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China Calcium Hypochlorite Suppliers - Factory Direct Bleaching Agent for Paper Pulp Production
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China Calcium Hypochlorite Suppliers - Factory Direct Bleaching Agent for Paper Pulp Production

Calcium Hypochlorite (Calcium Method) is a traditional and highly sought-after chlorine disinfectant, widely produced by various suppliers in China. This effective product is created through the direct reaction of chlorine gas with calcium hydroxide (hydrated lime) in specialized factories. The result is a solid compound predominantly composed of Calcium Hypochlorite (Ca(ClO)₂), which serves as the active ingredient, alongside calcium chloride and calcium hydroxide. With its proven efficacy, Calcium Hypochlorite is a go-to choice for effective disinfection, making it essential for various applications in both commercial and industrial settings. Choose our Calcium Hypochlorite for reliable sanitation solutions offered by reputable suppliers from China

    Product Description

    • Powerful Oxidizing Agent: Effectively kills bacteria, viruses, and algae.
    • Stable Solid Form: More stable than liquid bleach, easier to store and transport.
    • Economical: The calcium method is a cost-efficient production process, making the product affordable for large-scale use.
    Specification:
    Item Specification
    Active Ingredient Calcium Hypochlorite (and related compounds)
    Appearance White or greyish-white powder or granules
    Available Chlorine ~65%-70% (for high-test grade)
    Solubility Partly soluble in water, leaving a significant residue.
    pH (1% solution) Approximately 10-12
    Calcium Hypochlorite 3

    Application

    application (3)

    Water Treatment: Disinfection of swimming pools and industrial wastewater

    application (2)

    Bleaching: Used in the textile and pulp/paper industries for bleaching.

    application (1)

    Sanitation: General disinfection of public areas, sanitary facilities, and livestock farms.

    application (4)

    Algae Control: Effective in controlling algae growth in ponds and water features.

    Packing

    Regular packing: 40kg/45kg/50kg plastic drum
    packing (1)
    Customer-specified packaging:
    packing (2)

    Notes

    How to use
    • Golden Rule: ALWAYS add the product to water slowly while stirring. NEVER add water to the product, as it can cause a violent reaction.
    • Use plastic, fiberglass, or ceramic containers. Avoid metals.
    • Prepare the solution in a well-ventilated area.
    • Dosage depends on the application and desired chlorine residual. For example, for pool shock treatment, a higher dose is used. Follow specific guidelines for your use case.
    • Allow the insoluble residue to settle, and use the clear supernatant liquid for application to avoid clogging sprayers.
    Advantages
    • Proven Technology: A classic, well-understood manufacturing process.
    • Cost-Effective: Typically more affordable than sodium-method calcium hypochlorite, offering excellent value for money.
    • High Strength: Despite being a mixture, it still provides a high available chlorine concentration, making it highly effective.
    • Convenience: The solid form eliminates the risks and costs associated with transporting and storing liquid chlorine.
    Storage Method
    • Store in a cool, dry, and well-ventilated place.
    • Keep away from heat, sparks, and open flames.
    • Keep container tightly closed to prevent moisture absorption, which leads to decomposition.
    • Isolate from combustibles, organic materials, acids, and reducing agents.

    FAQ

    Q1: What is the main difference between the Calcium Method and the Sodium Method?
    A1: The primary difference lies in the production process and product purity. The Sodium Method produces a purer grade of Calcium Hypochlorite with higher stability and less residue. The Calcium Method is more traditional and economical, but the product contains more impurities and is slightly less stable.
    Q2: Why is there so much sediment when I dissolve it?
    A2: This is normal. The Calcium Method product contains insoluble compounds like calcium hydroxide and calcium carbonate. These do not dissolve and will form a sediment at the bottom of the container.
    Q3: Can this be used for drinking water disinfection?
    A3: While technically capable of disinfecting water, the higher level of impurities and insoluble residue makes it less ideal for potable water treatment compared to purer grades. Always check local regulations.
    Q4: What is the most critical safety warning?
    A4: NEVER MIX WITH ACIDS (e.g., toilet bowl cleaner, vinegar). The reaction produces highly toxic chlorine gas. Always store and use it separately from all other chemicals.
    Q5: How does its stability compare to liquid bleach?
    A5: It is significantly more stable. Liquid bleach (sodium hypochlorite) decomposes rapidly over weeks, while solid calcium hypochlorite, when stored properly, can maintain its strength for much longer.