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SPI Supplies the source for all your Microscopy needs

Introduction:

The SPI Slim-Bar® Grids were designed for those who want the very maximum of open area when viewing their important samples. In addition to the bars being thinner than conventional grids, in order to get them that thin, the grid itself is overall thinner in the thickness direction. This is a real attraction for anyone doing stereo electron microscopy.

Remember that with the thinner bars, the grid square size is larger for a given mesh size. Hence, if you want to keep the hole size constant relative to conventional grids, if you were using 200 mesh regular grids presently, then you might want to use 300 mesh Slim-Bar.

Just how "slim" are the SPI Slim-Bar® Grids?

We are talking about 5µm instead of the typically 30 µm for "regular" grids.

Summary of advantages:

Order numbers include a code letter that indicates metal type:

Be sure also to consider Coated Grids and the Custom Coating Service from SPI Supplies. Remember we can coat virtually any grid you might select, not just the "examples" that are shown in the coated grid section. And upon special order (and a slightly higher premium in price) we can also coat onto just about any grid you might select, the Quantifoil® holey carbon support films.


Square Mesh Slim-Bar®


G200HS Fine Square MeshG200HS Fine Square Mesh Slim-Bar
G300HS Fine Square MeshG300HS Fine Square Mesh Slim-Bar
G400HS Fine Square MeshG400HS Fine Square Mesh Slim-Bar
G600HSS Fine Square MeshG600HSS Fine Square Mesh Slim-Bar
G1000HS Fine Square MeshG1000HS Fine Square Mesh Slim-Bar
G1500HS Fine Square MeshG1500HS Fine Square Mesh Slim-Bar
G2000HS Fine Square MeshG2000HS Fine Square Mesh Slim-Bar
GVHS Fine Square MeshGVHS Fine Square Mesh Slim-Bar

Hexagonal Fine Mesh


G200HH Fine Hexagonal MeshG200HH Fine Hexagonal Mesh
G300HH Fine Hexagonal MeshG300HH Fine Hexagonal Mesh
G400HH Fine Hexagonal MeshG400HH Fine Hexagonal Mesh
G600HH Fine Hexagonal MeshG600HH Fine Hexagonal Mesh
G600HHS Fine Hexagonal MeshG600HHS Fine Hexagonal Mesh