Product Description
CUPROUS CYANIDE
Formula | CuCN |
Description | Fine White Powder |
Mol.Wt. | 89.5% |
Solubility | Sol.in alk. Cyanides |
Chloride | 0.1% Max |
Copper | 69.5% (Min) |
Iron | 00.05% Max |
Insolubles | 0.1% Max |
Moisture | 0.5% Max |
Assay | 98.0% Min |
Packing | 25/50 Kgs. Bags |
APPLICATION
In Electroplating Cu or Fe, as insecticide, Fungicide, as anti fouling agent in marine paints, as polymerization catalyst.
Hazard Profile and Handling PrecautionsCuprous Cyanide is classified under Hazard Class 6.1 and marked as a toxic and environmental hazard. Proper labeling is mandatory, and only trained personnel should handle it. Storage in sealed packaging away from strong acids, oxidizing agents, and light preserves both its stability and users safety. Use gloves, masks, and protective clothing for safe handling.
Applications and Industrial UsesThis compound serves multiple industrial purposes, including in electroplating processes to deposit copper onto various surfaces, as an active ingredient in insecticides and fungicides, and as a catalyst in chemical synthesis. Its function as a reagent enhances organic reactions, and its technical grade purity assures consistent quality for exporter, manufacturer, supplier, and trader requirements.
Transport, Storage, and Disposal RegulationsCuprous Cyanide must be transported as per hazardous material regulations, utilizing HDPE drums or properly labeled 25 kg bags. Storage conditions require sealed packaging in a cool, dry environment protected from light and incompatible chemicals. Disposal should comply with local hazardous waste protocols to safeguard human health and the environment.
FAQs of Cuprous Cyanide:
Q: How should Cuprous Cyanide be transported and stored safely?
A: Cuprous Cyanide must be transported following hazardous material regulations, typically in HDPE drums or 25 kg bags. For storage, keep it in sealed packaging in a cool, dry area away from strong acids, oxidizing agents, and sources of light to maintain stability and safety.
Q: What is the recommended disposal method for Cuprous Cyanide?
A: Disposal of Cuprous Cyanide must be managed as hazardous waste, strictly following local environmental regulations. Improper disposal can pose significant risks to health and the environment, so coordinate with certified waste management services for safe elimination.
Q: When does Cuprous Cyanide start to decompose and what precautions are necessary?
A: Cuprous Cyanide decomposes at temperatures above 300C and upon exposure to light. Store it in sealed, light-blocking packaging and avoid high-temperature environments to prevent decomposition and potential release of hazardous substances.
Q: Where is Cuprous Cyanide primarily used in industry?
A: Cuprous Cyanide finds its primary industrial applications in electroplating, as a catalyst in chemical syntheses, and in the formulations of certain insecticides and fungicides. It is also used in preparing advanced copper compounds for further commercial uses.
Q: What process is typically used to manufacture Cuprous Cyanide?
A: Cuprous Cyanide is manufactured by reacting copper(I) salts with sodium or potassium cyanide under controlled conditions, ensuring technical grade purity and crystalline structure suitable for industrial applications.
Q: How does using Cuprous Cyanide benefit chemical synthesis and electroplating operations?
A: In chemical synthesis, Cuprous Cyanide acts as an efficient reagent and catalyst, facilitating specialized reactions. In electroplating, its use ensures uniform copper deposition, enhancing surface quality and resistance properties of the plated component.