Fine Chemical Manganese Salt MnO CAS NO 1344-43-0 with Molecular Formula from

Product Description:

Storage Temp: Storage Temp.

When it comes to packaging, we ensure that our product reaches you in the best condition possible. Our Fine Chemical Manganese Salt is packaged in 25kg PP bags and 25kg kraft paper bags, providing durability and convenience for handling and storage. This packaging solution is designed to maintain the quality and integrity of the product throughout its shelf life.

Appearance: Gray-green Powder

Originating from Hunan, China, our Fine Chemical Manganese Salt (manganese oxide )is sourced from a region known for its premium quality chemical products. This ensures that you receive a product that meets international standards and delivers consistent performance.

With a melting point of 700°C, our Fine Chemical Manganese Salt exhibits excellent thermal stability, making it suitable for a wide range of applications that require high heat resistance. This characteristic sets our product apart from others in the market, providing you with a reliable and durable solution for your specific needs.

Our Fine Chemical Manganese Salt is known for its versatility and effectiveness in various industries. Whether you require Phosphating grade manganese carbonate, have stock, or Feed grade manganese carbonate, our product is designed to meet your requirements with precision and reliability. With its superior quality and consistent performance, our Fine Chemical Manganese Salt is the perfect choice for your chemical needs.

Technical Parameters:

Applications:

The Fine Chemical Manganese Salt product under the brand name SLQ-MO99-FG, model number SLQ, originates from China and has a molecular formula of MnO. With a storage temperature requirement, this product model, JD-MOHP-999, is priced at $3500 and boasts a production capacity of 3000 tons.

Product Application Occasions and Scenarios:

- Export Country: SLQ-MO99-FG is ideal for companies looking to export manganese salt products to various countries around the world. Its high quality and reliability make it a popular choice for international trade.

- Exporter of Manganese Carbonate in China: SLQ-MO99-FG positions itself as a leading exporter of manganese carbonate in China, providing top-notch products to meet global demands and standards.

- Feed Grade Manganese Carbonate: With its superior quality and purity, SLQ-MO99-FG is suitable for use in feed grade applications. It ensures the safety and health of animals while providing essential manganese supplementation.

Whether you are looking to expand your export business, source high-quality manganese carbonate from a reputable Chinese exporter, or require feed grade manganese carbonate for animal nutrition, SLQ-MO99-FG is the perfect solution. Invest in this product to meet your requirements effectively and efficiently.

Customization:

The future pattern and strategic value of synthesizing MnO
The synthesized manganese monoxide, with its unique chemical properties, controllable microstructure, and multi-dimensional functional characteristics, is transitioning from traditional industrial additives to core materials in strategic emerging fields such as new energy, catalysis, and electronic information. The future market explosion will depend on three key breakthroughs:
In the field of new energy, it has become the core electrode material for the next generation of high-energy density batteries (solid-state batteries, sodium batteries, zinc batteries) through nanotechnology, compositing, and defect engineering;
In the field of catalysis and environmental protection, relying on the advantages of low cost, high activity, and anti poisoning, leading the industrial waste gas treatment, water treatment, and automobile exhaust purification markets;
In the field of cutting-edge technology, by cross integrating with quantum technology, biomedicine, and intelligent sensing, new application scenarios and business models are opened up.

For us, we need to focus on three major product directions: battery grade high-purity MnO (≥ 99.9%), catalytic specific MnO (high specific surface area, rich defects), and nano functionalized MnO (surface modification, composite structure). At the same time, we need to lay out cutting-edge tracks such as solid-state batteries and photocatalysis to seize the technological high ground and market opportunities. The industrialization process of synthesizing MnO will not only reshape the value chain of manganese resources, but also provide key material support for achieving global carbon neutrality goals and upgrading high-end manufacturing industries.