Product Description
Driven by a vision to achieve growth in the chemical industry, we are engaged in manufacturing and supplying Solid Fluorspar Lumps. These are relatively low melting point halide minerals, used as flux to lower the melting point of raw materials in steel production. The lumps are obtained from the earth crush. The clients can avail our Solid Fluorspar Lumpsin bulk quantity at affordable prices. We deliver our products to the clients within the given time frame.
Specification
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Calcium Fluoride
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90% min
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Silicon Dioxide
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8% max
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Size
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10-50 mm (90 % min)
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Form
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Solid
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Brand
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Maruti Chemicals
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Packaging Type
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PP Bag
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Packaging Size
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50 Kg
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Features:
- Composed of calcium fluoride
- Suitable for smelting process
- Effectively remove impurities
Further Details:
- Fluorspar is a halide mineral composed of calcium fluoride. Having a relatively low melting point, the mineral is extensively used as an important flux in smelting. Corresponding to different grades of purity, Fluorspar Lumps have various industrial uses. The lowest of the three available grades, Metallurgical grade fluorite, is used as a flux to lower the melting point of raw material in steel production for the removal of impurities.
- Maruti Chemicals Company offers Fluorspar Lumps, which it caters to the varied requirements of the large number of industries. These lumps can be availed from us in in specific particle size and purity as required.
APPLICATIONS:
- Ceramic Industry/ Glass Industry
- Steel Industry
- Metallurgy Industry
Structural Excellence and Chemical PuritySolid Fluorspar Lumps are prized for their high CaF2 content (85-96%), superior structural strength, and stable performance at elevated temperatures. Their basic refractory nature and low thermal conductivity make them essential for demanding applications in metallurgy and ceramics, offering both reliability and longevity.
Versatile Applications Across IndustriesThese lumps serve as a flux in steelmaking and aluminum production, facilitating impurity removal and enhancing product quality. Their use extends to glass and ceramic manufacturing, where their chemical stability and negligible water absorption contribute to improved processes and finished products.
Convenient Packaging and Safe HandlingSolid Fluorspar Lumps are supplied loose in bulk or securely packed in 1-ton jumbo bags. Odorless and non-toxic under normal conditions, they are safe for handling, storage, and transport. Proper storage in dry, covered areas ensures unlimited shelf life and preserves mineral properties.
FAQs of Solid Fluorspar Lumps:
Q: How should Solid Fluorspar Lumps be stored to maintain their quality?
A: Solid Fluorspar Lumps must be kept in a dry, covered storage area to protect against moisture and environmental contamination, ensuring their unlimited shelf life and preserving their physical and chemical properties.
Q: What are the main industrial uses for Solid Fluorspar Lumps?
A: These lumps are primarily used as a flux in steelmaking and aluminum production, and are also important in glass and ceramic industries due to their high purity, chemical stability, and structural strength.
Q: When is the optimal time to use Solid Fluorspar Lumps in metallurgical processes?
A: Solid Fluorspar Lumps are typically introduced during the melting or refining stages, where they help lower melting points, assist in impurity removal, and improve metallurgical yields.
Q: Where are Solid Fluorspar Lumps commonly exported or supplied from in India?
A: In India, Solid Fluorspar Lumps are supplied and exported by various manufacturers, traders, and importers, ensuring reliable availability for domestic and international buyers.
Q: What process benefits do Solid Fluorspar Lumps provide in ceramic and glass manufacturing?
A: Their low porosity and chemical composition enhance vitrification and clarity, reduce energy consumption, and contribute to strong and stable finished products in ceramic and glass production.
Q: What specific advantages do Solid Fluorspar Lumps offer over other flux materials?
A: They deliver excellent dimensional stability at high temperatures, low water absorption, unmatched purity, and high structural strength, facilitating consistent results in metallurgical and ceramic applications.
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