Special Metal grids - Molybdenum

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Product Details:

Form Metal
Taste Odorless
Structural Formula Mo
Molecular Weight 95.95 g/mol
Poisonous Yes
HS Code 8102 9400
Purity >99.95%
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Special Metal grids - Molybdenum Product Specifications

CAS No 7439-98-7
Poisonous Yes
HS Code 8102 9400
Type Special Metal Grid
Form Metal
EINECS No 231-107-2
Grade High Purity, Industrial Grade
Application Used in electronics, vacuum technology, metallurgy, high-temperature furnace, power generation/energy industries
Standard ASTM B386
Molecular Weight 95.95 g/mol
Structural Formula Mo
Taste Odorless
Classification Transition Metal
Density 10.2 Gram per cubic centimeter(g/cm3)
Chemical Name Molybdenum
Storage Dry, clean environment
Shape Grid
Other Names Mo Grid, Mo Metal Grid
Boiling point 5560C
Solubility Insoluble in water, soluble in nitric acid, sulfuric acid at high temperature
Main Material Molybdenum
Melting Point 2620C
Usage Grid for electronic components, vacuum devices
Purity >99.95%
Molecular Formula Mo
Ph Level Neutral
Smell Odorless

Special Metal grids - Molybdenum Trade Information

Main Export Market(s) Asia, Australia, South America, Western Europe, Middle East, Central America, Eastern Europe, North America, Africa
Main Domestic Market All India

Product Description

In addition to the standard copper, nickel and gold grids, we offer a wide range of grids of other metals. These include aluminium (Al), molybdenum (Mo), stainless steel (SS) and titanium (Ti) for specialist applications. Purity 99%. 3.05mm diameter.

Available in tubes of 25.

Minimum order required for some grids.

Engineered for Critical Applications

Molybdenum grids are widely used across electronics, metallurgy, power generation, and vacuum technology sectors due to their remarkable thermal and electrical properties. Their resilience at high temperatures and resistance to deformation make them essential in demanding environments where precision, strength, and consistency are crucial for reliable operation.

Tailored to Your Requirements

Our molybdenum metal grids are meticulously manufactured with customizable thickness, mesh size, and dimensions. Whether you require a standard or highly specialized design, we collaborate closely with customers to deliver grids that seamlessly match your applications specifications, ensuring complete satisfaction with the end product.

FAQs of Special Metal grids - Molybdenum:

Q: How are special molybdenum grids customized to meet specific application needs?

A: We offer molybdenum grids with fully customizable thicknesses (0.030.5 mm), mesh sizes, and overall dimensions. Customers may specify their required measurements or select from standard options, guaranteeing a perfect fit for any application, including electronics, vacuum devices, or power generation equipment.

Q: What benefits do molybdenum grids provide in high-temperature and vacuum environments?

A: Molybdenum grids maintain structural integrity and high electrical conductivity even when exposed to temperatures up to 1900C in vacuum or inert atmospheres. Their high tensile strength and precise design ensure reliable, long-term performance under extreme conditions.

Q: When should molybdenum grids be used over other metal grids?

A: Select molybdenum grids when your applications demand high purity, excellent electrical conductivity, and stability at elevated temperatures, such as in electronics fabrication, high-temperature furnaces, and vacuum systems. Molybdenums performance surpasses many other metals under such demanding conditions.

Q: Where are these metal grids typically installed or used?

A: These grids are predominantly found in electronic components, vacuum devices, research laboratories, high-temperature furnaces, and power/energy generation systems. Their unique properties also make them suitable for specialized industrial or scientific use across various sectors.

Q: What is the recommended storage process to maintain quality and longevity of the grids?

A: To preserve the integrity and quality of molybdenum grids, store them in a clean, dry environment to prevent contamination and oxidation. Proper packaging, such as standard export wooden cases, also ensures safe storage and transportation.

Q: How does the smooth, bright finish of the molybdenum grids contribute to their performance?

A: A smooth, bright finish reduces surface imperfections and contamination risks, enhancing electrical conductivity and mechanical reliability. This quality finish is especially important for applications requiring precise electrical or thermal control.

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