Parallel bar grids - Copper

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Product Details:

Shape Parallel bar grid
Taste Odorless, metallic taste
Molecular Formula Cu
Purity >99.99%
Smell Odorless
Melting Point 1085C
Ph Level Neutral
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Parallel bar grids - Copper Product Specifications

Usage Support film for electron microscopy specimens
Standard ISO/ASTM for lab use
Boiling point 2562C
Melting Point 1085C
Ph Level Neutral
Type Parallel bar grid
Smell Odorless
Main Material Copper
Application Used in electron microscopy, grid substrates for sample mounting
Purity >99.99%
Molecular Formula Cu
Classification Pure metal
EINECS No 231-159-6
Taste Odorless, metallic taste
Shape Parallel bar grid
Grade Laboratory/Scientific
Solubility Insoluble in water
CAS No 7440-50-8
Form Mesh/Grid
Poisonous Yes
Structural Formula Cu
HS Code 7409
Chemical Name Copper
Storage Store in dry atmosphere
Other Names Cu grid, Copper grid
Molecular Weight 63.55 g/mol
Density 8.96 Gram per cubic centimeter(g/cm3)

Parallel bar grids - Copper Trade Information

Payment Terms Telegraphic Transfer (T/T), Paypal, Cash in Advance (CID), Cheque
Main Domestic Market All India

Product Description

Parallel bar grids have a wide variety of uses, and are particularly suited to obtaining sequential information from ribbons of sections. Each grid has a mark in the rim to allow precise orientation in the electron microscope.

These grids are also available with a single bar through the centre of the grid, with an asymmetrical centre mark to identify the four quadrants of the grid.

Precise Support for Electron Microscopy

The copper parallel bar grid provides a robust foundation for mounting specimens in transmission (TEM) and scanning electron microscopes (SEM). Its finely structured mesh and electropolished copper surface minimize contamination, ensuring accurate results in scientific imaging and sample analysis.

Exceptional Material and Engineering Quality

Manufactured from pure copper (purity >99.99%), this grid boasts a uniform, electropolished finish and stable chemistry. Its mesh structure, featuring ten parallel bars and neutral pH, aligns perfectly with ISO/ASTM standards for laboratory usemaking it ideal for research, testing, and diagnostic microscopy.

Safe Handling and Reliable Storage

For optimal performance, always wear gloves when handling the grid to prevent sample contamination. Store in a dry atmosphere using the supplied anti-static box, preserving both the grids structural integrity and your samples quality during microscopy preparation.

FAQs of Parallel bar grids - Copper:

Q: How should I handle and store copper parallel bar grids for electron microscopy?

A: To prevent contamination, always handle the grid with gloves and use the provided anti-static box for storage. Keeping the grid in a dry atmosphere preserves its electropolished surface and integrity for scientific application.

Q: What are the primary benefits of using a copper parallel bar grid in TEM and SEM?

A: Copper parallel bar grids offer excellent electrical conductivity and minimal specimen interference. Their precise bar structure provides reliable support for electron microscopy specimens, ensuring clarity and reproducibility in imaging.

Q: When is single-use recommended for these grids in cleanroom microscopy?

A: Single-use is advised when maximum cleanliness is required, particularly in cleanroom electron microscopy environments. This prevents carryover contamination, safeguarding both sample integrity and imaging quality.

Q: Where are copper parallel bar grids primarily applied?

A: These grids are predominantly used in laboratories and research facilities across the United Kingdom and worldwide for electron microscopy sample mounting, including both transmission and scanning electron microscopes.

Q: What is the process for mounting specimens onto the copper parallel bar grid?

A: Specimens are carefully placed on the grids support bars, often using tweezers or applicator tools. It is crucial to avoid touching the grid directly to maintain sample purity and support film integrity.

Q: What makes copper grids suitable for microscopy in terms of physical properties?

A: Copper grids exhibit high purity (>99.99%), excellent electrical conductivity, stability up to their melting point, and a neutral pH. They do not dissolve in water, are odorless, and maintain structural strength under laboratory conditions.

Q: Are copper parallel bar grids poisonous or hazardous to use?

A: No, these grids are composed of non-poisonous pure copper, classified as safe for laboratory and scientific microscopies, provided standard safety measures such as handling with gloves are followed.

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