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NanoGridsTM | NanoHydrophobicTM Grids

The NanoHydrophobic grids demonstrate a contact angle of >100°. They are invaluable for the deposition of materials from organic solvents or for materials that have an intrinsically hydrophobic surface. The use of the hydrophobic SMART Grids will prevent aggregation of hydrophobic materials while drying. Examples of these types of materials include carbon nanotubes and fullerenes, quantum dots, FIB lamella, DNA and any alkylated materials. Please see our applications page for more information.

Nanohydrophobic

(left) Schematic of hydrophilic contact angle. (right) Contact angle measurement.

Ordering: To order SMART Grids, please make your selection below. For assistance in selecting the correct window size and thickness for your applications, see our configuration page.

NanoHydrophobic Grids
Cat# Window Size Thickness Sold As Price Order
NG01-101A50x50 um25 nm10/pk$350.00
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NG01-101B100x100 um25 nm10/pk$350.00
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NG01-101C2 mm x 50 um25 nm10/pk$350.00
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NG02-101A50x50 um75 nm10/pk$350.00
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NG02-101B100x100 um75 nm10/pk$350.00
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NG02-101C2 mm x 50 um75 nm10/pk$350.00
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NG00-101A50x50 umnone10/pk$350.00
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NG00-101B100x100 umnone10/pk$350.00
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NG00-101C2 mm x 50 umnone10/pk$350.00
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NG05-101N60x100 um5 nm SiN10/pk$350.00
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NanoBasic 3

(left) Bright field image of 0.8 nm Au NPs functionalized with triphenylphospine. (middle) Bright field image of 1.5 nm Au NPs functionalized with triphenylphospine. (right) Bright field image of Ge nanocrystals deposited from trichloroethylene. Image courtesy of Michael Haag.