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Product Image-76441-198

Foil, Type: R 5/10, Material: Holey Carbon Film, Grid Type: Copper 400 Mesh, Hole Size: 5um, Spacing: 10um, Period: 15um, perforated support foil with pre-defined holes, has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R 5/10, Material: Holey Carbon Film, Grid Type: Copper 400 Mesh, Hole Size: 5um, Spacing: 10um, Period: 15um, perforated support foil with pre-defined holes, has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy
Catalog Number: 76441-198
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76441-056

Foil, Type: R 5/20, Material: Holey Carbon Film, Grid Type: Copper 400 Mesh, Hole Size: 5um, Spacing: 20um, Period: 25um, perforated support foil with pre-defined holes, has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R 5/20, Material: Holey Carbon Film, Grid Type: Copper 400 Mesh, Hole Size: 5um, Spacing: 20um, Period: 25um, perforated support foil with pre-defined holes, has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy
Catalog Number: 76441-056
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-63041-162

S.M.D. Paddle Tip Tweezers

Description: 4.25In S.M.D. Paddle Tip Tweezers. Tips Have A 1Mm Groove For Handling Small Cylindrical Devices. Stainless Steel Antimagnetic.
Catalog Number: 63041-162
Supplier: Excelta

Small Business Enterprise Minority or Woman-Owned Business Enterprise


Product Image-76440-362

Foil, Type: R10/20, Grid Type: Copper, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source

Description: Foil, Type: R10/20, Grid Type: Copper, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source
Catalog Number: 76440-362
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-256

Foil, Type: R10/20, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source

Description: Foil, Type: R10/20, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source
Catalog Number: 76440-256
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-464

Foil, Type: R10/20, Grid Type: Copper, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source

Description: Foil, Type: R10/20, Grid Type: Copper, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source
Catalog Number: 76440-464
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-496

Foil, Type: R10/20, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source

Description: Foil, Type: R10/20, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source
Catalog Number: 76440-496
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-204

Foil, Type: R10/20, Grid Type: Copper, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source

Description: Foil, Type: R10/20, Grid Type: Copper, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source
Catalog Number: 76440-204
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-394

Foil, Type: R10/20, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source

Description: Foil, Type: R10/20, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 20 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source
Catalog Number: 76440-394
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-122

Foil, R1.2/1.3, 200 mesh CopperGrid ut, with approx 1.2 um circulaRholesand a spacing of 1.3 um between the holes, is used at Magnifications around 50,000x, Magnifications of 50,000x and higher, Perforated support foil with pre-defined holes

Description: Foil, R1.2/1.3, 200 mesh CopperGrid ut, with approx 1.2 um circulaRholesand a spacing of 1.3 um between the holes, is used at Magnifications around 50,000x, Magnifications of 50,000x and higher, Perforated support foil with pre-defined holes
Catalog Number: 76440-122
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-424

Foil, Type: R10/10, Grid Type: Gold, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R10/10, Grid Type: Gold, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy
Catalog Number: 76440-424
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-202

Foil, Type: R10/10, Grid Type: Copper, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R10/10, Grid Type: Copper, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy
Catalog Number: 76440-202
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-152

Foil, Type: R10/5, Grid Type: Gold, 200 Mesh, with approx 10 um circular holes and spacing of approx 5 um between the holes, Period: 15 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R10/5, Grid Type: Gold, 200 Mesh, with approx 10 um circular holes and spacing of approx 5 um between the holes, Period: 15 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy
Catalog Number: 76440-152
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-494

Foil, Type: R10/10, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R10/10, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy
Catalog Number: 76440-494
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-392

Foil, Type: R10/10, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R10/10, Grid Type: Nickel, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy
Catalog Number: 76440-392
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-148

Foil, Type: R10/10, Grid Type: Gold, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R10/10, Grid Type: Gold, 200 Mesh, with approx 10um circular holes and spacing of approx 10 um between the holes, Period: 30 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source (LEEPS) microscopy
Catalog Number: 76440-148
Supplier: ELECTRON MICROSCOPY SCIENCE
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