Application
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Suitable for multiple application scenarios
Building Materials Production
Used in the production of cement retarders, gypsum boards, and wall materials, offering stable performance.
Infrastructure Engineering
Used as road subgrade, filling, and backfill material, improving compaction and structural stability.
Mining Engineering
Used for mine backfilling and filling of goaf areas, enhancing overall safety and long-term stability.
Chemical Products
Used for improving the strength of concrete piles and in the production of chemical products such as calcium sulfate whiskers.
Soil Improvement
Used for soil conditioning and improvement, enhancing soil structure and physicochemical properties.
Gypsum Products
Processed into value-added products such as gypsum molds and decorative moldings to meet customized needs.
Technological Advantages
High-Purity Fluorogypsum Purification Technology
- Advanced Process: Mastering professional technologies such as fluorine removal, desulfurization, and drying.
- Wide Application: Can be directly used in various fields such as cement retarders, gypsum boards, and roadbed fillers.
Product Customization Capabilities
- Controllable Fineness: Particle size adjustable from 200-400 mesh, meeting the needs of different building materials and fine chemical industries.
- Adjustable Setting Time: Adaptable to various construction and production processes.
Resource utilization technology
- Zero wastewater and low emissions in production, complying with carbon neutrality and solid waste resource utilization standards.
- Production process meets international environmental standards, helping customers avoid import country access barriers.
Engineering and Application Technical Support
- Providing proportioning schemes, construction process suggestions, and application scenario technical optimization.
- Supporting customized technical solutions for industries such as roadbed fillers, mine backfilling, pipe pile reinforcement, and gypsum product processing.
Sustainable development
We are committed to advancing circular economy through responsible fluorogypsum utilization. By transforming industrial by-products into valuable construction and industrial materials, we maximize resource efficiency, reduce waste generation, and minimize reliance on natural gypsum. Our operations prioritize environmental protection while maintaining consistent, high-quality production standards that meet international compliance requirements.
Resource Efficiency
Optimize material recovery from fluorochemical by-products and promote large-scale reutilization in construction and infrastructure.
Waste Reduction
Reduce landfill disposal through standardized processing, turning industrial residues into safe, usable materials.
Safe Handling & Compliance
Ensure compliant treatment, storage, and transportation of fluorogypsum in line with international environmental and safety regulations.
Fluorogypsum production process
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Raw Material Supply and Control
Strict testing of calcium sulfate content and impurity levels is conducted before entry into the factory to ensure processing standards and long-term supply stability.
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Primary Processing
Raw materials are crushed, screened, and dried to the appropriate particle size and moisture content (≤1%), providing a stable foundation for subsequent purification and modification processes.
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Purification and Modification
Through defluorination, desulfurization, and calcination modification technologies, the content of harmful elements is reduced, and the activity index of calcium sulfate is improved, allowing the product to be directly used in building materials, road bases, and fine chemical fields.
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Product Customization
Particle size, moisture content, and setting time can be adjusted according to customer needs. The product can also be processed into gypsum molds, decorative moldings, or chemical whiskers to meet the needs of various industries.