Primary crushers determine the production capacity ceiling and cost-per-ton for the entire production line. This article compares the specifications, suitable materials, and actual capacities of three major primary crushing solutions—PE/C-series jaw crushers, PF impact crushers, and 2PC double-rotor hammer crushers—and provides selection recommendations based on material hardness.

YGM roller mill for Brazil: 380V/60Hz, ag-lime + GCC in one unit, 80–1250 mesh, 0.5–16 t/h, 30% less power than ball mills, dry closed-loop.

Core configuration, process flow, and return on investment for a 100-t/h fixed crushing and screening equipment. Understand how to scientifically combine jaw crushers, cone crushers, and vibrating screens to create an efficient and stable stone production line, helping enterprises reduce costs and increase efficiency.

Baichy Heavy Industry’s HGM series ultrafine grinding mills (three-ring micro-powder mills) cover the production of ultrafine powders ranging from 150 to 3000 mesh (D97: 5–47 μm), with capacities spanning 0.5 to 45 t/h; they are suitable for processing over 100 types of non-metallic minerals, including calcium carbonate, talc, kaolin, and barite.

Jaw crushers are mainly used for primary crushing equipment (coarse crushers), and are widely used for various ores and rocks in various fields such as mining, smelting, building materials, roads, railways, water conservancy, and chemical industries.

Turn natural gypsum or FGD desulfurization gypsum into plaster powder worth 4–6x the raw material. 5–30 t/h turnkey gypsum powder production line with whiteness ≥85%. Free sample test + 48h quotation.

Gypsum powder is usually made from natural gypsum ore through a series of processes such as crushing, grinding, and drying. The fineness of the finished product is generally between 80-325 mesh.

An in-depth analysis of the pros and cons of Baichy Heavy Industry’s Vertical Roller Mill (VRM): it offers 30–50% lower electricity consumption per ton compared to ball mills, integrates drying, grinding, and classification into a single process, and achieves capacities exceeding 500 t/h. The analysis also details four major drawbacks—handling highly abrasive materials, vibration sensitivity, and high initial investment—along with mitigation strategies, and includes a selection reference table and FAQ.