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Product Image-76440-736

Foil, R 1.2/1.3 um, Type: Gold Grid 300Mesh, with perforated Holey Carbon film, Hole Size: approx 1.2 um, Period: 2.5 um, It has advantages in electron microscopy or low-energy electron point source (LEEPS) microscopy when compared with conventional holey film, Space between holes is 1.3um

Description: Foil, R 1.2/1.3 um, Type: Gold Grid 300Mesh, with perforated Holey Carbon film, Hole Size: approx 1.2 um, Period: 2.5 um, It has advantages in electron microscopy or low-energy electron point source (LEEPS) microscopy when compared with conventional holey film, Space between holes is 1.3um
Catalog Number: 76440-736
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-722

Graphene Oxide on foil Grid, R2/2, A super thin, copper grid, naturally hydrophilic layer of Graphene Oxide is placed over support film on grids, Pre-treatment is unnecessary, Better background contrast, nearly transparent in electron beam, and barely visible under optical microscopes, Mesh: 300

Description: Graphene Oxide on foil Grid, R2/2, A super thin, copper grid, naturally hydrophilic layer of Graphene Oxide is placed over support film on grids, Pre-treatment is unnecessary, Better background contrast, nearly transparent in electron beam, and barely visible under optical microscopes, Mesh: 300
Catalog Number: 76439-722
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-742

Graphene Oxide on foilGrid, R1.2/1.3, 400 Copper, A super thin, naturally hydrophilic layer of Graphene Oxide is placed over support film on grids, Pre-treatment is unnecessary, Better background contrast, nearly transparent in electron beam, and barely visible under optical microscopes

Description: Graphene Oxide on foilGrid, R1.2/1.3, 400 Copper, A super thin, naturally hydrophilic layer of Graphene Oxide is placed over support film on grids, Pre-treatment is unnecessary, Better background contrast, nearly transparent in electron beam, and barely visible under optical microscopes
Catalog Number: 76439-742
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-734

Foil, R 1.2/1.3um, Type: Gold Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: approx 1.2um, Period: 2.5um, Has advantages in electron microscopy, A foil with approx 1.2um circular holes and a spacing of approx 1.3um between the holes, This type is used at magnifications around 50000x

Description: Foil, R 1.2/1.3um, Type: Gold Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: approx 1.2um, Period: 2.5um, Has advantages in electron microscopy, A foil with approx 1.2um circular holes and a spacing of approx 1.3um between the holes, This type is used at magnifications around 50000x
Catalog Number: 76440-734
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-932

Lacey Carbon Film, Grid type - Copper, 400 mesh, ultrathin, with a thin piece of carbon, The average hole sizes are 50, 100 and 150 nm, carbon film on a broken pattern consis ts of woven-mesh-like holes of different sizes and shapes, Thickness: 4-6 nm

Description: Lacey Carbon Film, Grid type - Copper, 400 mesh, ultrathin, with a thin piece of carbon, The average hole sizes are 50, 100 and 150 nm, carbon film on a broken pattern consis ts of woven-mesh-like holes of different sizes and shapes, Thickness: 4-6 nm
Catalog Number: 76439-932
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-870

Lacey Carbon Film, Grid type - Gold, 300 mesh, ultrathin, with a thin piece of carbon, The average hole sizes are 50, 100 and 150 nm, carbon film on a broken pattern consis ts of woven-mesh-like holes of different sizes and shapes, Thickness: 4-6 nm

Description: Lacey Carbon Film, Grid type - Gold, 300 mesh, ultrathin, with a thin piece of carbon, The average hole sizes are 50, 100 and 150 nm, carbon film on a broken pattern consis ts of woven-mesh-like holes of different sizes and shapes, Thickness: 4-6 nm
Catalog Number: 76439-870
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-574

Silicon Nitride Window Grid, TEM, perform well under harsh conditions, Silicon frames are 100um thick, Grids fit 3mm holders and most double tilt holders, come in clear gel-boxes for simpler sample preparation, 10 nm, Window Dimension: (8) 100 square, (1) 100x350um

Description: Silicon Nitride Window Grid, TEM, perform well under harsh conditions, Silicon frames are 100um thick, Grids fit 3mm holders and most double tilt holders, come in clear gel-boxes for simpler sample preparation, 10 nm, Window Dimension: (8) 100 square, (1) 100x350um
Catalog Number: 76439-574
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-710

Graphene Oxide on Lacey Carbon, Copper Mesh Grid, A super thin, naturally hydrophilic layer of Graphene Oxide is placed over support film on grids, Pre-treatment is unnecessary, Better background contrast, nearly transparent in electron beam, and barely visible under optical microscopes, Mesh: 300

Description: Graphene Oxide on Lacey Carbon, Copper Mesh Grid, A super thin, naturally hydrophilic layer of Graphene Oxide is placed over support film on grids, Pre-treatment is unnecessary, Better background contrast, nearly transparent in electron beam, and barely visible under optical microscopes, Mesh: 300
Catalog Number: 76439-710
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76376-376

Tweezers Surgical Inox 2Luso.S 120 Mm

Description: Surgical Tweezerss, 2LUSO.S, perfect tip symmetry and balance and the surface has an electropolish finish, high precision fine tips and Dot Serrated handles for a perfect grip, can be sterilized and they are all made from Inox, Overall Length: 120 mm
Catalog Number: 76376-376
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76376-118

Tweezers 72 Mz Ceramic Tip Only 30 Mm

Description: Tweezers, Style: 72 MZ, Ceramic tip length: 30mm. Tip width 0.2mm. Length: 5 1/4in (134mm), lightweight, have Zirconia ceramic precision tips and aluminum handles. Surface resistively is 10E12 ohm, Contamination free, high temperature (1000 deg C)
Catalog Number: 76376-118
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-728

Graphene Oxide on foil Grid, R2/4, A super thin, copper grid, naturally hydrophilic layer of Graphene Oxide is placed over support film on grids, Pre-treatment is unnecessary, Better background contrast, nearly transparent in electron beam, and barely visible under optical microscopes, Mesh: 300

Description: Graphene Oxide on foil Grid, R2/4, A super thin, copper grid, naturally hydrophilic layer of Graphene Oxide is placed over support film on grids, Pre-treatment is unnecessary, Better background contrast, nearly transparent in electron beam, and barely visible under optical microscopes, Mesh: 300
Catalog Number: 76439-728
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76375-944

Tweezers Eyelash 5A Inox 08 0.06X0.13Mm

Description: Eyelash Tweezers, Fine and oblique tips, Serrated, Length: 115 mm, Dimensions: 0.06x0.13mm, Matte Finish, Alloy: Inox 08
Catalog Number: 76375-944
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76441-090

Foil, Type: R 1.2/20, Holey Carbon Film, Grid Type: Nickel 400 Mesh, Hole Size: 1.2um, Spacing: 20um, Period: 21.2um, Magnifications of 50,000x and higher, perforated support foil, has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R 1.2/20, Holey Carbon Film, Grid Type: Nickel 400 Mesh, Hole Size: 1.2um, Spacing: 20um, Period: 21.2um, Magnifications of 50,000x and higher, perforated support foil, has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy
Catalog Number: 76441-090
Supplier: ELECTRON MICROSCOPY SCIENCE
Image Unavailable-76441-152

Foil, Type: R 17/5, Material: Holey Carbon Film, Grid Type: Gold 400 Mesh, Hole Size: 17um, Spacing: 5um, Period: 22um, 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 17/5, Material: Holey Carbon Film, Grid Type: Gold 400 Mesh, Hole Size: 17um, Spacing: 5um, Period: 22um, perforated support foil with pre-defined holes, has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy
Catalog Number: 76441-152
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-164

Foil, Type: R1.2/20, Grid Type: Gold, 200 Mesh, with approx 1.2um circular holes and spacing of approx 20 um between the holes, used at Magnifications of 50,000x and higher, Period: 20 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)

Description: Foil, Type: R1.2/20, Grid Type: Gold, 200 Mesh, with approx 1.2um circular holes and spacing of approx 20 um between the holes, used at Magnifications of 50,000x and higher, Period: 20 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)
Catalog Number: 76440-164
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-562

Foil, R 1.2/1.3um, Type: Gold Grid 300 Mesh, with Holey Carbon film, Hole Size: approx 1.2um, Period: 2.5um, It has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy when compared with conventional holey film, Magnifications of 30.000x to 40.000x

Description: Foil, R 1.2/1.3um, Type: Gold Grid 300 Mesh, with Holey Carbon film, Hole Size: approx 1.2um, Period: 2.5um, It has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy when compared with conventional holey film, Magnifications of 30.000x to 40.000x
Catalog Number: 76440-562
Supplier: ELECTRON MICROSCOPY SCIENCE
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