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EMS GRIDS & TEM SUPPORT FILMS CATALOG EDITION IV SPECIMEN SUPPORT GRIDS


Gilder Thin Bar Grids


Thin Bar Grids have been developed using a new technology to produce ultra-fine grids with thinner cross bars than regular grids. The result is equally firm specimen support but with 40% more open area for viewing maximum specimen surface area.


zzz Gilder Thin Bar Square Mesh


Diameter: 3.05mm, Thickness: 0.8 mil Material: Copper (Cu), Nickel (Ni), Gold (Au)


zzz Gilder Thin Bar High Mesh Values


Revolutionary Specimen Support Grids


Diameter: 3.05mm, Thickness: 0.8 mil Material: Copper (Cu), Nickel (Ni)


T200-T400 Type 200 mesh 300 mesh 400 mesh 1000 mesh


Variable Mesh


Cat#


T200-Cu T200-Ni T200-Au T300-Cu T300-Ni T300-Au T400-Cu T400-Ni T400-Au T1000-Cu T1000-Ni


TVM-Cu TVM-Ni


zzz Gilder Thin Bar Hexagonal Mesh


Diameter: 3.05mm Thickness: 0.8 mil


Material: Copper (Cu), Nickel (Ni)


Type


200 mesh 300 mesh 400 mesh 600 mesh


Cat#


T200H-Cu T200H-Ni T300H-Cu T300H-Ni T400H-Cu T400H-Ni T600H-Cu T600H-Ni


TECHNICAL TIP Removing a Charge from the Surface of Grids


Sometimes when you are trying to pick up sections, they won’t adhere to the grid surface. If you don’t have time to glow discharge clean the grid surfaces, try this little trick. Dip the grids in distilled water for a moment and wick off the excess with filter paper. Let them dry while you are arranging your sections. Your sections should now adhere to the grid surface. Some labs soak the grids they will use for the day in distilled water until they are needed. If this procedure fails, reclean your grids with acetone or chloroform or glow discharge clean the grid surfaces.


Jeanette Killius, NEOUCOM, Rootstown, OH. 7


Packed 100/vial


100/vial 100/vial 100/vial 100/vial 100/vial 100/vial 100/vial


T200H T300H


Pitch (µm) Hole (µm) Bar (µm) 125


TECHNICAL DATA 113


125 83 83 62 62 37 37


113 73 73 54 54 29 29


12 12 10 10 8 8 8 8


Type


600 mesh (square)


600 mesh (hexagonal)


1500 mesh (square)


2000 mesh (square)


Cat#


T601-Cu T601-Ni


T601H-Cu T601H-Ni T1500-Cu T1500-Ni T2000-Cu T2000-Ni


Packed 100/vial


100/vial 100/vial 100/vial 15/vial 15/vial 10/vial 10/vial


Pitch (µm) Hole (µm) Bar (µm) 42


TECHNICAL DATA 37


42 42 42


16.5 16.5 12.5 12.5


37 37 37


11.5 11.5 7.5 7.5


5 5 5 5 5 5 5 5


T1000


Packed 100/vial


100/vial 25/vial


100/vial 100/vial 25/vial


100/vial 100/vial 25/vial 25/vial 25/vial


100/vial 100/vial


Variable Mesh


Pitch (µm) Hole (µm) Bar (µm) 125


TECHNICAL DATA 113


125 125 83 83 83 62 62 62 25 25


113 113 73 73 73 54 54 54 19 19


12 12 12 10 10 10 8 8 8 6 6


Combined:150, 200, 300, 400 mesh. Same as above


In addition to our square and hexagonal mesh Gilder Thin Bar Grids, we are now able to produce a very fine mesh that values up to 2,000 lines/inch. There is an increasing need in TEM for support thin films, routinely carbon, as thin as 1.5 - 2.0nm.


The pitch (the distance from the center of one bar to the center of the next bar) dimension in all grids remains constant, which allows them to be used as a lower magnification calibration aid.


Type T600HH (hexagonal) and T600HS (square) represent our efforts to reduce the grid bar width (only 5 microns) enabling more of the specimen to be viewed. All new types, apart from one side being shiny, the other matte, have a large asymmetrical mark in the rim which gives the identification of which side the specimen is on. Grids are 3.05mm overall diameter; 2.05mm mesh area diameter.


T601


T601H


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