28 TPH Granite Grinding Project for Artificial Sand and Stone Powder with 100 Mesh
Granite is a hard silicate mineral with high compressive strength and strong weather resistance. Waste granite stones can be ground into industrial stone powder for comprehensive utilization. This large granite grinding project has an hourly output of 28 tons, and the finished powder fineness is controlled at 100 mesh.
The raw materials are granite waste stones and leftover materials from stone processing plants, with high hardness and low moisture content. After secondary crushing, the raw materials are evenly sent to the industrial grinding mill. The equipment is customized with high-wear-resistant grinding rollers and grinding rings to adapt to high-strength grinding of hard granite.
The circulating air system accelerates powder discharge and improves production efficiency. The processed granite powder has stable texture and strong compression resistance, which can be used for artificial stone raw materials, concrete fillers and road engineering bedding materials. It can also be applied in water conservancy projects as anti-seepage filling powder.
The production line adopts automatic frequency conversion speed regulation to adjust feeding volume according to material hardness, reducing invalid energy consumption. The equipment is equipped with vibration damping devices to reduce operating noise and vibration. This granite waste recycling project effectively solves the stacking problem of stone waste, realizes resource recycling, and creates considerable economic benefits for processing enterprises.
The raw materials are granite waste stones and leftover materials from stone processing plants, with high hardness and low moisture content. After secondary crushing, the raw materials are evenly sent to the industrial grinding mill. The equipment is customized with high-wear-resistant grinding rollers and grinding rings to adapt to high-strength grinding of hard granite.
The circulating air system accelerates powder discharge and improves production efficiency. The processed granite powder has stable texture and strong compression resistance, which can be used for artificial stone raw materials, concrete fillers and road engineering bedding materials. It can also be applied in water conservancy projects as anti-seepage filling powder.
The production line adopts automatic frequency conversion speed regulation to adjust feeding volume according to material hardness, reducing invalid energy consumption. The equipment is equipped with vibration damping devices to reduce operating noise and vibration. This granite waste recycling project effectively solves the stacking problem of stone waste, realizes resource recycling, and creates considerable economic benefits for processing enterprises.
