Single Hole TEM Grids -Nickel

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Product Details:

Solubility Insoluble in water
Boiling point 2732C
Density 8.90 Gram per cubic centimeter(g/cm3)
Storage Store in dry environment, avoid moisture
Taste Odorless
Ph Level Neutral
Purity >99.9%
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Single Hole TEM Grids -Nickel Product Specifications

Storage Store in dry environment, avoid moisture
Density 8.90 Gram per cubic centimeter(g/cm3)
Classification TEM Grid
CAS No 7440-02-0
Chemical Name Nickel
Solubility Insoluble in water
Boiling point 2732C
Standard Meets ASTM E130
EINECS No 231-111-4
Type Single Hole TEM Grid
Smell Odorless
Purity >99.9%
Ph Level Neutral
Taste Odorless
Application Electron Microscopy, Material Science, Biological Research
Main Material Nickel
Poisonous Yes
Form Solid
Shape Circular grid
Other Names Nickel TEM Grid
Grade Research Grade
Melting Point 1455C
HS Code 74199990
Molecular Weight 58.69 g/mol
Molecular Formula Ni
Structural Formula Ni
Usage Support specimen viewing in Transmission Electron Microscopy (TEM)

Single Hole TEM Grids -Nickel Trade Information

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

Product Description

Single Hole TEM Grids -Nickel

3.05mm diameter, single hole TEM grids. Hole diameters: 50um, 75um, 100um, 150um, 200um, 300um, 400um, 500um, 600um, 800um, 1000um, and 1500um. Nickel.

Excellent Stability and Compatibility

Crafted from >99.9% pure nickel, these grids guarantee outstanding mechanical integrity and compatibility with a wide range of TEM holders. Their precise single-hole design and research-grade quality allow reliable support of samples during high-resolution imaging, making them suitable for diverse scientific applications.

Pristine Surface Finish for Superior Imaging

The grids feature a clean, smooth surface free from visible defects. This pristine finish minimizes background interference, granting clearer, higher-quality images during transmission electron microscopy analyses. Adhering to ASTM E130 standards, they provide consistent results for users in research and industry.

Simple Storage and Safe Handling

Nickel single hole TEM grids require minimal storage effortsimply keep them in a dry environment to preserve quality indefinitely. For handling, always use non-magnetic tweezers to maintain the integrity of the grids and to avoid potential contamination of your delicate samples.

FAQs of Single Hole TEM Grids -Nickel:

Q: How should I handle the Single Hole TEM Grids to avoid contamination or damage?

A: Always use non-magnetic tweezers when handling these grids. This prevents both physical damage and contamination, ensuring the grids remain clean and free from interference during TEM analysis.

Q: What are the primary benefits of using nickel single hole TEM grids in electron microscopy?

A: Nickel single hole TEM grids offer superior robustness, chemical stability, and a defect-free surface, providing reliable support for specimens and ensuring high-quality imaging in electron microscopy applications.

Q: When should I choose a single hole TEM grid over standard mesh grids?

A: Single hole TEM grids are ideal when you need unobstructed support for large specimen sections or ultrathin films, allowing for direct transmission and clear imaging without mesh interference.

Q: Where are these TEM grids commonly applied?

A: These grids are widely used in research and industrial laboratories, particularly in material science, nanotechnology, and biological research, for detailed analysis using transmission electron microscopy.

Q: What is the process for preparing these grids before sample loading?

A: Ensure the grids remain in a dry environment before use. If necessary, gently clean the surface with an appropriate solvent using non-magnetic tweezers to avoid introducing contaminants prior to placing your specimen.

Q: How does the grids material and finish benefit electron microscopy analysis?

A: The high-purity nickel composition and smooth, clean finish minimize background noise and maximize electrical conductivity, contributing to sharper, artifact-free TEM images.

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