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Carbon Support Film Hexagonal Grid 3-4 nm. Carbon Support Film Hexagonal Grid, Mesh: 400, Coating: Copper, A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, high quality coated grids has increased, optically checked, Ultra thin: 3 to 4 nm thick

Formvar Support Film Gilder Finder Grid 3-4 nm. Formvar Support Film Gilder Finder Grid, Type: F1, Thickness: Ultra thin 3 to 4 nm, Nickel: A thin film of pure formvar resin coats the shiny side of a Gilder Finder grid. Coated grids are optically checked and batch tested in the electron microscope

Formvar Support Film Gilder Finder Grid 3-4 nm. Formvar Support Film Gilder Finder Grid, Type: F2, Thickness: Ultra thin 3 to 4nm, Nickel: A thin film of pure formvar resin coats the shiny side of a Gilder Finder grid. Coated grids are optically checked and batch tested in the electron microscope

Formvar/Carbon Film Square Grid 150 mesh 15-20 nm 3-4 nm. Formvar/Carbon Film Square Grid, Type: 150 Mesh, Thickness: 15-20nm Formvar and 3-4nm Carbon, Thick B, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 200 mesh 15-20 nm 1 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 15-20nm Formvar and 1nm Carbon, Thick A, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 200 mesh 15-20 nm 3-4 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 15-20nm Formvar and 3-4nm Carbon, Thick B, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 200 mesh 15-20 nm 20-30 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 15-20nm Formvar and 20-30nm Carbon, Thick C, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 300mesh 1nm. Formvar/Carbon Film Square Grid, Type: 300mesh, Thickness: Thick Option A, -15-20nm/1nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Square Grid 300mesh 3-4nm. Formvar/Carbon Film Square Grid, Type: 300mesh, Thickness: Thick Option B, -15-20nm/3-4nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Square Grid 300mesh 20-30nm. Formvar/Carbon Film Square Grid, Type: 300mesh, Thickness: Thick Option C, -15-20nm/20-30nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Square Grid 400mesh 1nm. Formvar/Carbon Film Square Grid, Type: 400mesh, Thickness: Thick Option A, -15-20nm/1nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Square Grid 400mesh 3-4nm. Formvar/Carbon Film Square Grid, Type: 400mesh, Thickness: Thick Option B, -15-20nm/3-4nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Square Grid 400mesh 20-30nm. Formvar/Carbon Film Square Grid, Type: 400mesh, Thickness: Thick Option C, -15-20nm/20-30nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Carbon Support Film Gilder Finder Grid 10 nm. Carbon Support Film Gilder Finder Grid, Type: F1, Coating: Copper, A thin film of pure carbon deposited on the shiny side of the grid, high quality coated grids has increased, optically checked, Silicone free, great deal of time, Coating: 10 nm thick

Carbon Support Film Gilder Finder Grid 10 nm. Carbon Support Film Gilder Finder Grid, Type: F2, Coating: Copper, A thin film of pure carbon deposited on the shiny side of the grid, high quality coated grids has increased, optically checked, Silicone free, great deal of time, Coating: 10 nm thick

Formvar Support Film Slot Grid 2X1 mm 10 nm. Formvar Support Film Slot Grid, Type: 2X1 mm, Thickness: Standard, 10nm, Coating: Copper, Thin film of pure formvar resin coats the shiny side of slotted grid, Grids are optically checked and batch tested, Silicone free, Application: Electron Microscope

Formvar Support Film Single Hole Grid 1500 um 15-20nm. Formvar Support Film Single Hole Grid, Type: 1500 um, Thickness: Standard, 15-20nm, Coating: Copper, A thin film of pure formvar resin coats the shiny side of a single hole grid, Coated grids are optically checked and batch tested, Silicone free

Horizontal micrometer scale NE1 20.4mm. Horizontal micrometer scale NE1, 10mm long with 0.1mm subdivions, Surface chrome image, For the measuring of lengths of specimen or distances between points on a variety of different shaped objects, Diameter: 20.4mm

Horizontal micrometer scale NE1 23mm. Horizontal micrometer scale NE1, 10mm long with 0.1mm subdivions, Surface chrome image, For the measuring of lengths of specimen or distances between points on a variety of different shaped objects, Diameter: 23mm

Horizontal micrometer scale NE1 24.5mm. Horizontal micrometer scale NE1, 10mm long with 0.1mm subdivions, Surface chrome image, For the measuring of lengths of specimen or distances between points on a variety of different shaped objects, Diameter: 24.5mm

Horizontal micrometer scale NE1 25mm. Horizontal micrometer scale NE1, 10mm long with 0.1mm subdivions, Surface chrome image, For the measuring of lengths of specimen or distances between points on a variety of different shaped objects, Diameter: 25mm

Horizontal micrometer scale NE1 26mm. Horizontal micrometer scale NE1, 10mm long with 0.1mm subdivions, Surface chrome image, For the measuring of lengths of specimen or distances between points on a variety of different shaped objects, Diameter: 26mm

Horizontal micrometer scale NE1 27mm. Horizontal micrometer scale NE1, 10mm long with 0.1mm subdivions, Surface chrome image, For the measuring of lengths of specimen or distances between points on a variety of different shaped objects, Diameter: 27mm

Numbered grid Graticule NE11A 20.4mm. Numbered grid Graticule NE11A, 10mm x 10mm, 1.0mm pitch, Marked 1-10 and A-J, Surface chrome image, Useful for particle counting, particularly when reference is needed between workers, Also, they are useful for area of specimen determinations, Diameter: 20.4mm

Numbered grid Graticule NE11A 23mm. Numbered grid Graticule NE11A, 10mm x 10mm, 1.0mm pitch, Marked 1-10 and A-J, Surface chrome image, Useful for particle counting, particularly when reference is needed between workers, Also, they are useful for area of specimen determinations, Diameter: 23mm

Numbered grid Graticule NE11A 24.5mm. Numbered grid Graticule NE11A, 10mm x 10mm, 1.0mm pitch, Marked 1-10 and A-J, Surface chrome image, Useful for particle counting, particularly when reference is needed between workers, Also, they are useful for area of specimen determinations, Diameter: 24.5mm

Numbered grid Graticule NE11A 25mm. Numbered grid Graticule NE11A, 10mm x 10mm, 1.0mm pitch, Marked 1-10 and A-J, Surface chrome image, Useful for particle counting, particularly when reference is needed between workers, Also, they are useful for area of specimen determinations, Diameter: 25mm

Numbered grid Graticule NE11A 26mm. Numbered grid Graticule NE11A, 10mm x 10mm, 1.0mm pitch, Marked 1-10 and A-J, Surface chrome image, Useful for particle counting, particularly when reference is needed between workers, Also, they are useful for area of specimen determinations, Diameter: 26mm

Numbered grid Graticule NE11A 27mm. Numbered grid Graticule NE11A, 10mm x 10mm, 1.0mm pitch, Marked 1-10 and A-J, Surface chrome image, Useful for particle counting, particularly when reference is needed between workers, Also, they are useful for area of specimen determinations, Diameter: 27mm

Carbon Support Film Square Grid 3-4 nm. Carbon Support Film Square Grid, Mesh: 150, Coating: Nickel, A thin film of pure carbon coats the shiny side of the grid, Coated grids are optically checked and batch tested in the EM, Packed in grid storage box, Ultra-thin thickness: 3 to 4 nm

Carbon Support Film Square Grid 3-4 nm. Carbon Support Film Square Grid, Mesh: 200, Coating: Nickel, A thin film of pure carbon coats the shiny side of the grid, Coated grids are optically checked and batch tested in the EM, Packed in grid storage box, Ultra-thin thickness: 3 to 4 nm

Carbon Support Film Square Grid 3-4 nm. Carbon Support Film Square Grid, Mesh: 300, Coating: Nickel, A thin film of pure carbon coats the shiny side of the grid, Coated grids are optically checked and batch tested in the EM, Packed in grid storage box, Ultra-thin thickness: 3 to 4 nm

Carbon Support Film Square Grid 3-4 nm. Carbon Support Film Square Grid, Mesh: 400, Coating: Nickel, A thin film of pure carbon coats the shiny side of the grid, Coated grids are optically checked and batch tested in the EM, Packed in grid storage box, Ultra-thin thickness: 3 to 4 nm

Carbon Support Film Gilder Finder Grid 20-30 nm. Carbon Support Film Gilder Finder Grid, Type: F1, Coating: Copper, A thin film of pure carbon deposited on the shiny side of the grid, high quality coated grids has increased, optically checked, Silicone free, Extra thick: 20 to 30 nm

Carbon Support Film Gilder Finder Grid 20-30 nm. Carbon Support Film Gilder Finder Grid, Type: F2, Coating: Copper, A thin film of pure carbon deposited on the shiny side of the grid, high quality coated grids has increased, optically checked, Silicone free, Extra thick: 20 to 30 nm.

Carbon Support Film Hexagonal Grid 3-4 nm. Carbon Support Film Hexagonal Grid, Mesh: 100, Coating: Nickel, A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, high quality coated grids has increased, optically checked, Ultra thin coating: 3 to 4 nm thick

Carbon Support Film Hexagonal Grid 3-4 nm. Carbon Support Film Hexagonal Grid, Mesh: 200, Coating: Nickel, A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, high quality coated grids has increased, optically checked, Ultra thin coating: 3 to 4 nm thick

Carbon Support Film Hexagonal Grid 3-4 nm. Carbon Support Film Hexagonal Grid, Mesh: 300, Coating: Nickel, A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, high quality coated grids has increased, optically checked, Ultra thin coating: 3 to 4 nm thick

Carbon Support Film Hexagonal Grid 3-4 nm. Carbon Support Film Hexagonal Grid, Mesh: 400, Coating: Nickel, A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, high quality coated grids has increased, optically checked, Ultra thin coating: 3 to 4 nm thick

Carbon Support Film Square Grid 5-6 nm. Carbon Support Film Square Grid, Mesh: 150, Coating: Nickel, A thin film of pure carbon coats the shiny side of the grid, Coated grids are optically checked and batch tested EM, Packed in grid storage box, great deal of time, Standard thickness: 5-6 nm

Carbon Support Film Square Grid 5-6 nm. Carbon Support Film Square Grid, Mesh: 200, Coating: Nickel, A thin film of pure carbon coats the shiny side of the grid, Coated grids are optically checked and batch tested EM, Packed in grid storage box, great deal of time, Standard thickness: 5-6 nm

Carbon Support Film Square Grid 5-6 nm. Carbon Support Film Square Grid, Mesh: 300, Coating: Nickel, A thin film of pure carbon coats the shiny side of the grid, Coated grids are optically checked and batch tested EM, Packed in grid storage box, great deal of time, Standard thickness: 5-6 nm

Carbon Support Film Square Grid 5-6 nm. Carbon Support Film Square Grid, Mesh: 400, Coating: Nickel, A thin film of pure carbon coats the shiny side of the grid, Coated grids are optically checked and batch tested EM, Packed in grid storage box, great deal of time, Standard thickness: 5-6 nm

Formvar/Carbon Film Square Grid 150Mesh 25-50Nm 20-30Nm. Formvar/Carbon Film Square Grid, Type: 150Mesh, Thickness: 25-50nm Formvar and 20-30nm Carbon, Extra Thick C, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 200 mesh 25-50 nm 1 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 25-50nm Formvar and 1nm Carbon, Extra Thick A, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 200 mesh 25-50 nm 3-4 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 25-50nm Formvar and 3-4nm Carbon, Extra Thick B, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar Support Film Slot Grid 2X1 mm 3-4 nm. Formvar Support Film Slot Grid, Type: 2X1 mm, Thickness: Ultra-Thin, 3-4 nm, Coating: Copper, A thin film of pure formvar resin coats the shiny side of a slotted grid, grids are optically checked and batch tested, Silicone free, for electron microscope

Carbon Support Film Hexagonal Grid 10 nm. Carbon Support Film Hexagonal Grid, Mesh: 400, Coating: Copper, A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, high quality coated grids has increased, optically checked batch testing EM, Thickness: 10 nm

Formvar Support Film Slot Grid 2X0.5 mm 3-4 nm. Formvar Support Film Slot Grid, Type: 2X0.5 mm, Thickness: Ultra-Thin, 3-4 nm, Coating: Copper, A thin film of pure formvar resin coats the shiny side of a slotted grid, Coated grids are optically checked, Silicone free, for electron microscope

Formvar/Carbon Film Hexagonal Grid 200mesh 3-4nm. Formvar/Carbon Film Hexagonal Grid, Type: 200mesh, Thickness: Extra Thick Option B, -25-50nm/3-4nm, Coating: Nickel, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support

Formvar/Carbon Film Hexagonal Grid 200mesh 20-30nm. Formvar/Carbon Film Hexagonal Grid, Type: 200mesh, Thickness: Extra Thick Option C, -25-50nm/20-30nm, Coating: Nickel, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support

Carbon Support Film Hexagonal Grid 10 nm. Carbon Support Film Hexagonal Grid, Mesh: 100, Coating: Copper, A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, high quality coated grids has increased, optically checked batch testing EM, Thickness: 10 nm

Carbon Support Film Hexagonal Grid 10 nm. Carbon Support Film Hexagonal Grid, Mesh: 200, Coating: Copper, A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, high quality coated grids has increased, optically checked batch testing EM, Thickness: 10 nm

Carbon Support Film Hexagonal Grid 10 nm. Carbon Support Film Hexagonal Grid, Mesh: 300, Coating: Copper, A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, high quality coated grids has increased, optically checked batch testing EM, Thickness: 10 nm

Formvar/Carbon Film Square Grid 300mesh 20-30nm. Formvar/Carbon Film Square Grid, Type: 300mesh, Thickness: Standard Option C, -10nm/20-30nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Square Grid 200 mesh 10 nm 3-4 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 10nm Formvar and 3-4nm Carbon, Standard B, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 200 mesh 10 nm 20-30 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 10nm Formvar and 20-30nm Carbon, Standard C, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 200 mesh 5-6 nm 1 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 5-6nm Formvar and 1nm Carbon, Ultra-Thin A, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 200 mesh 3-4 nm 3-4 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 5-6nm Formvar and 3-4nm Carbon, Ultra-Thin B, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 200 mesh 3-4 nm 20-30 nm. Formvar/Carbon Film Square Grid, Type: 200 Mesh, Thickness: 5-6nm Formvar and 20-30nm Carbon, Ultra-Thin C, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Square Grid 300mesh 3-4nm. Formvar/Carbon Film Square Grid, Type: 300mesh, Thickness: Standard Option B, -10nm/3-4nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar Support Film Square Grid 150 mesh 10 nm. Formvar Support Film Square Grid, Type: 150 mesh, Thickness: Coating is 10 nm, Gold: A thin film of pure formvar resin coats shiny side of a square grid. Coated grids are optically checked and batch tested in the electron microscope

Formvar Support Film Square Grid 200 mesh 10 nm. Formvar Support Film Square Grid, Type: 200 mesh, Thickness: Coating is 10 nm, Gold: A thin film of pure formvar resin coats shiny side of a square grid. Coated grids are optically checked and batch tested in the electron microscope

Formvar Support Film Square Grid 300 mesh 10 nm. Formvar Support Film Square Grid, Type: 300 mesh, Thickness: Standard, 10nm, Coating: Gold, Thin film of pure formvar resin coats shiny side of square grid, Grids are optically checked and batch tested, Silicone free, Application: Electron Microscope

Formvar Support Film Square Grid 400 mesh 10 nm. Formvar Support Film Square Grid, Type: 400 mesh, Thickness: Standard, 10 nm, Coating: Gold, Thin film of pure formvar resin coats shiny side of square grid, Grids are optically checked and batch tested, Silicone free, Application: Electron Microscope

Formvar Support Film Hexagonal Grid 10 nm. Formvar Support Film Hexagonal Grid, Type: 100 mesh, Thickness: Coating is 10 nm, Gold: A thin film of pure formvar resin coats the shiny side of a hexagonal grid. Coated grids are optically checked and batch tested in the electron microscope

Formvar Support Film Hexagonal Grid 200 mesh 10 nm. Formvar Support Film Hexagonal Grid, Type: 200 mesh, Thickness: Standard, 10 nm, Coating: Gold, A thin film of pure formvar resin coats the shiny side of a hexagonal grid, Coated grids are optically checked and batch tested, Silicone free

Formvar Support Film Hexagonal Grid 300 mesh 10 nm. Formvar Support Film Hexagonal Grid, Type: 300 mesh, Thickness: Standard, 10 nm, Coating: Gold, A thin film of pure formvar resin coats the shiny side of a hexagonal grid, Coated grids are optically checked and batch tested, Silicone free

Formvar Support Film Hexagonal Grid 400 mesh 10 nm. Formvar Support Film Hexagonal Grid, Type: 400 mesh, Thickness: Standard, 10 nm, Coating: Gold, A thin film of pure formvar resin coats the shiny side of a hexagonal grid, Coated grids are optically checked and batch tested, Silicone free

Formvar/Carbon Support Film Gilder Finder Grid F1 1nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F1, Thickness: Thick Option A, -15-20nm/1nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F1 3-4nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F1, Thickness: Thick Option B, -15-20nm/3-4nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F1 20-30nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F1, Thickness: Thick Option C, -15-20nm/20-30nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F2 1nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F2, Thickness: Thick Option A, -15-20nm/1nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F2 3-4nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F2, Thickness: Thick Option B, -15-20nm/3-4nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F2 20-30nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F2, Thickness: Thick Option C, -15-20nm/20-30nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Carbon Support Film Square Grid 5-6 nm. Carbon Support Film Square Grid, Mesh: 150, Coating: Copper, A thin film of pure carbon coats the shiny side of the grid, Coated grids optically checked, batch tested EM, Packed grid storage box, great deal of time, Standard thickness: 5-6 nm

Carbon Support Film Square Grid 5-6 nm. Carbon Support Film Square Grid, Mesh: 200, Coating: Copper, A thin film of pure carbon coats the shiny side of the grid, Coated grids optically checked, batch tested EM, Packed grid storage box, great deal of time, Standard thickness: 5-6 nm

Carbon Support Film Square Grid 5-6 nm. Carbon Support Film Square Grid, Mesh: 300, Coating: Copper, A thin film of pure carbon coats the shiny side of the grid, Coated grids optically checked, batch tested EM, Packed grid storage box, great deal of time, Standard thickness: 5-6 nm

Formvar/Carbon Film Square Grid 150 mesh 10 nm 3-4 nm. Formvar/Carbon Film Square Grid, Type: 150 Mesh, Thickness: 10nm Formvar and 3-4nm Carbon, Standard B, Coating: Gold Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections Electron Microscopy

Formvar Support Film Square Grid 3-4 nm. Formvar Support Film Square Grid, Type: 150 mesh, Thickness: Ultra thin coating is 3 to 4 nm, Gold: A thin film of pure formvar resin coats shiny side of a square grid. Coated grids are optically checked and batch tested in the electron microscope

Formvar Support Film Square Grid 3-4 nm. Formvar Support Film Square Grid, Type: 200 mesh, Thickness: Ultra thin coating is 3 to 4 nm, Gold: A thin film of pure formvar resin coats shiny side of a square grid. Coated grids are optically checked and batch tested in the electron microscope

Formvar Support Film Square Grid 300 mesh 3-4 nm. Formvar Support Film Square Grid, Type: 300 mesh, Thickness: Ultra-Thin, 3-4 nm, Coating: Gold, A thin film of pure formvar resin coats shiny side of a square grid, grids are optically checked and batch tested, Silicone free, for electron microscope

Formvar Support Film Square Grid 400 mesh 3-4 nm. Formvar Support Film Square Grid, Type: 400 mesh, Thickness: Ultra-Thin, 3-4 nm, Coating: Gold, A thin film of pure formvar resin coats shiny side of a square grid, grids are optically checked and batch tested, Silicone free, for electron microscope

Formvar Support Film Hexagonal Grid 3-4 nm. Formvar Support Film Hexagonal Grid, Type: 100 mesh, Thickness: Ultra thin 3 to 4 nm, Gold: A thin film of pure formvar resin coats the shiny side of a hexagonal grid. Coated grids are optically checked and batch tested in the electron microscope

Formvar Support Film Hexagonal Grid 200 mesh 3-4 nm. Formvar Support Film Hexagonal Grid, Type: 200 mesh, Thickness: Ultra-Thin, 3-4 nm, Coating: Gold, A thin film of pure formvar resin coats the shiny side of a hexagonal grid, Coated grids are optically checked and batch tested, Silicone free

Formvar Support Film Hexagonal Grid 300 mesh 3-4 nm. Formvar Support Film Hexagonal Grid, Type: 300 mesh, Thickness: Ultra-Thin, 3-4 nm, Coating: Gold, A thin film of pure formvar resin coats the shiny side of a hexagonal grid, Coated grids are optically checked and batch tested, Silicone free

Formvar Support Film Hexagonal Grid 400 mesh 3-4 nm. Formvar Support Film Hexagonal Grid, Type: 400 mesh, Thickness: Ultra-Thin, 3-4 nm, Coating: Gold, A thin film of pure formvar resin coats the shiny side of a hexagonal grid, Coated grids are optically checked and batch tested, Silicone free

Formvar/Carbon Film Hexagonal Grid 100Mesh 25-50Nm 3-4Nm. Formvar/Carbon Film Hexagonal Grid, Type: 100Mesh, Thickness: 25-50nm Formvar and 3-4nm Carbon, Extra Thick B, Coating: Copper Formvar stabilized with evaporated carbon film provides support for ultrathin sections Electron Microscopy

Formvar/Carbon Film Hexagonal Grid 100Mesh 25-50Nm 20-30Nm. Formvar/Carbon Film Hexagonal Grid, Type: 100Mesh, Thickness: 25-50nm Formvar and 20-30nm Carbon, Extra Thick C, Coating: Copper Formvar stabilized with evaporated carbon film provides support for ultrathin sections Electron Microscopy

Formvar/Carbon Support Film Gilder Finder Grid F1 3-4nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F1, Thickness: Standard Option B, -10nm/3-4nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F1 20-30nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F1, Thickness: Standard Option C, -10nm/20-30nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F1 1nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F1, Thickness: Ultra-Thin Option A, -5-6nm/1nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F1 3-4nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F1, Thickness: Ultra-Thin Option B, -5-6nm/3-4nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F1 20-30nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F1, Thickness: Ultra-Thin Option C, -5-6nm/20-30nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F2 3-4nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F2, Thickness: Standard Option B, -10nm/3-4nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F2 20-30nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F2, Thickness: Standard Option C, -10nm/20-30nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F2 1nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F2, Thickness: Ultra-Thin Option A, -5-6nm/1nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F2 3-4nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F2, Thickness: Ultra-Thin Option B, -5-6nm/3-4nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Gilder Finder Grid F2 20-30nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F2, Thickness: Ultra-Thin Option C, -5-6nm/20-30nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Fluorophore-Infiltrated Resin Microscopy, For Acrylic Resin Sections, Rapid staining technique that provides high-contrast fluorescence microscopy imaging of resin embedded samples, reminiscint of low magnification transmission microscopy, High Throughput

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