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Product Image-76439-852

Lacey Carbon Film, Grid type - Nickel, 200 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Nickel, 200 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference
Catalog Number: 76439-852
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-884

Lacey Carbon Film, Grid type - Nickel, 300 mesh, with a continuous layer, lacey carbon is the thinnest support film with adequate strength, Thickness: Carbon 1 nm, Formvar 5 nm, holes in the lacey carbon range from 0.25 to 5um allowing TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Nickel, 300 mesh, with a continuous layer, lacey carbon is the thinnest support film with adequate strength, Thickness: Carbon 1 nm, Formvar 5 nm, holes in the lacey carbon range from 0.25 to 5um allowing TEM imaging without interference
Catalog Number: 76439-884
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-916

Lacey Carbon Film, Grid type - Gold, 400 mesh, with a Continuous Layer of ultrathin Formvar Film, lacey carbon is the thinnest support film with adequate strength to withstand EM specimen preparation, Thickness: Formvar-3-4 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Gold, 400 mesh, with a Continuous Layer of ultrathin Formvar Film, lacey carbon is the thinnest support film with adequate strength to withstand EM specimen preparation, Thickness: Formvar-3-4 nm, allow for TEM imaging without interference
Catalog Number: 76439-916
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-850

Lacey Carbon Film, Grid type - Nickel, 200 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Nickel, 200 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference
Catalog Number: 76439-850
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-840

Lacey Carbon Film, Grid type - Copper, 200 mesh, with a Continuous Layer of ultrathin Carbon and Formvar Film, thinnest support film with adequate strength, Thickness: Carbon 1 nm, Formvar 5 nm, holes in the lacey carbon range from 0.25 to 5um allowing TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Copper, 200 mesh, with a Continuous Layer of ultrathin Carbon and Formvar Film, thinnest support film with adequate strength, Thickness: Carbon 1 nm, Formvar 5 nm, holes in the lacey carbon range from 0.25 to 5um allowing TEM imaging without interference
Catalog Number: 76439-840
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-906

Lacey Carbon Film, Grid type - Gold, 400 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Gold, 400 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference
Catalog Number: 76439-906
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-900

Lacey Carbon Film, Grid type - Nickel, 300 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Nickel, 300 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference
Catalog Number: 76439-900
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-864

Lacey Carbon Film, Grid type - Gold, 300 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Gold, 300 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference
Catalog Number: 76439-864
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-920

Lacey Carbon Film, Grid type - Copper, 400 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Copper, 400 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference
Catalog Number: 76439-920
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-882

Lacey Carbon Film, Grid type - Nickel, 300 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Nickel, 300 mesh, with a Continuous Layer of ultrathin Carbon Film, carbon <3 nm film on lacey carbon is the thinnest support film with adequate strength to withstand specimen preparation, Thickness: Carbon-less than 3 nm, allow for TEM imaging without interference
Catalog Number: 76439-882
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-930

Lacey Carbon Film, Grid type - Copper, 400 mesh, with a Continuous Layer of ultrathin Formvar Film, lacey carbon is the thinnest support film with adequate strength to withstand EM specimen preparation, Thickness: Formvar-3-4 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Copper, 400 mesh, with a Continuous Layer of ultrathin Formvar Film, lacey carbon is the thinnest support film with adequate strength to withstand EM specimen preparation, Thickness: Formvar-3-4 nm, allow for TEM imaging without interference
Catalog Number: 76439-930
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76376-196

Tweezers Diamond Coated Style 4 110 Mm

Description: Diamond Like Carbon (DLC) Tweezers, Style 4, High Precision, Diamond Coated, Anti-acid, Anti-magnetic Stainless Steel, straight, extra fine, superior finish tips, Overall Length: 110 mm, 4-1/4 in
Catalog Number: 76376-196
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-942

Lacey Carbon Film, Grid type - Nickel, 400 mesh, with a Continuous Layer of ultrathin Formvar Film, lacey carbon is the thinnest support film with adequate strength to withstand EM specimen preparation, Thickness: Formvar-3-4 nm, allow for TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Nickel, 400 mesh, with a Continuous Layer of ultrathin Formvar Film, lacey carbon is the thinnest support film with adequate strength to withstand EM specimen preparation, Thickness: Formvar-3-4 nm, allow for TEM imaging without interference
Catalog Number: 76439-942
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-874

Lacey Carbon Film, Grid type - Copper, 300 mesh, with a Continuous Layer of ultrathin Carbon and Formvar Film, thinnest support film with adequate strength, Thickness: Carbon 1 nm, Formvar 5 nm, holes in the lacey carbon range from 0.25 to 5um allowing TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Copper, 300 mesh, with a Continuous Layer of ultrathin Carbon and Formvar Film, thinnest support film with adequate strength, Thickness: Carbon 1 nm, Formvar 5 nm, holes in the lacey carbon range from 0.25 to 5um allowing TEM imaging without interference
Catalog Number: 76439-874
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-924

Lacey Carbon Film, Grid type - Copper, 400 mesh, with a Continuous Layer of ultrathin Carbon and Formvar Film, thinnest support film with adequate strength, Thickness: Carbon 1 nm, Formvar 5 nm, holes in the lacey carbon range from 0.25 to 5um allowing TEM imaging without interference

Description: Lacey Carbon Film, Grid type - Copper, 400 mesh, with a Continuous Layer of ultrathin Carbon and Formvar Film, thinnest support film with adequate strength, Thickness: Carbon 1 nm, Formvar 5 nm, holes in the lacey carbon range from 0.25 to 5um allowing TEM imaging without interference
Catalog Number: 76439-924
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76439-540

Carbon Film on Copper Tomography Grid, made from copper and is for use with Fischione tomography specimen holders, The size allows for further tilt in TEMs with small pole piece holes, An identification mark and the square shape give easy reference when rotated past 90 degree c, 1.5mm square

Description: Carbon Film on Copper Tomography Grid, made from copper and is for use with Fischione tomography specimen holders, The size allows for further tilt in TEMs with small pole piece holes, An identification mark and the square shape give easy reference when rotated past 90 degree c, 1.5mm square
Catalog Number: 76439-540
Supplier: ELECTRON MICROSCOPY SCIENCE
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