Carbon films on Nickel Grids

Get a Price/Quote

Product Details:

Purity Nickel grid: >99.9%; Carbon film: >99.999%
Melting Point Nickel grid: 1455C; Carbon film: Sublimes at ~3550C
HS Code 70171000
Molecular Weight Carbon: 12.01 g/mol; Nickel: 58.69 g/mol
Shape Round grid
Form Thin film on metal grid
Ph Level Neutral
Click to View more
Share Your Product:

Request to Call Back Send Inquiry

Carbon films on Nickel Grids Product Specifications

Usage Microscopy, imaging, sample preparation
Main Material Carbon film deposited on nickel grid
Classification Inorganic materials
Purity Nickel grid: >99.9%; Carbon film: >99.999%
Melting Point Nickel grid: 1455C; Carbon film: Sublimes at ~3550C
Chemical Name Carbon/Nickel
HS Code 70171000
Molecular Weight Carbon: 12.01 g/mol; Nickel: 58.69 g/mol
Shape Round grid
Type Support film on grid
Form Thin film on metal grid
Ph Level Neutral
Grade Laboratory/Research
Storage Room temperature, in a dry and clean environment
EINECS No Nickel: 231-111-4
CAS No Nickel: 7440-02-0; Carbon: 7440-44-0
Solubility Insoluble in water and most solvents
Density 2.0 Gram per cubic centimeter(g/cm3)
Application TEM sample support, electron microscopy, material science research
Standard Conforms to EM grid specifications
Boiling point Nickel: 2730C; Carbon: Sublimes
Smell Odorless
Structural Formula Graphitic carbon structure on nickel grid
Poisonous Yes
Molecular Formula C (carbon), Ni (nickel)
Other Names Carbon support films, carbon-coated nickel grids

Carbon films on Nickel Grids Trade Information

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

Product Description

Carbon films on nickel grids are thin and highly transparent to electrons, offering fine grain and low contrast that does not interfere with specimen structure.

Supplied as packs of 25 or 50 grids in a grid box.

Carbon support films can be applied to other grid sizes, material or type. Further details available on request.

Superior Electron Transmission

Engineered with high-purity nickel grids and ultra-thin (1050 nm) carbon films, these support grids deliver outstanding electron transparency. The films high uniformity and purity guarantee precise imaging results, making them essential for demanding TEM and material science applications.

Clean and Reliable Sample Support

Each grid is packaged under inert conditions to ensure a contaminant-free surface, supporting accurate and reproducible sample analysis. The continuous or lacey carbon coatings are meticulously produced to provide a stable and secure platform, whether for biological or material samples.

Versatile and Easy to Handle

Designed for laboratory and research use, these grids conform to EM grid specifications and fit seamlessly into standard holders. Their robust composition allows plasma or UV sterilization, and with proper handling using clean tweezers, users can maximize longevity and usability.

FAQs of Carbon films on Nickel Grids:

Q: How should I handle and store carbon films on nickel grids to maintain quality?

A: Always use clean tweezers to handle the grids, avoiding direct contact with the carbon film to prevent damage or contamination. Store them at room temperature in a clean, dry environment, preferably in their original grid boxes under inert conditions to ensure long-term stability and usability.

Q: What types of samples are compatible with these carbon-coated nickel grids?

A: These grids are suitable for both biological and material samples. Their surface cleanliness and high transparency make them ideal for TEM imaging in fields such as structural biology, nanomaterials, and general material science research.

Q: When is it necessary to sterilize the grids before use, and what methods are recommended?

A: Sterilization is advised before applying sensitive or biological samples to eliminate residual contaminants. These grids can be safely sterilized using plasma or UV light, ensuring a pristine surface for accurate microscopy results.

Q: Where are the benefits of using nickel as the support grid material?

A: Nickel offers excellent mechanical strength, resistance to electron beam damage, and high melting and boiling points, making it ideal for supporting delicate carbon films during high-resolution microscopy. Its high purity ensures minimal background signal and enhanced imaging clarity.

Q: What mesh sizes are available and how do they influence imaging results?

A: Standard mesh sizes include 200, 300, and 400. Finer mesh numbers provide smaller grid openings, supporting thinner or smaller samples, while larger mesh sizes offer greater open viewing areas for larger specimen regions. Mesh selection can impact sample support and overall image resolution.

Q: How does high film uniformity benefit my microscopy experiments?

A: With over 90% usable film area, these grids provide consistent electron transparency and minimize interruptions from film defects. This uniformity results in more reliable data collection and superior reproducibility between experiments.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

Other Products in 'Nano Wires' category

Zinc Oxide Nanowire Molecular Formula : ZnO Poisonous : Yes Other Names : ZnO Nanowires, Nano ZnO, Zinc Oxide NWs Smell : Other, Odorless Structural Formula : ZnO (wurtzite structure) Application : Other, Optoelectronics, Gas Sensors, Biomedical Devices, Photocatalysts, Solar Cells, Field Emission Devices Standard : Analytical Grade Density : 5.606 Gram per cubic centimeter(g/cm3) Grade : Other, High Purity, Laboratory Grade EINECS No : 2152225 Storage : Other, Store in a cool, dry place in tightly sealed containers CAS No : 1314132 Solubility : Insoluble in water, Soluble in strong acids and alkalis HS Code : 281700 Molecular Weight : 81.38 g/mol Shape : Other, Wire Type : Nanowire Form : Other, Nanowire Main Material : Zinc Oxide (ZnO) Purity : 99.9% Classification : Other, Inorganic Compound, Metal Oxide Nanomaterial Melting Point : 1975C Chemical Name : Zinc Oxide Usage : Nanomaterial Research, Product Development, Industrial and Academic R&D Boiling point : Decomposes before boiling Ph Level : Amphoteric Taste : Other , Tasteless Refractive Rate : 2.008 (at 550 nm)

Send Inquiry

Iron oxide Nanowires Molecular Formula : Fe2O3 or Fe3O4 Poisonous : Yes Other Names : Ferric oxide nanowires, Fe2O3 nanowires Smell : Other, Odorless Structural Formula : O=FeOFe=O (nanowire arrangement) Application : Other, Magnetic devices, biosensors, catalysts, data storage, electronic and biomedical applications Standard : Meets industry & research standards Density : 5.2 Gram per cubic centimeter(g/cm3) Grade : Other, Analytical Grade, Industrial Grade, Research Grade EINECS No : 2151682 Storage : Other, Store in a cool, dry place in tightly closed containers CAS No : 1317619 Solubility : Insoluble in water HS Code : 28211010 Molecular Weight : 159.69 g/mol (Fe2O3) Shape : Other, Wire (nanowire) Type : Nanowires Form : Other, Solid (powder, nanowire) Main Material : Iron oxide (Fe2O3/Fe3O4) Purity : 99% Classification : Other, Inorganic Nanomaterial Melting Point : 1565 C Chemical Name : Iron(III) oxide nanowires Usage : Research, industrial, and laboratory uses Boiling point : Not applicable (decomposes) Ph Level : Neutral (7) Taste : Other , Tasteless Refractive Rate : 2.9 (at 550 nm)

Send Inquiry

Iron Nanowires Molecular Formula : Fe Poisonous : Yes Other Names : Fe nanowires Smell : Other, Odorless Structural Formula : Fe Application : Other, Magnetic materials, sensors, catalyst, nanoelectronics, data storage Standard : Meets laboratory/research standards Density : 7.9 Gram per cubic centimeter(g/cm3) Grade : Other, Technical/Research Grade EINECS No : 2310964 Storage : Other, Store in a cool, dry, and inert atmosphere, avoid moisture and oxidizing agents CAS No : 7439896 Solubility : Insoluble in water, soluble in acid HS Code : 72052910 Molecular Weight : 55.845 g/mol Shape : Other, Wire (nanowire) Type : Nanowire Form : Other, Solid (powder or dispersion) Main Material : Iron (Fe) Purity : 99% Classification : Other, Transition metal nanomaterial Melting Point : 1538C Chemical Name : Iron Nanowire Usage : Research and development, laboratory use, industrial nanotechnology applications Boiling point : 2862C Ph Level : Neutral (7), not applicable Taste : Other , Odorless, tasteless (not for consumption)

Send Inquiry

Hydroxyapatite Nanowire Molecular Formula : Ca10(PO4)6(OH)2 Poisonous : Yes Other Names : HA, Calcium hydroxyapatite Smell : Other, Odorless Structural Formula : [Ca10(PO4)6(OH)2] Application : Other, Biomedical applications, bone tissue engineering, drug delivery, dental materials Standard : Complies with industrial/Nanomaterial standards Density : 3.16 Gram per cubic centimeter(g/cm3) Grade : Other, Nanomaterial Grade EINECS No : 2151457 Storage : Other, Store in a cool, dry place, tightly sealed CAS No : 1306065 Solubility : Insoluble in water, soluble in acids HS Code : 28539090 Molecular Weight : 1004.6 g/mol Shape : Other, Nanowire Type : Nanowire Form : Other, Powder or Dispersion Main Material : Hydroxyapatite Purity : 99% Classification : Other, Inorganic compound Melting Point : 1650C (Approx) Chemical Name : Hydroxyapatite Usage : Research, Industrial, Medical Ph Level : Neutral (7.0) Taste : Other , Odorless and tasteless Refractive Rate : 1.6411.649

Send Inquiry

SEND INQUIRY CALL ME FREE