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Carbon Support Film Single Hole 200 um 3-4 nm Nickel. Carbon Support Film Single Hole, Type: 200 um, Thickness: 3-4 nm Ultra-Thin, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 300 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 300 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 300 um 3-4 nm Nickel. Carbon Support Film Single Hole, Type: 300 um, Thickness: 3-4 nm Ultra-Thin, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 400 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 400 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 400 um 3-4 nm Nickel. Carbon Support Film Single Hole, Type: 400 um, Thickness: 3-4 nm Ultra-Thin, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 600 um 3-4 nm Nickel. Carbon Support Film Single Hole, Type: 600 um, Thickness: 3-4 nm Ultra-Thin, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 800 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 800 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 800 um 3-4 nm Nickel. Carbon Support Film Single Hole, Type: 800 um, Thickness: 3-4 nm Ultra-Thin, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 1000 um 3-4 nm Nickel. Carbon Support Film Single Hole, Type: 1000 um, Thickness: 3-4 nm Ultra-Thin, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 1500 um 3-4 nm Nickel. Carbon Support Film Single Hole, Type: 1500 um, Thickness: 3-4 nm Ultra-Thin, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Bulk Specimen Holder Large. Bulk Specimen Holder, Opening is 32 mm wide x 32 mm long x 13 mm deep, Stainless steel allen set screws keep specimen in place. 3.2 mm pin, Material: Machined aluminum with stainless steel set screws, Allen wrench included

Formvar/Carbon Support Film Slot Grid 2X0.05mm 3-4nm. Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, Thickness: Standard Option B, -10nm/3-4nm, Coating: Nickel, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support

Formvar/Carbon Film Single Hole Grid 1500 um 25-50 nm. Formvar/Carbon Film Single Hole Grid, Type: 1500 um, Thickness: 25-50 nm/20-30 nm, Extra Thick C, Coating: Nickel, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Medium SEM Clamp 25 x 15mm, 3.2mm (1/8in) Pin. Medium SEM Clamp 25 x 15mm, 3.2mm (1/8in) Pin, Material: Machined aluminum with brass screws, Suitable for holdingsamples up to 7mm overall thickness, Perfect for small tubes, strips, wires, and smaller flat samples, Dimension: 25 x 15mm, 3.2mm

CitiFluor CFM-3 Film Forming Polymer Solutions 25ml. CitiFluor CFM-3 Film Forming Polymer Solutions, Glycerol-based antifadent contains a phoenlic antifadent of neutral pH and a refractive index of 1.52 which also acts as a Clearing Solution enabling visualisation of fluorochromes, Volume: 25ml

Formvar/Carbon Film Hexagonal Grid 200mesh 3-4nm. Formvar/Carbon Film Hexagonal Grid, Type: 200mesh, 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/Carbon Film Hexagonal Grid 200mesh 20-30nm. Formvar/Carbon Film Hexagonal Grid, Type: 200mesh, 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 Hexagonal Grid 200mesh 1nm. Formvar/Carbon Film Hexagonal Grid, Type: 200mesh, Thickness: Ultra-Thin Option A, -5-6nm/1nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Hexagonal Grid 300mesh 1nm. Formvar/Carbon Film Hexagonal Grid, Type: 300mesh, Thickness: Ultra-Thin Option A, -5-6nm/1nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Hexagonal Grid 300mesh 3-4nm. Formvar/Carbon Film Hexagonal Grid, Type: 300mesh, Thickness: Ultra-Thin Option B, -5-6nm/3-4nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Hexagonal Grid 300mesh 20-30nm. Formvar/Carbon Film Hexagonal Grid, Type: 300mesh, Thickness: Ultra-Thin Option C, -5-6nm/20-30nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin section/specimen support

Formvar/Carbon Film Hexagonal Grid 400mesh 3-4nm. Formvar/Carbon Film Hexagonal Grid, Type: 400mesh, 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/Carbon Film Hexagonal Grid 400mesh 20-30nm. Formvar/Carbon Film Hexagonal Grid, Type: 400mesh, 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 Hexagonal Grid 400mesh 1nm. Formvar/Carbon Film Hexagonal Grid, Type: 400mesh, Thickness: Ultra-Thin Option A, -5-6nm/1nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Film Hexagonal Grid 400mesh 3-4nm. Formvar/Carbon Film Hexagonal Grid, Type: 400mesh, Thickness: Ultra-Thin Option B, -5-6nm/3-4nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Support Film London Finder LF200. Formvar/Carbon Support Film London Finder, Type: LF200, Thickness: 15-20 nm/20-30 nm, Thick Option C, Coating: Copper, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film London Finder LF400. Formvar/Carbon Support Film London Finder, Type: LF400, Thickness: 15-20 nm/1 nm, Thick Option A, Coating: Copper, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Slot Grid 2X0.05mm 20-30nm. Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, Thickness: Extra Thick Option C, -25-50nm/20-30nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film London Finder LF200. Formvar/Carbon Support Film London Finder, Type: LF200, Thickness: 15-20 nm/1 nm, Thick Option A, Coating: Copper, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film London Finder LF200. Formvar/Carbon Support Film London Finder, Type: LF200, Thickness: 15-20 nm/3-4 nm, Thick Option B, Coating: Copper, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film London Finder LF135. Formvar/Carbon Support Film London Finder, Type: LF135, Thickness: 15-20 nm/1 nm, Thick Option A, Coating: Copper, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film London Finder LF135. Formvar/Carbon Support Film London Finder, Type: LF135, Thickness: 15-20 nm/3-4 nm, Thick Option B, Coating: Copper, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film Slot Grid 2X0.05mm 1nm. Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, Thickness: Thick Option A, -15-20nm/1nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support

Formvar/Carbon Support Film Slot Grid 2X0.05mm 3-4nm. Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, Thickness: Thick Option B, -15-20nm/3-4nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support

Formvar/Carbon Support Film Slot Grid 2X0.05mm 20-30nm. Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, 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 Slot Grid 2X0.05mm 3-4nm. Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, Thickness: Standard Option B, -10nm/3-4nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support

Formvar/Carbon Support Film Slot Grid 2X0.05mm 1nm. Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, Thickness: Ultra-Thin Option A, -5-6nm/1nm, Coating: Copper, Formvar stabilized with evaporated carbon film provides excellent support for ultrathin sections and specimen support

Formvar/Carbon Support Film Slot Grid 2X0.05mm 3-4nm. Formvar/Carbon Support Film Slot Grid, Type: 2X0.05mm, 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 Film Thin Bar Hexagonal Grid 15-20 nm/3-4 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 400 mesh, Thickness: Thick option B: 15-20 nm/3-4 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Formvar/Carbon Film Thin Bar Hexagonal Grid 15-20 nm/20-30 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 400 mesh, Thickness: Thick option C: 15-20 nm/20-30 nm, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Lacey Formvar Carbon film 300 mesh 50 um. Lacey Formvar Carbon film, Type: 300 mesh, Thickness: 50 um, Coating: Gold, A carbon film on a broken pattern consists of woven-mesh-like holes of different sizes and shapes, This pattern provides support but does not interfere when observing specimens

Lacey Formvar Carbon film 300 mesh 100 um. Lacey Formvar Carbon film, Type: 300 mesh, Thickness: 100 um, Coating: Gold, A carbon film on a broken pattern consists of woven-mesh-like holes of different sizes and shapes, This pattern provides support but does not interfere when observing specimens

Formvar/Carbon Film Thin Bar Square Grid 25-50 nm/20-30 nm. Formvar/Carbon Film Thin Bar Square Grid, Type: 200 mesh, Thickness: Extra thick option C: 25-50 nm Formvar/20-30 nm carbon, Coating: Gold, carbon: Formvar stabilized with evaporated carbon provides excellent support for ultrathin Sections

Formvar/Carbon Film Thin Bar Hexagonal Grid 15-20 nm/3-4 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 300 mesh, Thickness: Thick option B: 15-20 nm/3-4 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Formvar/Carbon Film Thin Bar Hexagonal Grid 15-20 nm/20-30 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 300 mesh, Thickness: Thick option C: 15-20 nm/20-30 nm, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Formvar/Carbon Film Thin Bar Hexagonal Grid 15-20 nm/1 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 400 mesh, Thickness: Thick option A: 15-20 nm/1 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Formvar/Carbon Film Thin Bar Square Grid 15-20 nm/1 nm. Formvar/Carbon Film Thin Bar Square Grid, Type: 300 mesh, Thickness: Thick option A: 15-20 nm Formvar/1 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support for ultrathin Sections

Formvar/Carbon Film Thin Bar Square Grid 15-20 nm/3-4 nm. Formvar/Carbon Film Thin Bar Square Grid, Type: 300 mesh, Thickness: Thick option B: 15-20 nm Formvar/3-4 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support for ultrathin Sections

Formvar/Carbon Film Thin Bar Square Grid 15-20 nm/20-30 nm. Formvar/Carbon Film Thin Bar Square Grid, Type: 300 mesh, Thickness: Thick option C: 15-20 nm Formvar/20-30 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support for ultrathin Sections

Formvar/Carbon Film Thin Bar Square Grid 15-20 nm/1 nm. Formvar/Carbon Film Thin Bar Square Grid, Type: 400 mesh, Thickness: Thick option A: 15-20 nm Formvar/1 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support for ultrathin Sections

Formvar/Carbon Film Thin Bar Square Grid 15-20 nm/3-4 nm. Formvar/Carbon Film Thin Bar Square Grid, Type: 400 mesh, Thickness: Thick option B: 15-20 nm Formvar/3-4 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support for ultrathin Sections

Formvar/Carbon Film Thin Bar Square Grid 15-20 nm/20-30 nm. Formvar/Carbon Film Thin Bar Square Grid, Type: 400 mesh, Thickness: Thick option C: 15-20 nm Formvar/20-30 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support for ultrathin Sections

Formvar/Carbon Film Thin Bar Square Grid 15-20 nm/1 nm. Formvar/Carbon Film Thin Bar Square Grid, Type: 1000 mesh, Thickness: Thick option A: 15-20 nm Formvar/1 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support for ultrathin Sections

Formvar/Carbon Film Thin Bar Hexagonal Grid 15-20 nm/1 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 300 mesh, Thickness: Thick option A: 15-20 nm/1 nm carbon, Coating: Copper, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

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

Formvar/Carbon Film Hexagonal Grid 200mesh 20-30nm. Formvar/Carbon Film Hexagonal Grid, Type: 200mesh, Thickness: Ultra-Thin Option C, -5-6nm/20-30nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin section/specimen support

Formvar/Carbon Film Hexagonal Grid 300mesh 3-4nm. Formvar/Carbon Film Hexagonal 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/Carbon Film Hexagonal Grid 300mesh 20-30nm. Formvar/Carbon Film Hexagonal 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 Support Film Slot Grid 2x1mm 20-30nm. Formvar/Carbon Support Film Slot Grid, Type: 2x1mm, Thickness: Standard Option C, -10nm/20-30nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin section/specimen support

Formvar/Carbon Support Film Slot Grid 2x1mm 1nm. Formvar/Carbon Support Film Slot Grid, Type: 2x1mm, Thickness: Ultra-Thin Option A, -5-6nm/1nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Support Film Slot Grid 2x1mm 3-4nm. Formvar/Carbon Support Film Slot Grid, Type: 2x1mm, Thickness: Ultra-Thin Option B, -5-6nm/3-4nm, Coating: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections and specimen support

Formvar/Carbon Support Film London Finder LF200. Formvar/Carbon Support Film London Finder, Type: LF200, Thickness: 25-50 nm/1 nm, Extra Thick Option A, Coating: Nickel, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar/Carbon Support Film London Finder LF200. Formvar/Carbon Support Film London Finder, Type: LF200, Thickness: 25-50 nm/3-4 nm, Extra Thick Option B, Coating: Nickel, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Lacey Formvar Carbon film 200 mesh 100 um. Lacey Formvar Carbon film, Type: 200 mesh, Thickness: 100 um, Coating: Gold, A carbon film on a broken pattern consists of woven-mesh-like holes of different sizes and shapes, This pattern provides support but does not interfere when observing specimens

Lacey Formvar Carbon film 200 mesh 150 um. Lacey Formvar Carbon film, Type: 200 mesh, Thickness: 150 um, Coating: Gold, A carbon film on a broken pattern consists of woven-mesh-like holes of different sizes and shapes, This pattern provides support but does not interfere when observing specimens

Carbon Support Film Gilder Finder Grid 20-30 nm. Carbon Support Film Gilder Finder Grid, Type: F1, Coating: Nickel, 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: Nickel, 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 Single Hole 1000 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 1000 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 1500 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 1500 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 100 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 100 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 150 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 150 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 200 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 200 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 600 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 600 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Slot Grid 20-30 nm. Carbon Support Film Slot Grid, Type: 2X0.5 mm 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, Extra thick: 20 to 30 nm

Carbon Support Film Slot Grid 20-30 nm. Carbon Support Film Slot Grid, Type: 2X1 mm 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, Extra thick: 20 to 30 nm

Carbon Support Film Single Hole 75 um 20-30 nm Copper. Carbon Support Film Single Hole, Type: 75 um, Thickness: 20-30 nm Extra Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 400 um 10 nm Copper. Carbon Support Film Single Hole, Type: 400 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked and tested), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 600 um 10 nm Copper. Carbon Support Film Single Hole, Type: 600 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked and tested), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 800 um 10 nm Copper. Carbon Support Film Single Hole, Type: 800 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked and tested), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 1000 um 10 nm Copper. Carbon Support Film Single Hole, Type: 1000 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 1500 um 10 nm Copper. Carbon Support Film Single Hole, Type: 1500 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Formvar/Carbon Support Film Gilder Finder Grid F1 1nm. Formvar/Carbon Support Film Gilder Finder Grid, Type: F1, Thickness: Extra Thick Option A, -25-50nm/1nm, Coating: Nickel, 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: Extra Thick Option B, -25-50nm/3-4nm, Coating: Nickel, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Carbon Support Film Single Hole 200 um 10 nm Copper. Carbon Support Film Single Hole, Type: 200 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked and tested), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 300 um 10 nm Copper. Carbon Support Film Single Hole, Type: 300 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked and tested), Silicone free, Application: Electron Microscopy

Carbon Support Film Slot Grid 10 nm. Carbon Support Film Slot Grid, Type: 2X0.5 mm 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 Slot Grid 10 nm. Carbon Support Film Slot Grid, Type: 2X1 mm 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 Single Hole 75 um 10 nm Copper. Carbon Support Film Single Hole, Type: 75 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked and tested), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 100 um 10 nm Copper. Carbon Support Film Single Hole, Type: 100 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked and tested), Silicone free, Application: Electron Microscopy

Carbon Support Film Single Hole 150 um 10 nm Copper. Carbon Support Film Single Hole, Type: 150 um, Thickness: 10 nm Thick, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid (are optically checked and tested), Silicone free, Application: Electron Microscopy

Formvar Support Film London Finder Grid LF200, 25-50nm. Formvar Support Film London Finder Grid, Type: LF200, Thickness: Extra Thick, 25-50nm, Coating: Copper, A thin film of pure formvar resin coats the shiny side of a London finder grid, Coated grids are optically checked, Silicone free

Formvar Support Film London Finder Grid LF400, 25-50nm. Formvar Support Film London Finder Grid, Type: LF400, Thickness: Extra Thick, 25-50nm, Coating: Copper, A thin film of pure formvar resin coats the shiny side of a London finder grid, Coated grids are optically checked, Silicone free

Combination Holder, Brass 45 deg Pin Mount and 90 deg Profile. Combination Holder, Aluminum 45 deg Pin Mount and 90 deg Profile, For cross sections up to 6.35 mm, Available in aluminum or brass with stainless steel allen set screws, Application: For Hitachi S-800, S-4000, S-4100, S-4200, S-4300

SEM Clip, 50 x 6 mm x M4 Cylinder Mount, 8 clip, Spring-loaded clips accommodate samples up to 2 mm thickness, Samples are held securely by small spring-loaded clips, Easy change of samples, Ideal for holding silicon chips, paper, threads, thin films

Skull Breaker 140mm. Skull Breaker, Hook End, Autopsy Instrument, Grade: Premium, Material: Hardened stainless steel, Protective coating for extra durability and protection from rust and corrosion, Satin-matt finish reduces eye-fatiguing glare, Size: 140mm

Carbon Support Film Gilder Finder Grid 3-4 nm. Carbon Support Film Gilder Finder Grid, Type: F1, Coating: Nickel, A thin film of pure carbon deposited on the shiny side of the grid, high quality coated grids has increased, optically checked, Silicone free, Ultra thin coating: 3 to 4 nm thick

Carbon Support Film Gilder Finder Grid 3-4 nm. Carbon Support Film Gilder Finder Grid, Type: F2, Coating: Nickel, A thin film of pure carbon deposited on the shiny side of the grid, high quality coated grids has increased, optically checked, Silicone free, Ultra thin coating: 3 to 4 nm thick.

Formvar Support Film Thin Bar Hexagonal 400 mesh 25-50nm. Formvar Support Film Thin Bar Hexagonal Grid, Type: 400 mesh, Thickness: Extra Thick, 25-50nm, Coating: Copper, Thin film of pure formvar resin coats the shiny side of a thin bar hexagonal grid, Grids are Optically checked, Silicone free

Formvar Support Film Thin Bar Hexagonal 600 mesh 25-50nm. Formvar Support Film Thin Bar Hexagonal Grid, Type: 600 mesh, Thickness: Extra Thick, 25-50nm, Coating: Copper, Thin film of pure formvar resin coats the shiny side of a thin bar hexagonal grid, Grids are Optically checked, Silicone free

Formvar Support Film London Finder Grid LF135, 25-50nm. Formvar Support Film London Finder Grid, Type: LF135, Thickness: Extra Thick, 25-50nm, Coating: Copper, A thin film of pure formvar resin coats the shiny side of a London finder grid, Coated grids are optically checked, Silicone free

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