Special Single Hole TEM Grids -Nickel

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Product Details:

Other Names Nickel TEM Support Grid
Solubility Insoluble in water
Ph Level Neutral
Form Grid / Mesh
Melting Point 1455C
HS Code 71151000
Shape Circular Grid
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Special Single Hole TEM Grids -Nickel Product Specifications

Standard TEM grid manufacturing standard
Grade Laboratory / Research Grade
Molecular Formula Ni
Purity 99.9%
Density 8.90 Gram per cubic centimeter(g/cm3)
Classification TEM Grid, Metallic
Storage Store in clean, dry conditions; avoid exposure to corrosive environments
Main Material Nickel
Usage TEM imaging, material science, nanotechnology
Structural Formula Ni
CAS No 7440-02-0
Type Single Hole Grid
Solubility Insoluble in water
Application Transmission Electron Microscopy Sample Support
Other Names Nickel TEM Support Grid
Form Grid / Mesh
Melting Point 1455C
Ph Level Neutral
HS Code 71151000
Shape Circular Grid
Molecular Weight 58.69 g/mol
Boiling point 2913C
Chemical Name Nickel
Poisonous Yes
EINECS No 231-111-4
Taste Odorless and tasteless

Special Single Hole TEM Grids -Nickel Trade Information

Payment Terms Telegraphic Transfer (T/T), Paypal, Cash in Advance (CID), Cheque
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.

Exceptional Mechanical Reliability

Crafted from high-purity nickel, these TEM grids combine robust mechanical strength with excellent corrosion resistance, ensuring reliable support for delicate samples during extended imaging sessions. The non-magnetic nature prevents interference in sensitive electron microscopy operations, making them a trusted choice for research and laboratory environments.

Tailored for Precise Imaging

The single central hole design and smooth, electron-transparent support surface maximize imaging clarity. With a diameter of 3.05 mm and a central 2.0 mm opening, these grids enable detailed sample positioning and consistent results for transmission electron microscopy studies, enhancing both workflow and analytical accuracy.

Flexible Customization and Safe Packaging

To cater to diverse scientific requirements, these grids are available with special coatings and customizable sizes. They are packaged in anti-static grid boxes to shield against contamination and electrostatic damage, ensuring each grids optimal condition upon arrival and during storage.

FAQs of Special Single Hole TEM Grids -Nickel:

Q: How do I store Special Single Hole TEM Grids to maintain their quality?

A: Store these nickel TEM grids in a clean, dry environment and avoid exposure to corrosive substances. The supplied anti-static grid box helps prevent contamination and physical damage, supporting indefinite shelf life under proper storage conditions.

Q: What benefits does the single central hole design offer for TEM imaging?

A: The single central hole allows for unobstructed electron transmission and precise sample placement, improving imaging accuracy and enabling high-quality results for material science and nanotechnology applications.

Q: When should I consider custom options for TEM grids?

A: Custom coatings or sizes are recommended when standard grids do not meet specific experimental requirements, such as supporting unique materials or accommodating specialized holders in advanced microscopy protocols.

Q: Where are these TEM grids compatible for use?

A: These grids are designed to fit standard TEM holders and can be safely integrated into most transmission electron microscopy systems commonly found in research labs and university facilities.

Q: What is the process for sterilizing these TEM grids if needed?

A: Though non-sterile by default, the nickel grids can be sterilized using standard laboratory protocols, such as autoclaving or exposure to chemical sterilants, without compromising their structure or finish.

Q: How does the nickel material benefit TEM grid performance?

A: Nickel imparts superior strength, corrosion resistance, and a non-magnetic character to the grids, ensuring stable performance, electrical neutrality, and enhanced durability in high-resolution electron microscopy experiments.

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