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Manganese Tungstate Nanowire

Manganese Tungstate Nanowire

Product Details:

  • Refractive Rate 1.89
  • Ph Level Neutral (7.0 in water suspension)
  • Poisonous Yes
  • Molecular Weight 278.84 g/mol
  • Purity >99%
  • Boiling point Not Applicable (decomposes before boiling)
  • Structural Formula WO4^2 anion coordinated with Mn^2+
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Manganese Tungstate Nanowire Product Specifications

  • Analytical/Reagent Grade
  • Manganese tungstate
  • 1.89
  • Neutral (7.0 in water suspension)
  • Yes
  • Catalysis, sensors, lithium-ion batteries, supercapacitors, gas sensing, optoelectronics
  • 278.84 g/mol
  • >99%
  • Not Applicable (decomposes before boiling)
  • WO4^2 anion coordinated with Mn^2+
  • Nanowire
  • Manganese tungstate
  • Inorganic compound, metal tungstate nanostructure
  • Solid (nanowire form)
  • 7.4 Gram per cubic centimeter(g/cm3)
  • Research, electronic industry, nanotechnology, laboratory use
  • 13477-28-6
  • Odorless
  • Insoluble in water, soluble in acids
  • 235-027-2
  • Odorless and tasteless
  • Nanowire
  • Manganese(II) tungstate nanowire
  • 28419000
  • 1400C (approx)
  • Complies with laboratory and industrial standards
  • Store in a cool, dry place, tightly sealed container
  • MnWO4
  • Sealed bottles or customized packaging
  • 24 months
  • Stable up to 800C
  • High purity monoclinic structure
  • Diameter: 30-90 nm, Length: 1-10 m
  • Up to 60 m/g
  • Hydrothermal or wet chemical method
  • Light brown to pale yellow
  • 2.7-2.9 eV
  • <0.5%
  • Paramagnetic

Manganese Tungstate Nanowire Trade Information

  • Western Europe, Australia, North America, Eastern Europe, Central America, Africa, Middle East, South America, Asia
  • All India

Product Description



Experience the latest in nanotechnology with our highly recommended Manganese Tungstate Nanowire. This unmatchable product features a resplendent light brown to pale yellow color, impressively high surface area (up to 60 m/g), and ineffable crystallinity in monoclinic structure. It is thermally stable up to 800C and is paramagnetic, ensuring superior performance in advanced applications such as catalysis, sensors, optoelectronics, lithium-ion batteries, and gas sensing. Benefit from our competitive pricing and customizable packagingideal for research, electronics, and laboratory innovation. Purity exceeds 99% for uncompromising results.

Diverse Application Surface and Uses of Manganese Tungstate Nanowire

Manganese Tungstate Nanowire stands out for its versatility across numerous application surfaces. It is extensively used in catalysis, gas sensing, lithium-ion batteries, optoelectronic devices, and supercapacitors. The product finds crucial application in research laboratories, the electronic industry, and cutting-edge nanotechnology sectors. Its unique structural and magnetic properties make it indispensable for advanced technological development and innovation across both experimental and industrial domains.


Domestic Market Coverage and Efficient Delivery Process

Manganese Tungstate Nanowire is available across the main domestic market, ensuring wide accessibility. Orders are processed promptly and dispatched within standard delivery times to guarantee timely fulfillment. Once your order is completed, the nanowires are carefully handed over to reliable logistics partners. Sample availability allows clients to evaluate the product prior to bulk purchase, reinforcing our commitment to customer satisfaction and efficient service.


Product Manganese Tungstate Nanowire
Compound Formula MnO4W
Stock No. NCZNW111-19
CAS No. 14177-46-9
Molecular Weight 302.78
Appearance Yellow Powder
Density 7.23g/cm3
Diameter 30 nm (customization available)
Length 200 nm (customization available)


FAQs of Manganese Tungstate Nanowire:


Q: How is the Manganese Tungstate Nanowire typically used in industry and research?

A: Manganese Tungstate Nanowire is widely utilized for catalysis, gas sensing, lithium-ion batteries, supercapacitors, and optoelectronics in both industrial processes and laboratory research due to its high purity, surface area, and unique nanostructure.

Q: What is the process for synthesizing Manganese Tungstate Nanowire?

A: The nanowires are synthesized via hydrothermal or wet chemical methods, resulting in high crystallinity and controlled morphology, which are critical for maintaining performance and purity.

Q: Where can this nanowire be applied most effectively?

A: It is most effective in the fields of catalysis, energy storage (such as in lithium-ion batteries), gas sensing, and modern electronic devices, thanks to its stability and specialized properties.

Q: When will my Manganese Tungstate Nanowire order be delivered?

A: Orders are efficiently processed and typically dispatched within a standard delivery window, with products handed over to logistics partners once order handling is complete. Delivery time may vary based on location.

Q: What benefits does Manganese Tungstate Nanowire offer compared to other nanomaterials?

A: This nanowire offers ineffable crystallinity, resplendent stability up to 800C, unmatchable purity (>99%), and competitive pricing. Its tailored dimensions and performance make it highly recommended for nuanced nanotechnology applications.

Q: How should Manganese Tungstate Nanowire be stored for optimal shelf life?

A: Store the product in a cool, dry place within a tightly sealed container to maintain its properties and achieve a shelf life of up to 24 months.

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