Folding Grids - Nickel

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Product Details:

Boiling point 2732C
Ph Level Neutral
Purity >99%
Density 8.9 Gram per cubic centimeter(g/cm3)
Form Solid
Molecular Formula Ni
Structural Formula Ni
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Folding Grids - Nickel Product Specifications

Main Material Nickel
Poisonous Yes
Classification Transition Metal
Molecular Weight 58.69 g/mol
Melting Point 1455C
Other Names Ni
Standard ASTM B41
Smell Odourless
CAS No 7440-02-0
EINECS No 231-111-4
Chemical Name Nickel
Grade Industrial
Shape Rectangular Folding Grid
HS Code 75021000
Solubility Insoluble in water
Storage Store in a dry place
Usage Battery grids and electrical applications
Taste Metallic
Structural Formula Ni
Application Used in battery manufacturing, grids for batteries, electrical contacts
Molecular Formula Ni
Form Solid
Type Folding Grid
Density 8.9 Gram per cubic centimeter(g/cm3)
Purity >99%
Ph Level Neutral
Boiling point 2732C

Folding Grids - Nickel Trade Information

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

Product Description

Folding Grids - Nickel

These folding grids with a latch are particularly useful for containing thinned foils which are too thick to adhere to a normal support film. The latch closure allows the foil to be securely sandwiched between the two halves of the grid.

Premium Grade Nickel Folding Grids

Our Folding Grids are manufactured from top-quality nickel, offering exceptional corrosion resistance and superior mechanical properties. With customizable sizing and high purity, these grids are specifically designed to meet the demanding standards of battery and electrical manufacturers. Each grid provides reliable electrical and thermal performance, making them a trusted choice for industrial applications.

Versatile Applications in Battery and Electrical Industries

These nickel folding grids are extensively used in battery manufacturing, serving as crucial components for grid and electrical contacts due to their robust conductivity and heat resistance. Their customizable dimensions and smooth edges allow manufacturers to integrate them seamlessly into various battery and electronic devices, improving product safety and efficiency.

FAQs of Folding Grids - Nickel:

Q: How are Folding Grids Nickel typically used in battery manufacturing?

A: Folding Grids made from nickel are employed as the primary framework within batteries, where their excellent electrical and thermal conductivity ensures efficient energy transfer and longevity. Their customizable size makes them suitable for different battery types and capacities.

Q: What are the main benefits of using nickel-plated folding grids over other materials?

A: Nickel-plated grids offer high corrosion resistance, electrical and thermal conductivity, and mechanical strength, making them especially beneficial for applications exposed to harsh conditions or requiring high performance, such as in batteries and electrical contacts.

Q: When should I choose customized thickness or dimensions for these grids?

A: You should opt for customized dimensions when your application requires specific electrical, thermal, or mechanical properties, or when integrating grids into uniquely shaped battery compartments and assemblies.

Q: Where should Folding Grids Nickel be stored to ensure quality?

A: To maintain quality, store the folding grids in a dry location, in their original cartons or crates, as nickel is best preserved in moisture-free environments to prevent degradation.

Q: What process is used to achieve the high corrosion resistance of these grids?

A: The corrosion resistance is achieved through nickel-plating and following stringent ASTM B41 standards, creating a robust protective layer that withstands oxidizing environments and chemical exposure.

Q: How does the high thermal conductivity benefit battery performance?

A: High thermal conductivity ensures efficient heat dissipation within batteries, which helps maintain optimal operating temperatures, enhances performance, and extends the lifespan of the battery components.

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