Product Description
Zinc Chloride Liquid (62%) - Appearance: Colourless to pale Yellow Semi Liquid
- Purity as Zinc Chloride (ZnCl2): 62% (Min)
| PARTICULARS | SPECIFICATIONS |
| Appearance | Colourless to pale Yellow Semi Liquid |
| Purity as Zinc Chloride (ZnCl2) | 62% (Min) |
| Zinc (as Zn) | 30%(Min) |
| Specific gravity | 660Be (Min) at 15.50C |
| Lead (as Pb) | 0.001% (Max) |
| Iron (as Fe) | 0.01% (Max) |
| Copper (as Cu) | 0.0005% (Max) |
Properties
- Appearance Colorless and transparent water-solution in liquid state
- Odor Odorless
- Melting point 283°C
- Boiling point 732°C
- Flash point -19°C
- Toxicology Information When heated emits toxic fumes.
- Potential Acute Health Effects Very hazardous in case of skin contact (corrosive, irritant), eye contact
- (corrosive, irritant), ingestion, and inhalation
- Identification A solution of it responds to the tests for Zinc and for Chloride.
- Organic volatile impurities Meets the requirements
- Nature Highly hygroscopic and deliquescent.
- Relative Density 2.91 (25°c / 4 °c)
- Flammability of the Product Non-flammable
Storage & Transportation
- Should be stored in ventilated, dry coffers
- Bags must be sealed to prevent moisture.
- Not to be kept with the consumable goods and feed during storage or shipment.
- Transportation should be covered to prevent rain and sun.
- To be handled gently, to prevent the packaging rupture.
Packaging
- 25kg/ 50kg HDPE Marked Bags with double poly-line inside
- 50kg HDPE/Galvanized Drums (from inside)
Technical Details 
Industrial Application and VersatilityZinc Chloride Liquid is a key component in numerous industrial processes, primarily serving as an electrolyte in dry cell battery production. Its superior hygroscopic nature and high purity levels make it an essential material for ensuring reliable electrical conductivity. Beyond batteries, it finds use in galvanizing, textile processing, and water treatment, showcasing its adaptability across sectors.
Safe Handling and Storage GuidelinesTo maintain optimal quality, Zinc Chloride Liquid should be stored at room temperature and kept in tightly sealed containers away from moisture. As a hygroscopic chemical, it readily absorbs water from the atmosphere, making proper storage critical to preserving its efficacy and safety. Adhere to standard industrial safety procedures during handling to ensure protection for personnel and the environment.
FAQ's of Zinc Chloride Liquid (SEG - 62%):
Q: How is Zinc Chloride Liquid (SEG - 62%) used in dry cell battery manufacturing?
A: Zinc Chloride Liquid serves as an electrolyte in the manufacturing of dry cell batteries. It enhances conductivity within the cell, facilitating efficient electrical flow and improving battery performance and shelf life.
Q: What are the main benefits of using Battery Grade Zinc Chloride Liquid?
A: Battery-grade Zinc Chloride Liquid ensures a high level of purity and consistent chemical composition, which translates into stable performance and increased safety in industrial applications, particularly in battery production.
Q: When should Zinc Chloride Liquid be applied in industrial processes?
A: It is typically used during the production phase that involves electrolytic reactions, such as in dry cell battery assembly, galvanizing, and certain textile processing stages where its reactivity and purity are crucial.
Q: Where is this Zinc Chloride Liquid manufactured and supplied from?
A: This product is manufactured, supplied, and exported from India by reputable exporters, ensuring compliance with global industry standards and reliable supply options worldwide.
Q: What process is involved in producing Zinc Chloride Liquid?
A: The liquid is produced through the reaction between zinc and hydrochloric acid, resulting in a clear, highly pure, and efficient form of zinc chloride suitable for sensitive industrial uses.
Q: What are the proper storage conditions for Zinc Chloride Liquid?
A: It should be stored at room temperature in well-sealed containers to prevent moisture absorption, as the compound is hygroscopic and can degrade upon exposure to atmospheric humidity.
Q: How does the hygroscopic property of Zinc Chloride Liquid affect its usage?
A: Because Zinc Chloride is hygroscopic, it readily absorbs moisture from the atmosphere. Therefore, precise storage and handling are essential to maintain its performance, particularly in applications like battery production where purity is critical.