9 TPH Marble Waste Residue Grinding Project for New Energy Powder with 300 Mesh
A large amount of waste residue and stone powder will be produced in the process of marble mining and cutting. These waste materials can be processed into high-value new energy powder after fine grinding. This marble waste residue grinding project has an hourly processing capacity of 9 tons, and the finished powder fineness reaches 300 mesh. The raw materials are marble leftover materials and saw mud, which are cheap and easy to obtain.
After crushing, drying and impurity removal, the waste residues are sent to the grinding mill for deep processing. The marble powder has high calcium content and stable physical properties after grinding. After modification treatment, it can be used as filling powder for new energy battery insulation materials and composite thermal conductive materials. In addition, qualified marble powder can also be used in high-grade coating, artificial stone and architectural decoration industries.
The production line adopts closed circulation grinding process, which makes full use of waste resources and realizes green environmental protection production. The equipment is equipped with intelligent frequency conversion system to adjust rotating speed according to material hardness, effectively reducing energy consumption. The wear-resistant parts are made of customized alloy materials to adapt to long-term recycling processing of waste stone materials.
This marble waste residue utilization project not only solves the problem of solid waste accumulation, but also produces high value-added new energy powder products, bringing considerable economic and environmental benefits to processing enterprises.
After crushing, drying and impurity removal, the waste residues are sent to the grinding mill for deep processing. The marble powder has high calcium content and stable physical properties after grinding. After modification treatment, it can be used as filling powder for new energy battery insulation materials and composite thermal conductive materials. In addition, qualified marble powder can also be used in high-grade coating, artificial stone and architectural decoration industries.
The production line adopts closed circulation grinding process, which makes full use of waste resources and realizes green environmental protection production. The equipment is equipped with intelligent frequency conversion system to adjust rotating speed according to material hardness, effectively reducing energy consumption. The wear-resistant parts are made of customized alloy materials to adapt to long-term recycling processing of waste stone materials.
This marble waste residue utilization project not only solves the problem of solid waste accumulation, but also produces high value-added new energy powder products, bringing considerable economic and environmental benefits to processing enterprises.
