EMS GRIDS & TEM SUPPORT FILMS CATALOG EDITION V SPECIMEN SUPPORT GRIDS
Gilder Grids (continued)
zzz Gilder Parallel Bars
Diameter: 3.05mm Thickness: 0.7 mil (18µm) Material: Copper (Cu), Nickel (Ni), Gold (Au)
Type G50P G50PB G75P G75PB G100P G100PB G150P G150PB G200P G200PB G300P G300PB G400P G400PB Cat#
G50P-Cu G50P-Ni G50P-Au G50PB-Cu G50PB-Ni G50PB-Au G75P-Cu G75P-Ni G75P-Au G75PB-Cu G75PB-Ni G75PB-Au G100P-Cu G100P-Ni G100P-Au G100PB-Cu G100PB-Ni G100PB-Au G150P-Cu G150P-Ni G150P-Au G150PB-Cu G150PB-Ni G150PB-Au G200P-Cu G200P-Ni G200P-Au G200PB-Cu G200PB-Ni G200PB-Au G300P-Cu G300P-Ni G300P-Au G300PB-Cu G300PB-Ni G300PB-Au G400P-Cu G400P-Ni G400P-Au G400PB-Cu G400PB-Ni G400PB-Au
G200P G100PB G100P
zzz Gilder Parallel Bars, Type GVPB
This new grid provides four levels of parallel bar specimen support. Quandrants are separated by crenelated bars. Larger areas may be viewed at lower magnification, depending on the appropriate specimen thickness.
Packed
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 100/vial 100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
100/vial 100/vial 50/vial
Pitch (µm) Hole (µm) Bar (µm) 500 500 500 500 500 500 340 340 340 340 340 340 250 250 250 250 250 250 165 165 165 165 165 165 125 125 125 125 125 125 83 83 83 83 83 83 62 62 62 62 62 62
TECHNICAL DATA 416
416 416 416 416 416 270 270 270 270 270 270 185 185 185 185 185 185 115 115 115 115 115 115 80 80 80 80 80 80 48 48 48 48 48 48 22 22 22 22 22 22
84 84 84 84 84 84 70 70 70 70 70 70 65 65 65 65 65 65 50 50 50 50 50 50 45 45 45 45 45 45 35 35 35 35 35 35 40 40 40 40 40 40
Quandrant Lines/Inch
Pitch (± 0.5µ) Bar Width Hole Width
Type GVPB 1 ~100
~250µm ~65µm ~185µm
Cat#
G-GVPB-Cu G-GVPB-Ni G-GVPB-Au
2 ~200
~120µm ~45µm ~80µm
Packed
100/vial 100/vial 50/vial
zzzGilder High Mesh Values
There is increasing interest in the use of high mesh value TEM specimen support grids in life science, materials sciences, semiconductor and nanotechnology. We introduce three new products designed to improve support for thin specimens and membranes. These have a high hole/bar ratios giving good transmission values.
Diameter: 3.05mm, Thickness: 0.7 mil (18µm) Mesh Diameter: 2mm, Material: Copper (Cu), Nickel (Ni), Gold (Au).
Type
G1000HH Hexagonal Mesh
G1500HH Hexagonal Mesh
G2000HA Circular Mesh
Cat#
G1000HH-Cu G1000HH-Ni G1000HH-Au G1500HH-Cu G1500HH-Ni G1500HH-Au G2000HA-Cu G2000HA-Ni G2000HA-Au
Packed
25/vial 25/vial 25/vial 15/vial 15/vial 15/vial 10/vial 10/vial 10/vial
G1000HH Hexagonal 3 ~200
~83µm ~40µm ~43µm
Description
Parallel Bars, 4-Quandrant Parallel Bars, 4-Quandrant Parallel Bars, 4-Quandrant
4 ~400
~62µm ~35µm ~27µm
NEW
G1500HH Hexagonal
G2000HA Hexagonal
Pitch (µm) Hole (µm) Bar (µm) 25
TECHNICAL DATA ~19
25 25
16.5 16.5 16.5 12.5 12.5 12.5
TECHNICAL TIP The Preparation of Adhesive Coated Grids for Picking Up Carbon Film to Make Carbon Coated Grids The following steps should be followed in the preparation of adhesive coated grids:
1. Submerge about 2" of Scotch clear tape (3M) into 10ml of Dichloroethane (Ethylene Dichloride); shake and discard the tape.
2. The solution now becomes “grid-glue” 3. Place the grids (dull side up) on a piece of filter paper (dust-free room).
4. Take a pipette and place a drop of “grid-glue” on top of each grid. 5. Let the grids dry.
6. The grids are now ready to pick up the carbon foil and make the carbon coated grids.
5
~19 ~19
~10.5 ~10.5 ~10.5 ~6.5 ~6.5 ~6.5
~6 ~6 ~6 ~6 ~6 ~6 ~6 ~6 ~6
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