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Carbon Support Film Gilder Finder Grid 10 nm. Carbon Support Film Gilder Finder Grid, Type: F1, Coating: Gold, 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, Thickness: 10 nm

Carbon Support Film Gilder Finder Grid 10 nm. Carbon Support Film Gilder Finder Grid, Type: F2, Coating: GoldA 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/Carbon Support Film London Finder LF135. Formvar/Carbon Support Film London Finder, Type: LF135, Thickness: 25-50 nm/3-4 nm, Extra Thick Option B, Coating: Gold, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Carbon Support Film Thin Bar Square 1000 mesh 3-4 nm Gold. Carbon Support Film Thin Bar Square, Type: 1000 Mesh, Thickness: 3-4 nm Ultra-Thin, Coating: Gold 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 Thin Bar Square 400 mesh 20-30 nm Nickel. Carbon Support Film Thin Bar Square, Type: 400 Mesh, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Thin Bar Square 1000 mesh 20-30 nm Nickel. Carbon Support Film Thin Bar Square, Type: 1000 Mesh, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, Application: Electron Microscopy

Carbon Support Film Thin Bar Hexagonal Grid 200 mesh 20-30 nm Nickel. Carbon Support Film Thin Bar Hexagonal Grid, Type: 200 Mesh, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, Application: Electron Microscopy

Carbon Support Film Thin Bar Hexagonal Grid 300 mesh 20-30 nm Nickel. Carbon Support Film Thin Bar Hexagonal Grid, Type: 300 Mesh, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, Application: Electron Microscopy

Carbon Support Film Thin Bar Hexagonal Grid 400 mesh 20-30 nm Nickel. Carbon Support Film Thin Bar Hexagonal Grid, Type: 400 Mesh, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, Application: Electron Microscopy

Carbon Support Film Thin Bar Hexagonal Grid 600 mesh 20-30 nm Nickel. Carbon Support Film Thin Bar Hexagonal Grid, Type: 600 Mesh, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, Application: Electron Microscopy

Holey Carbon Support Film 200 mesh 100um. Holey Carbon Support Film, A thin piece of carbon with numerous round openings of various sizes, 200 mesh, Thickness: 100um, Coating: Gold coated Molybdenum grids, with Silicone free, ultra-thin, Extra thick grids, were film laid on the shiny side of grid

Holey Carbon Support Film 300 mesh 100 um. Holey Carbon Support Film, A thin piece of carbon with numerous round openings of various sizes, 300 mesh, Thickness: 100 um, Coating: Gold, coated Molybdenum grids, with Silicone free, ultra-thin, Extra thick grids, film laid on the shiny side of grid

Holey Carbon Support Film 400 mesh 100 um. Holey Carbon Support Film, A thin piece of carbon with numerous round openings of various sizes, 400 mesh, Thickness: 100 um, Coating: Gold, coated Molybdenum grids, with Silicone free, ultra-thin, Extra thick grids, film laid on the shiny side of grid

Carbon Support Film London Finder Grid LF135 20-30 nm Nickel. Carbon Support Film London Finder Grid, Type:LF135, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film London Finder Grid LF200 20-30 nm Nickel. Carbon Support Film London Finder Grid, Type:LF200, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film London Finder Grid LF400 20-30 nm Nickel. Carbon Support Film London Finder Grid, Type:LF400, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Thin Bar Square 200 mesh 20-30 nm Nickel. Carbon Support Film Thin Bar Square, Type: 200 Mesh, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (optically checked), Silicone free, Application: Electron Microscopy

Carbon Support Film Thin Bar Square 300 mesh 20-30 nm Nickel. Carbon Support Film Thin Bar Square, Type: 300 Mesh, Thickness: 20-30 nm Extra Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid (optically checked), Silicone free, Application: Electron Microscopy

Formvar Support Film Thin Bar Square Grid 300 mesh 15-20nm. Formvar Support Film Thin Bar Square Grid, Type: 300 mesh, Thickness: Standard, 15-20nm, Coating: Gold, A thin film of pure formvar resin coats the shiny side of a thin bar square grid, Coated grids are optically checked, Silicone free

Formvar Support Film Thin Bar Square Grid 400 mesh 15-20nm. Formvar Support Film Thin Bar Square Grid, Type: 400 mesh, Thickness: Standard, 15-20nm, Coating: Gold, A thin film of pure formvar resin coats the shiny side of a thin bar square grid, Coated grids are optically checked, Silicone free

Clearium Pint Mounting Media, Clear and coverslip your slide preparations in one easy step, Eliminates the need for hazardous xylene/xylene substitutes as a clearing agent in histology and cytology laboratories, Final step is directly from absolute isopropyl alcohol

Carbon Support Film Gilder Finder Grid 3-4 nm. Carbon Support Film Gilder Finder Grid, Type: F1, Coating: Gold, 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: Gold, 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 Hexagonal Grid 3-4 nm. Carbon Support Film Hexagonal Grid, Mesh: 100, Coating: Gold, 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: Gold, 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: Gold, 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: Gold, 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 Thin Bar Square 200 mesh 3-4 nm Copper. Carbon Support Film Thin Bar Square, Type: 200 Mesh, Thickness: 3-4 nm Ultra-Thin, 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 Thin Bar Hexagonal Grid 200 mesh 3-4 nm Copper. Carbon Support Film Thin Bar Hexagonal Grid, Type: 200 Mesh, Thickness: 3-4 nm Ultra-Thin, Coating: Copper A thin film of pure carbon deposited on the shiny side of the grid, 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: Gold, 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: Gold, Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Carbon Support Film Square Grid 3-4 nm. Carbon Support Film Square Grid, Mesh: 150, Coating: Gold, 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, Ultra-thin thickness: 3 to 4 nm

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

Carbon Support Film Square Grid 20-30 nm. Carbon Support Film Square Grid, Mesh: 150, Coating: Gold, 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, Extra thick thickness: 20 to 30 nm

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

Carbon Support Film Square Grid 20-30 nm. Carbon Support Film Square Grid, Mesh: 200, Coating: Gold, 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, Extra thick thickness: 20 to 30 nm

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

Carbon Support Film Square Grid 20-30 nm. Carbon Support Film Square Grid, Mesh: 300, Coating: Gold, 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, Extra thick thickness: 20 to 30 nm

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

Formvar Support Film Thin Bar Hexagonal 300 mesh 5-6nm. Formvar Support Film Thin Bar Hexagonal Grid, Type: 300 mesh, Thickness: Ultra-Thin, 5-6nm, Coating: Gold, Thin film of pure formvar resin coats the shiny side of a thin bar hexagonal grid, Coated grids are optically checked, Silicone free

Formvar Support Film Thin Bar Hexagonal 400 mesh 5-6nm. Formvar Support Film Thin Bar Hexagonal Grid, Type: 400 mesh, Thickness: Ultra-Thin, 5-6nm, Coating: Gold, Thin film of pure formvar resin coats the shiny side of a thin bar hexagonal grid, Coated grids are optically checked, Silicone free

Formvar Support Film Thin Bar Hexagonal 600 mesh 5-6nm. Formvar Support Film Thin Bar Hexagonal Grid, Type: 600 mesh, Thickness: Ultra-Thin, 5-6nm, Coating: Gold, Thin film of pure formvar resin coats the shiny side of a thin bar hexagonal grid, Coated grids are optically checked, Silicone free

Holey Carbon Support Film 200 mesh 150 um. Holey Carbon Support Film, A thin piece of carbon with numerous round openings of various sizes, 200 mesh, Thickness: 150 um, Coating: Nickel, coated Molybdenum grids, with Silicone free, ultra-thin, Extra thick grids, film laid on the shiny side of grid

Holey Carbon Support Film 300 mesh 150 um. Holey Carbon Support Film, A thin piece of carbon with numerous round openings of various sizes, 300 mesh, Thickness: 150 um, Coating: Nickel, coated Molybdenum grids, with Silicone free, ultra-thin, Extra thick grids, film laid on the shiny side of grid

Holey Carbon Support Film 400 mesh 150 um. Holey Carbon Support Film, A thin piece of carbon with numerous round openings of various sizes, 400 mesh, Thickness: 150 um, Coating: Nickel, coated Molybdenum grids, with Silicone free, ultra-thin, Extra thick grids, film laid on the shiny side of grid

Carbon Support Film London Finder Grid LF135 10 nm Nickel. Carbon Support Film London Finder Grid, Type:LF135, Thickness: 10 nm Thick, 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 London Finder Grid LF200 10 nm Nickel. Carbon Support Film London Finder Grid, Type:LF200, Thickness: 10 nm Thick, 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 London Finder Grid LF400 10 nm Nickel. Carbon Support Film London Finder Grid, Type:LF400, Thickness: 10 nm Thick, 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 Thin Bar Square 200 mesh 10 nm Nickel. Carbon Support Film Thin Bar Square, Type: 200 Mesh, Thickness: 10 nm Thick, 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 Thin Bar Square 300 mesh 10 nm Nickel. Carbon Support Film Thin Bar Square, Type: 300 Mesh, Thickness: 10 nm Thick, 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 Thin Bar Hexagonal Grid 400 mesh 10 nm Nickel. Carbon Support Film Thin Bar Hexagonal Grid, Type: 400 Mesh, Thickness: 10 nm Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, Application: Electron Microscopy

Carbon Support Film Thin Bar Hexagonal Grid 600 mesh 10 nm Nickel. Carbon Support Film Thin Bar Hexagonal Grid, Type: 600 Mesh, Thickness: 10 nm Thick, Coating: Nickel A thin film of pure carbon deposited on the shiny side of the grid, Silicone free, Application: Electron Microscopy

SEM Mount JEOL, Aluminum 10 mm. SEM Mount JEOL, Aluminum, JEOL SEM mounts are made from lathe finished ultra-pure aluminum, Head: 32 mm diameter, SEM work easier and save you a great deal of time, loth polished finish which produces a smooth and luster surface, Spectroscopically pure, Height: 10 mm

Satterlee Saw, Manual bone saws, Broad bladed, With serrated teeth, Size: 292mm.

Formvar Support Film Thin Bar Square Grid 200 mesh 15-20nm. Formvar Support Film Thin Bar Square Grid, Type: 200 mesh, Thickness: Standard, 15-20nm, Coating: Gold, A thin film of pure formvar resin coats the shiny side of a thin bar square grid, Coated grids are optically checked, Silicone free

QUANTIFOIL Holey Carbon Film R 17/5 300 mesh. QUANTIFOIL Holey Carbon Film, Hole Shape: R 17/5, Hole Size: 17.5um, Period: 22.5um, Grid Type: Copper, 300 mesh, Perforated support foil with pre-defined hole size, shape and arrangement, used in cryo-electron microscopy and electron microscopy

QUANTIFOIL Holey Carbon Film R 17/5 400 mesh. QUANTIFOIL Holey Carbon Film, Hole Shape: R 17/5, Hole Size: 17.5um, Period: 22.5um, Grid Type: Copper, 400 mesh, Perforated support foil with pre-defined hole size, shape and arrangement, used in cryo-electron microscopy and electron microscopy

Holey Carbon Support Film 200 mesh 150 um. Holey Carbon Support Film, A thin piece of carbon with numerous round openings of various sizes, 200 mesh, Thickness: 150 um, Coating: Gold, coated Molybdenum grids, with Silicone free, ultra-thin, Extra thick grids, film laid on the shiny side of grid

Holey Carbon Support Film 300 mesh 150 um. Holey Carbon Support Film, A thin piece of carbon with numerous round openings of various sizes, 300 mesh, Thickness: 150 um, Coating: Gold, coated Molybdenum grids, with Silicone free, ultra-thin, Extra thick grids, film laid on the shiny side of grid

Holey Carbon Support Film 400 mesh 150 um. Holey Carbon Support Film, A thin piece of carbon with numerous round openings of various sizes, 400 mesh, Thickness: 150 um, Coating: Gold, coated Molybdenum grids, with Silicone free, ultra-thin, Extra thick grids, film laid on the shiny side of grid

Slide Washing Buffer 500ml. Slide Washing Buffer, Cas number: 7732-18-5, Melting point: 0 deg C, Boiling point: 100 deg C, Density: 1 g/cm3, Not flammable, Form: Clear liquid, Used to prevent secondary binding of the analystes during washing, Volume: 500ml

Carbon Support Film London Finder Grid LF135 3-4 nm Gold. Carbon Support Film London Finder Grid, Type:LF135, Thickness: 3-4 nm Ultra-Thin, Coating: Gold 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 Thin Bar Square 200 mesh 3-4 nm Gold. Carbon Support Film Thin Bar Square, Type: 200 Mesh, Thickness: 3-4 nm Ultra-Thin, Coating: Gold 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 Thin Bar Square 300 mesh 3-4 nm Gold. Carbon Support Film Thin Bar Square, Type: 300 Mesh, Thickness: 3-4 nm Ultra-Thin, Coating: Gold 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 Thin Bar Square 400 mesh 3-4 nm Gold. Carbon Support Film Thin Bar Square, Type: 400 Mesh, Thickness: 3-4 nm Ultra-Thin, Coating: Gold A thin film of pure carbon deposited on the shiny side of the grid (are optically checked), Silicone free, Application: Electron Microscopy

Formvar/Carbon Film Thin Bar Hexagonal Grid 10 nm/3-4 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 200 mesh, Thickness: Standard Option B: 10 nm/3-4 nm Carbon, Coating: Nickel, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Formvar/Carbon Film Thin Bar Hexagonal Grid 10 /20-30 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 200 mesh, Thickness: Standard option C: 10 /20-30 nm carbon, Coating: Nickel, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Formvar/Carbon Film Thin Bar Hexagonal Grid 5-6 nm/1 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 200 mesh, Thickness: Ultra-Thin Option A: 5-6 nm/1 nm carbon, Coating: Nickel, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Formvar/Carbon Film Thin Bar Hexagonal Grid 3-4 /3-4 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 200 mesh, Thickness: Ultra-Thin Option B: 3-4 /3-4 nm carbon, Coating: Nickel, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Formvar/Carbon Support Film London Finder LF200. Formvar/Carbon Support Film London Finder, Type: LF200, Thickness: 10 nm/3-4 nm, Standard Option B, 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: 10 nm/20-30 nm, Standard Option C, 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: 5-6 nm/1 nm, Ultra-Thin 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: 3-4 nm/3-4 nm, Ultra-Thin Option B, 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: 3-4 nm/20-30 nm, Ultra-Thin Option C, Coating: Nickel, 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: 10 nm/3-4 nm, Standard Option B, Coating: Nickel, 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: 10 nm/20-30 nm, Standard Option C, Coating: Nickel, 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: 5-6 nm/1 nm, Ultra-Thin Option A, Coating: Nickel, 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: 3-4 nm/3-4 nm, Ultra-Thin Option B, Coating: Nickel, 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: 3-4 nm/20-30 nm, Ultra-Thin Option C, Coating: Nickel, carbon : Formvar stabilized with evaporated carbon film provides excellent support especially for ultrathin sections

Formvar Support Film Thin Bar Hexagonal 200 mesh 25-50nm. Formvar Support Film Thin Bar Hexagonal Grid, Type: 200 mesh, Thickness: Extra Thick, 25-50nm, Coating: Nickel, 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 300 mesh 25-50nm. Formvar Support Film Thin Bar Hexagonal Grid, Type: 300 mesh, Thickness: Extra Thick, 25-50nm, Coating: Nickel, 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 400 mesh 25-50nm. Formvar Support Film Thin Bar Hexagonal Grid, Type: 400 mesh, Thickness: Extra Thick, 25-50nm, Coating: Nickel, 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: Nickel, 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 Gilder Finder Grid 3-4 nm. Formvar Support Film Gilder Finder Grid, Type: F1, Thickness: Ultra thin 3 to 4 nm, Gold: 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 4 nm, Gold: 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 London Finder Grid LF200, 25-50nm. Formvar Support Film London Finder Grid, Type: LF200, Thickness: Extra Thick, 25-50nm, Coating: Nickel, 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: Nickel, A thin film of pure formvar resin coats the shiny side of a London finder grid, Coated grids are optically checked, Silicone free

Formvar/Carbon Film Thin Bar Hexagonal Grid 25-50 nm/3-4 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 400 mesh, Thickness: Extra thick option B: 25-50 nm/3-4 nm, Coating: Nickel, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Formvar/Carbon Film Thin Bar Hexagonal Grid 25-50 /20-30 nm. Formvar/Carbon Film Thin Bar Hexagonal Grid, Type: 400 mesh, Thickness: Extra thick option C: 25-50 /20-30 nm, Coating: Nickel, carbon: Formvar stabilized with evaporated carbon provides excellent support especially for ultrathin Sections

Gilder High Mesh Grid Hexagonal 1000 mesh 0.7 mil, 3.05mm. Gilder High Mesh Grid Hexagonal, 1000 mesh, Material: Gold, Thickness: 0.7 mil (18um), 3.05mm diameter, Mesh Diameter: 2mm, A reliable support specimen grid source. Features well-defined grid bars maximum open area and a matt/shiny side

Lacey Formvar Carbon film 400 mesh 150 um. Lacey Formvar Carbon film, Type: 400 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 Square Grid 3-4 nm. Carbon Support Film Square Grid, Mesh: 200, Coating: Gold, 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, Ultra-thin thickness: 3 to 4 nm

Carbon Support Film Square Grid 3-4 nm. Carbon Support Film Square Grid, Mesh: 300, Coating: Gold, 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, Ultra-thin thickness: 3 to 4 nm

Carbon Support Film Square Grid 3-4 nm. Carbon Support Film Square Grid, Mesh: 400, Coating: Gold, 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, Ultra-thin thickness: 3 to 4 nm

Brain Punch Set 0.25 to 1.25mm. Brain Punch Set, Set of electropolished and sharpened punches for the Palkovit's punch technique, Complete with spring loaded nylon expellers and a convenient handle, To prevent deterioration of the proteins, the tissue is frozened and punched, Size: 0.25 to 1.25mm

Protochips C-Flat Holey Carbon Grid Thick 1.2um/1.3um, 200 mesh, Copper. Protochips C-Flat Holey Carbon Grid Thick, TEM mesh: 200 Mesh, Hole Size and Hole Spacing: 1.2um/1.3um, TEM Grid: Copper, is an ultra-flat, holey carbon-coated TEM support grid for cryo transmission electron microscopy.

QUANTIFOIL Holey SiO2 Film R 2/2, Hole shape: R 2/2, Hole Size: 2 um, Period: 4um, Grid Type: Gold, Silicon dioxide SiO2 perforated support foil with pre-defined hole size, shape and arrangement, for electron microscopy and also used in cryo-electron microscopy

QUANTIFOIL Holey Carbon Film R 3/5 200 mesh. QUANTIFOIL Holey Carbon Film, Hole Shape: R 3/5, Hole Size: 3um, Period: 8um, Grid Type: Copper, 200 mesh, Perforated support foil with pre-defined hole size, shape and arrangement, used in cryo-electron microscopy and also in electron microscopy

QUANTIFOIL Holey Carbon Film R 3/5 300 mesh. QUANTIFOIL Holey Carbon Film, Hole Shape: R 3/5, Hole Size: 3um, Period: 8um, Grid Type: Copper, 300 mesh, Perforated support foil with pre-defined hole size, shape and arrangement, used in cryo-electron microscopy and also in electron microscopy

QUANTIFOIL Holey Carbon Film R 10/10 300 mesh. QUANTIFOIL Holey Carbon Film, Hole Shape: R 10/10, Hole Size: 10 um, Period: 20um, Grid Type: Copper, 300 mesh, Perforated support foil with pre-defined hole size, shape and arrangement, used in cryo-electron microscopy and also in electron microscopy

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