, sustainability, and performance – and they’ll decide who wins the next wave of sustainable hard
Miksi biomassan kovat hiilen esiasteet ovat tärkeitä natriumioniakkujen anodeissa? Lue lisää "
In the field of automotive exhaust treatment, choosing the right SCR (Selective Catalytic Reduction) catalyst is crucial for improving catalytic performance, extending catalyst life, and reducing emissions. SCR catalysts are
Bentonite is known as a classic “high-viscosity, easy-to-agglomerate, difficult-to-grind” material due to its layered structure, strong adsorption capability, and high swelling properties. When targeting ultrafine particle sizes—especially D97 ≤ 5
Coal-based activated carbon is a versatile material prized for its high surface area and exceptional adsorption capacity. Produced from bituminous or sub-bituminous coal, it features an intricate microporous structure that
Mikä on paras menetelmä hiilipohjaiseen aktiivihiileen jauhamiseen D50:20 μm:iin? Lue lisää "
Sulfur is a fundamental chemical raw material widely used in sulfuric acid production, pesticides, explosives, rubber vulcanization, lithium–sulfur batteries, and fine chemicals. As downstream industries move toward higher performance and
In modern powder processing industries, the demand for precision, efficiency, hygiene, and automation continues to rise—particularly in high-value sectors such as food additives, fine chemicals, electronic materials, and pharmaceutical excipients.
An air classifier mill utilizes high-speed rotating components — such as hammers, blades, or rods — to impact the material being ground.Through the intense collision between the rotor and the
Miksi ultrahieno jauhatus on erottamaton osa tehokkaita ilmaluokittelumyllyjä? Lue lisää "
The Air Classifier Mill (ACM) has become a preferred technology for producing high-quality pigment with precise particle size control. It integrates fine grinding and real-time classification, ensuring uniform particle distribution
