Product Description:
The Fine Chemical Manganese Salt (manganese oxide) is a high-quality product that serves various industrial applications. This gray-green powder is meticulously processed to meet the stringent quality standards required by industries. It is a versatile chemical compound that finds its usage in different sectors due to its exceptional properties and reliability.
As an exporter of manganese carbonate in China, we take pride in offering this premium Fine Chemical Manganese Salt to our global customers. With a production capacity of 3000 tons, we ensure a consistent supply to meet the demands of our clients across the export country.
The Fine Chemical Manganese Salt comes in convenient packaging options of 25kg PP bag and 25kg Kraftpaper bag, making it easy to handle and store. The packaging is designed to maintain the quality and integrity of the product during transportation and storage.
This product is widely recognized for its purity and efficiency, making it a preferred choice for industries looking for batter-grade manganese carbonate. The molecular formula MnO signifies the composition of this compound, ensuring its compatibility with various industrial processes.
The Fine Chemical Manganese Salt exhibits a gray-green powder appearance, which is characteristic of its high purity and quality. This distinctive color makes it easy to identify and differentiate from other chemical compounds, enhancing its usability in industrial applications.
With a boiling point that is not applicable, this product offers stability and reliability in a wide range of temperature conditions. It can withstand varying heat levels without compromising its quality, making it suitable for diverse industrial processes and applications.
Technical Parameters:
| Attribute | Value |
| Molecular Formula | MnO |
| Original Place | Hunan, China |
| Melting Point | 700°C |
| Production Capacity | 3000 tons |
| Density | 3.25 g/cm3 |
| Appearance | Gray-green Powder |
| Price | $3500 |
| Storage Temp | Storage Temp |
Applications:
The SLQ-MO99-FG fine chemical manganese salt, model number SLQ, originating from China, with a molecular weight of 151.00 G/mol, is a versatile product suitable for various applications.
One key application scenario for this product is in the production of feed grade manganese carbonate. The SLQ-MO99-FG is specially formulated to meet the stringent requirements of feed grade manganese carbonate production, ensuring high quality and purity.
With its melting point of 700°C, the SLQ-MO99-FG is ideal for processes that require high-temperature stability, making it a reliable choice for industrial applications.
For businesses looking to purchase this product, we currently have stock available, making it convenient for quick procurement and delivery. The SLQ-MO99-FG, model no. JD-MOHP-999, is offered at a competitive price of $3500, providing excellent value for its quality and performance.
Whether you are in the agricultural sector requiring feed grade manganese carbonate for animal nutrition, or in the industrial sector needing a reliable fine chemical manganese salt for your processes, the SLQ-MO99-FG is a dependable choice that meets your specific requirements.
The different of Manganese monoxide (MnO) and manganese dioxide (MnO ₂)
Manganese monoxide (MnO) and manganese dioxide (MnO ₂), as two important oxides of manganese, have significant differences in chemical structure, physical properties, and application fields. The following analysis focuses on the origin, product color, raw materials, and application market.
Product color:
Manganese monoxide (MnO)
Presenting as grass green or gray green, it is a cubic crystal powder or octahedral crystal,
Manganese dioxide (MnO ₂)
It is a black amorphous powder or rhombohedral crystal, and natural pyroxene often has a dark brown luster
Raw materials and preparation processes: the core division of oxidation-reduction
Manganese monoxide (MnO)
Raw materials: mainly composed of pyroxene (MnO ₂), converted into MnO through reduction reactions (such as H ₂ or CO reduction); Alternatively, it can be directly obtained from rhodochrosite (MnCO3) through thermal decomposition.
Manganese dioxide (MnO ₂)
Raw materials: natural pyroxene ore (containing impurities that need to be purified), manganese sulfate solution (electrolytic raw material), or low-priced manganese salts (such as MnSO ₄, chemical oxidation raw material).
Application market: Oxidation state determines functional boundaries
Manganese monoxide (MnO)
Battery industry: As a positive electrode material for alkaline batteries (such as zinc manganese batteries), active MnO produced through MnO ₂ reduction can enhance battery capacity and cycling stability. In addition, some lithium manganese oxide batteries also use MnO as an electrode component.
Catalysts and Chemicals: Used as selective oxidants in organic synthesis (such as oxidizing alcohols to ketones) or for gas purification (such as desulfurization and denitrification).
Metallurgy and ceramics: used as raw materials for smelting manganese metal, or added to ceramic glaze to adjust color (such as green tone) and improve thermal stability.
Other fields: Used as a glass coloring agent, feed additive, and trace element fertilizer.
Manganese dioxide (MnO ₂)
Battery core material:
Dry battery: It is a positive electrode depolarizer for carbon zinc batteries and alkaline batteries, providing electrical energy through a reduction reaction (MnO ₂+e ⁻+H ₂ O → MnO (OH)+OH ⁻).
Lithium batteries: Lithium manganese dioxide batteries (Li MnO ₂) use MnO ₂ as the positive electrode and have high energy density and long shelf life. They are widely used in fields such as medical devices and electronic tags.
Lithium manganese oxide battery: As a positive electrode material of LiMn ₂ O ₄, it is applied in power batteries and energy storage systems.
Catalysis and Environmental Protection:
Chemical reaction catalysts: promote reactions such as hydrogen peroxide decomposition and potassium chlorate oxygen production, or serve as oxidants in organic synthesis (such as aromatic hydrocarbon oxidation).
Water treatment: Removing heavy metal ions (such as Pb ² ⁺, Hg ² ⁺) and organic pollutants through adsorption and oxidation, or used for industrial waste gas desulfurization and denitrification.
Materials and Industry:
Ceramics and Glass: Improve the hardness, wear resistance, and thermal stability of ceramics, or serve as a glass decolorizer (eliminating green caused by iron ions) and coloring agent (brown tone).
Metallurgy and Chemical Industry: Used for the production of manganese iron alloys, potassium permanganate (KMnO ₄), or as a vulcanization accelerator in the rubber industry.
Other applications: as a match combustion enhancer, pyrotechnic component, or in the preparation of manganese zinc ferrite magnetic materials in the electronics industry
