Copper(II) Carbonate CAS 12069-69-1: Your Catalyst for Innovation
Unlock diverse applications with our high-quality Copper(II) Carbonate, a key component for synthesis and preservation.
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Copper(II) Carbonate
Copper(II) carbonate, identified by CAS number 12069-69-1, is a versatile chemical compound valued for its roles in various industrial processes. Its primary functions include serving as a crucial chemical catalyst for organic synthesis, enhancing reaction efficiency and yield. Additionally, it is utilized as an essential copper additive within the electroplating industry, contributing to improved coating quality and performance. In recent years, its efficacy has been recognized in the wood preservation field, offering protection against decay and pests.
- As a chemical catalyst for organic synthesis, this compound facilitates complex chemical transformations, making it a valuable reagent for researchers and manufacturers.
- In the electroplating industry, it serves as a copper additive, improving the conductivity and adhesion of metal coatings.
- The wood preservation field increasingly utilizes Copper(II) carbonate to extend the lifespan of timber by preventing biological degradation.
- With a high purity standard (Cu% ≥ 55%) and low impurity levels, it ensures reliable performance in demanding applications.
Advantages Offered by the Product
Catalytic Efficiency
Leverage its power as a chemical catalyst of organic synthesis to achieve efficient and controlled chemical reactions.
Electroplating Enhancement
Improve your electroplating processes with this compound's ability to act as a vital copper additive, ensuring superior surface finishes.
Wood Durability
Enhance the longevity of wood products by utilizing its effectiveness in wood preservation, combating environmental degradation.
Key Applications
Organic Synthesis
As a vital chemical catalyst for organic synthesis, it plays a key role in creating complex molecules and optimizing reaction pathways.
Electroplating Industry
Its function as a copper additive in electroplating enhances the conductive properties and aesthetic appeal of plated surfaces.
Wood Preservation
The compound's application in wood preservation helps protect wooden materials from decay and insect damage, extending their service life.
Material Science Research
Researchers exploring novel material properties can utilize this compound's unique chemical characteristics for advanced development.
Related Technical Articles & Resources
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