Product Main Parameters

Common Product Specifications

Product Manufacturing Process

The production of Copper Cupric Oxide involves the thermal decomposition of copper(II) nitrate, copper(II) carbonate, or copper(II) hydroxide. These methods are preferred for their efficiency and ability to produce high-purity copper oxide. An authoritative paper by Smith et al. (2020) highlights the controlled oxidation of copper metal at high temperatures, ensuring the desired monoclinic crystal structure and p-type semiconductor properties. This process is optimized to maximize yield while minimizing environmental impact, aligning with sustainable industrial practices.

Product Application Scenarios

Copper Cupric Oxide finds use in multiple industries. Its semiconducting nature makes it vital in electronic components and photovoltaic cells, as discussed by Wang and Lee (2019). Moreover, its catalytic abilities are leveraged in organic synthesis and industrial catalysis, as highlighted in research by Chen et al. (2021). Maritime applications use its antifouling properties for ship coatings, while its pigmentation capabilities are crucial in the ceramics industry for creating vibrant glazes.

Product After-sales Service

Our company provides comprehensive after-sales support, including technical assistance, product usage guidance, and prompt resolution of queries. We ensure customer satisfaction through continuous engagement and feedback loops.

Product Transportation

Our Copper Cupric Oxide is shipped via reliable logistics partners, ensuring timely and secure delivery. Packaging is designed to prevent damage and contamination, adhering to international safety standards.

Product Advantages

• High purity and quality assurance
• Versatility across multiple applications
• Competitive pricing and reliable supply
• Technical support and after-sales service
• Environmentally friendly production practices

Product FAQ

• What is the purity level of the Copper Cupric Oxide from your supplier? Our Copper Cupric Oxide has a purity level of ≥99.0%, ensuring high quality for all applications.
• How is Copper Cupric Oxide used in electronics? As a supplier, we provide Copper Cupric Oxide used in electronics for its semiconducting properties, making it essential in creating components like gas sensors.
• Is Copper Cupric Oxide hazardous to handle? Our supplier guidelines highlight the importance of handling Copper Cupric Oxide with protective gear, as it can be toxic if ingested or inhaled.
• What packaging options are available from the supplier? Our supplier offers flexible packaging for Copper Cupric Oxide, including bags ranging from 25kg to 1000kg per pallet, with customization available.
• Can the supplier customize packaging sizes? Yes, upon request, we offer customized packaging for orders of a minimum of 3,000 kilograms.
• Is there a minimum order quantity for Copper Cupric Oxide? No minimum order quantity applies for standard orders, but custom packaging requires a minimum of 3,000 kg.
• What industries commonly use Copper Cupric Oxide? Industries such as electronics, ceramics, catalysis, and maritime applications frequently utilize Copper Cupric Oxide.
• How does your supplier ensure product quality? Our supplier conducts rigorous quality controls and adheres to industry standards to ensure the high quality of Copper Cupric Oxide.
• What is the delivery time for orders? The lead time for Copper Cupric Oxide is between 15 to 30 days, depending on order size and custom requirements.
• Does the supplier offer sample testing? Yes, our supplier can provide samples of Copper Cupric Oxide for testing upon request.

Product Hot Topics

• Using Copper Cupric Oxide in Renewable Energy Renewable energy sectors are increasingly turning to suppliers of Copper Cupric Oxide for its cost-effectiveness and availability. It's a promising material for photovoltaic cells due to its light absorption properties. As research progresses, the potential for Copper Cupric Oxide in solar technology continues to expand, offering an affordable alternative to traditional materials. Suppliers are focusing on optimizing its properties to enhance energy efficiency and storage.
• Copper Cupric Oxide's Role in Antifouling Paints Maritime industries benefit from suppliers who provide Copper Cupric Oxide for antifouling paints. It effectively inhibits organism growth on ship hulls, reducing drag and improving fuel efficiency. As environmental concerns rise, suppliers are exploring eco-friendly formulations that maintain performance while minimizing ecological impact. This innovation is critical for sustainable maritime operations.
• Advanced Catalysis with Copper Cupric Oxide Suppliers of Copper Cupric Oxide are integral to advancements in catalysis, particularly in organic reactions. Its effectiveness in oxidation processes is well-documented, and recent studies suggest potential in renewable chemical synthesis. Researchers are collaborating with suppliers to enhance reaction efficiency and sustainability, paving the way for greener industrial practices.
• Supplier Strategies for Meeting the Demand for Copper Cupric Oxide With growing demand in various sectors, suppliers of Copper Cupric Oxide are investing in expanding production capabilities. Strategic alliances and technological innovations are being leveraged to ensure a consistent supply chain. By maintaining high-quality standards and offering custom solutions, suppliers are positioning themselves as key players in the global market.
• Exploring the Semiconductor Properties of Copper Cupric Oxide The semiconductor properties of Copper Cupric Oxide present opportunities in electronics and sensor technology. Suppliers are working closely with researchers to refine material characteristics and explore new applications. The ongoing development in this field highlights the material's significance in next-generation electronic devices.
• Environmental Impact and Safe Disposal of Copper Cupric Oxide Responsible suppliers focus on reducing the environmental impact of Copper Cupric Oxide, emphasizing safe disposal practices. Efforts are being made to develop recycling methods and alternative uses for waste materials. By promoting eco-friendly initiatives, suppliers aim to minimize their environmental footprint while maintaining product efficacy.
• Innovations in Pigment Applications of Copper Cupric Oxide Suppliers of Copper Cupric Oxide are exploring its pigment potentials in the art and ceramics industries. Its ability to produce vibrant colors offers exciting possibilities for creative applications. Ongoing research aims to uncover new color variations and stability enhancements to cater to diverse artistic needs.
• Safety Measures in Handling Copper Cupric Oxide Suppliers emphasize the importance of safety measures when handling Copper Cupric Oxide, advocating for the use of protective equipment and proper ventilation. Training and awareness programs are offered to ensure safe handling practices, minimizing health risks and ensuring regulatory compliance.
• The Impact of Trade Policies on Copper Cupric Oxide Supply Global trade policies significantly influence the supply chain of Copper Cupric Oxide. Suppliers must navigate tariffs, import regulations, and geopolitical challenges to maintain competitive pricing and delivery schedules. Strategic planning and diversification are key to mitigating risks and sustaining market presence.
• Copper Cupric Oxide in Emerging Technologies As new technologies emerge, suppliers of Copper Cupric Oxide are poised to play an essential role. From energy storage to advanced electronics, the material's versatility and affordability make it a candidate for various cutting-edge applications. Continuous collaboration between suppliers and tech developers is crucial for harnessing its full potential.

Image Description

There is no picture description for this product