Wholesale Anhydrous Cupric Chloride Anhydrous 98%
Product Main Parameters
| Item | Index |
|---|---|
| CuCl₂ | ≥98% |
| Cu | ≥46.3 |
| Fe | ≤0.02% |
| Zn | ≤0.02% |
| Sulfate (SO₄²⁻) | ≤0.01% |
| Water Insoluble Matter | ≤0.02% |
Common Product Specifications
| Packing Size | Units per Pallet | Gross Weight per Pallet | Net Weight per Pallet |
|---|---|---|---|
| 100*100*115cm/pallet | 40 bags/pallet; 25kg/bag | 1016kg | 1000kg |
Product Manufacturing Process
Anhydrous copper(II) chloride is produced primarily through chlorination of copper metal. Methods can include direct reaction of chlorine gas with copper at elevated temperatures or interaction with hydrochloric acid in presence of oxidizing agents. This allows production of pure CuCl₂, which is crucial in many industrial applications due to its catalytic and reactive properties. Recent studies solidify that these methods yield a higher purity and consistency in product quality, crucial for its extensive use in catalysis, pigments, and synthesis processes.
Product Application Scenarios
As evidenced in authoritative papers, Anhydrous Cupric Chloride is pivotal in broad applications: Catalysis in organic synthesis, facilitating oxidative reactions essential in creating pharmaceuticals; Textile industry usage in dyeing processes enhancing fabric longevity; Pigment formation in ceramics and glass for unique colorations; and as a reagent in laboratory settings for both organic and inorganic compound synthesis. Its versatility in chemical synthesis makes it indispensable in industries requiring reliable chemical intermediates.
Product After-Sales Service
Our commitment extends beyond sales as we provide comprehensive after-sales support, including technical guidance and product handling training for optimal safety. Customer queries are addressed promptly to ensure seamless integration of our product into your processes.
Product Transportation
Ensuring secure transportation, our Anhydrous Cupric Chloride is packaged robustly to prevent moisture exposure, adhering to international shipping standards and safeguarding quality until delivery.
Product Advantages
- High purity ensures reliable and consistent catalysis.
- Versatile across multiple industry applications.
- Detailed safety and handling protocols reduce environmental risks.
- Comprehensive customer support aids in product application.
Product FAQ
- What safety measures are necessary when handling? Use protective gear, ensure proper ventilation, and avoid moisture exposure. Training on safe handling practices is crucial.
- How can Anhydrous Cupric Chloride be stored? Store in a cool, dry, well-ventilated area away from incompatible substances like strong oxidizers and metals. Ensure containers are tightly sealed.
- What are the main applications of this product? Major applications include catalysis in organic synthesis, pigments in ceramics, and use in textile dyeing.
- Is technical support available after purchase? Yes, we offer comprehensive technical support including guidance on safe handling and product application.
- Why is anhydrous form preferred over hydrated forms? The anhydrous form is more reactive and ideal for catalysis, offering enhanced efficiency in industrial applications.
- What is the lead time for orders? Standard lead time ranges from 15 to 30 days, depending on order specifications.
- Are sample quantities available for testing? Yes, we provide sample quantities for testing to ensure it meets your specific needs.
- How does it affect the environment? It is toxic to aquatic life; hence, disposal must follow environmental regulations stringently.
- What standard precautions are adhered to during shipping? Adheres to international standards ensuring product integrity during transit.
- Can packaging be customized? Yes, customized packaging options are available for orders meeting minimum requirements.
Product Hot Topics
- Use of CuCl₂ in Emerging Catalytic Processes
Research shows that Anhydrous Cupric Chloride is increasingly becoming vital in emerging catalytic processes, credited for its efficiency and effectiveness in complex organic synthesis. Its role in innovative technologies offers promising enhancements in product outputs and quality, increasingly valued in chemical manufacturing.
- Environmental Management of Copper Derivatives
Sustainable practices are becoming paramount, with ongoing studies focusing on mitigating the environmental impact of copper derivatives like CuCl₂. Implementing better waste management and recycling practices is critical in reducing ecological footprints, aligning with global efforts for a greener industry.
- CuCl₂ in Textile Innovations
The textile industry is witnessing an innovation surge, with Anhydrous Cupric Chloride aiding breakthroughs in fabric treatment. Enhanced dyeing methods incorporating CuCl₂ improve fabric durability and color retention, marking a significant advancement in textile technology.
- Advancements in Pharmaceutical Synthesis
In pharmaceuticals, the role of Anhydrous Cupric Chloride as a catalyst is gaining traction. It underpins key synthesis reactions pivotal for drug development, with ongoing research highlighting its potential in creating more efficient pharmaceutical processes.
- Innovative Uses in Pigment Production
Artisanal and industrial pigment production are exploring new avenues using CuCl₂. Its distinct color properties present unique opportunities for innovative ceramic and glass applications, broadening aesthetic possibilities.
- Addressing Safety and Handling Concerns
The importance of safe handling of Anhydrous Cupric Chloride cannot be understated. Establishing stringent safety protocols and training ensures reduced risk of exposure, safeguarding workers and the environment alike.
- Impact of CuCl₂ on Modern Manufacturing
CuCl₂ is central to modern manufacturing processes. Its efficiency in catalysis and role in chemical transformations enhances production capabilities, positioning it as an indispensable asset in industrial chemistry.
- Exploring Novel Applications in Organic Reactions
Recent studies highlight the versatility of CuCl₂ in novel organic reactions, paving the way for breakthroughs in synthetic chemistry. These innovations hold promise for more cost-effective and sustainable production techniques across industries.
- Regulatory Aspects of Copper Chloride Use
Adherence to regulatory standards is crucial in the use of CuCl₂, with compliance ensuring both safety and efficacy. Ongoing updates to regulations necessitate vigilant monitoring and adaptation by industry practitioners.
- The Future of Copper-Based Catalysts
Looking forward, copper-based catalysts like CuCl₂ are expected to play a more significant role in catalyst development. Their potential in facilitating green chemistry aligns with the industry's shift towards sustainable practices, fostering innovative solutions for future challenges.
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