6. Lacey Carbon Film
6a. Lacey Carbon Film
This carbon coated film on a broken pattern consists of woven-mesh-like openings of different sizes and shapes. This type of pattern provides support but does not interfere when observing specimen sections.
Cat# |
Type |
Hole Sz |
Qty |
Qty |
LC200-Cu |
200 mesh |
50 nm |
5/box |
25/box |
LC305-Cu |
300 mesh |
50 nm |
5/box |
|
LC325-Cu |
300 mesh |
50 nm |
|
25/box |
LC200-Ni |
200 mesh |
50 nm |
5/box |
25/box |
LC305-Ni |
300 mesh |
50 nm |
5/box |
|
LC325-Ni |
300 mesh |
50 nm |
|
25/box |
LC400-Ni |
400 mesh |
50 nm |
5/box |
25/box |
LC200-Au |
200 mesh |
50 nm |
5/box |
25/box |
LC205-Au |
200 mesh |
50 nm |
5/box |
25/box |
LC300-Au |
300 mesh |
50 nm |
5/box |
25/box |
LC305-Au |
300 mesh |
50 nm |
5/box |
|
LC325-Au |
300 mesh |
50 nm |
|
25/box |
LC400-Cu |
400 mesh |
50 nm |
5/box |
25/box |
LC400-Au |
400 mesh |
50 nm |
5/box |
25/box |
Cat # |
Type |
Hole Size |
Qty |
LC200-Cu-100 |
200 mesh |
100 nm |
25/bx |
LC200-Cu-150 |
200 mesh |
150 nm |
25/bx |
LC200-Ni-100 |
200 mesh |
100 nm |
25/bx |
LC200-Ni-150 |
200 mesh |
150 nm |
25/bx |
LC200-Au-100 |
200 mesh |
100 nm |
25/bx |
LC200-Au-150 |
200 mesh |
150 nm |
25/bx |
LC300-Cu-100 |
300 mesh |
100 nm |
25/bx |
LC300-Cu-150 |
300 mesh |
150 nm |
25/bx |
LC300-Ni-100 |
300 mesh |
100 nm |
25/bx |
LC300-Ni-150 |
300 mesh |
150 nm |
25/bx |
LC300-Au-100 |
300 mesh |
100 nm |
25/bx |
LC300-Au-150 |
300 mesh |
150 nm |
25/bx |
LC400-Cu-100 |
400 mesh |
100 nm |
25/bx |
LC400-Cu-150 |
400 mesh |
150 nm |
25/bx |
LC400-Ni-100 |
400 mesh |
100 nm |
25/bx |
LC400-Ni-150 |
400 mesh |
150 nm |
25/bx |
LC400-Au-100 |
400 mesh |
100 nm |
25/bx |
LC400-Au-150 |
400 mesh |
150 nm |
25/bx |
ULTRATHIN
Cat # |
Type |
Thickness |
Qty |
LC200-Cu-UL |
200 mesh |
4-6 nm |
25/bx |
LC300-Cu-UL |
300 mesh |
4-6 nm |
25/bx |
LC400-Cu-UL |
400 mesh |
4-6 nm |
25/bx |
LC200-Ni-UL |
200 mesh |
4-6 nm |
25/bx |
LC300-Ni-UL |
300 mesh |
4-6 nm |
25/bx |
LC400-Ni-UL |
400 mesh |
4-6 nm |
25/bx |
LC200-Au-UL |
200 mesh |
4-6 nm |
25/bx |
LC300-Au-UL |
300 mesh |
4-6 nm |
25/bx |
LC400-Au-UL |
400 mesh |
4-6 nm |
25/bx |
Continuous Ultrathin Films
The continuous ultrathin film on lacey film allows for the thinnest support film that still has adequate strength to withstand specimen preparation. The film (less than 3nm thick) lies across a carbon lacey film supported by a 200, 300, or 400 mesh grid. The size of the holes in the lacey film differ widely from batch to batch but are generally in the range of ¼ µm to 5µm, which gives the equivalent support of at least 6000 mesh grid. Specimen material lying over the covered holes can be imaged in the TEM with practically no interference from the carbon film supporting it. This product is ideal for looking at nanotubes, virus particles and other small particulate material.
6b. Lacey Carbon Film with a Continuous Layer of Ultrathin Carbon Film
Continuous Layer Thickness: Carbon – less than 3 nm.
Cat # |
Type |
Hole Size |
Qty |
LC200-Cu-CC |
200 mesh |
5 micron |
5/bx |
LC200-Cu-CC-25 |
200 mesh |
5 micron |
25/bx |
LC200-Ni-CC |
200 mesh |
5 micron |
5/bx |
LC200-Ni-CC-25 |
200 mesh |
5 micron |
25/bx |
LC200-Au-CC |
200 mesh |
5 micron |
5/bx |
LC200-Au-CC-25 |
200 mesh |
5 micron |
25/bx |
LC300-Cu-CC |
300 mesh |
5 micron |
5/bx |
LC325-Cu-CC |
300 mesh |
5 micron |
25/bx |
LC305-Ni-CC |
300 mesh |
5 micron |
5/bx |
LC325-Ni-CC |
300 mesh |
5 micron |
25/bx |
LC300-Au-CC |
300 mesh |
5 micron |
5/bx |
LC325-Au-CC |
300 mesh |
5 micron |
25/bx |
LC400-Cu-CC |
400 mesh |
5 micron |
5/bx |
LC400-Cu-CC-25 |
400 mesh |
5 micron |
25/bx |
LC400-Ni-CC |
400 mesh |
5 micron |
5/bx |
LC400-Ni-CC-25 |
400 mesh |
5 micron |
25/bx |
LC400-Au-CC |
400 mesh |
5 micron |
5/bx |
LC400-Au-CC-25 |
400 mesh |
5 micron |
25/bx |
6c. Lacey Carbon Film with a Continuous Layer of Ultrathin Formvar Film
Continuous Layer Thickness: Formvar – 3-4 nm.
Cat # |
Type |
Hole Size |
Qty |
LC200-Cu-FF |
200 mesh |
5 micron |
5/bx |
LC200-Cu-FF-25 |
200 mesh |
5 micron |
25/bx |
LC200-Ni-FF |
200 mesh |
5 micron |
5/bx |
LC200-Ni-FF-25 |
200 mesh |
5 micron |
25/bx |
LC200-Au-FF |
200 mesh |
5 micron |
5/bx |
LC200-Au-FF-25 |
200 mesh |
5 micron |
25/bx |
LC300-Cu-FF |
300 mesh |
5 micron |
5/bx |
LC325-Cu-FF |
300 mesh |
5 micron |
25/bx |
LC305-Ni-FF |
300 mesh |
5 micron |
5/bx |
LC325-Ni-FF |
300 mesh |
5 micron |
25/bx |
LC300-Au-FF |
300 mesh |
5 micron |
5/bx |
LC325-Au-FF |
300 mesh |
5 micron |
25/bx |
LC400-Cu-FF |
400 mesh |
5 micron |
5/bx |
LC400-Cu-FF-25 |
400 mesh |
5 micron |
25/bx |
LC400-Ni-FF |
400 mesh |
5 micron |
5/bx |
LC400-Ni-FF-25 |
400 mesh |
5 micron |
25/bx |
LC400-Au-FF |
400 mesh |
5 micron |
5/bx |
LC400-Au-FF-25 |
400 mesh |
5 micron |
25/bx |
6d. Lacey Carbon Film with a Continuous Layer of Ultrathin Carbon and Formvar Film
Continuous Layer Thickness: Carbon – 1 nm, Formvar – 5 nm.
Cat # |
Type |
Hole Size |
Qty |
LC200-Cu-FCF |
200 mesh |
5 micron |
5/bx |
LC200-Cu-FCF-25 |
200 mesh |
5 micron |
25/bx |
LC200-Ni-FCF |
200 mesh |
5 micron |
5/bx |
LC200-Ni-FCF-25 |
200 mesh |
5 micron |
25/bx |
LC200-Au-FCF |
200 mesh |
5 micron |
5/bx |
LC200-Au-FCF-25 |
200 mesh |
5 micron |
25/bx |
LC300-Cu-FCF |
300 mesh |
5 micron |
5/bx |
LC325-Cu-FCF |
300 mesh |
5 micron |
25/bx |
LC305-Ni-FCF |
300 mesh |
5 micron |
5/bx |
LC325-Ni-FCF |
300 mesh |
5 micron |
25/bx |
LC300-Au-FCF |
300 mesh |
5 micron |
5/bx |
LC325-Au-FCF |
300 mesh |
5 micron |
25/bx |
LC400-Cu-FCF |
400 mesh |
5 micron |
5/bx |
LC400-Cu-FCF-25 |
400 mesh |
5 micron |
25/bx |
LC400-Ni-FCF |
400 mesh |
5 micron |
5/bx |
LC400-Ni-FCF-25 |
400 mesh |
5 micron |
25/bx |
LC400-Au-FCF |
400 mesh |
5 micron |
5/bx |
LC400-Au-FCF-25 |
400 mesh |
5 micron |
25/bx |
6e. Lacey Formvar with Carbon Film
This formvar and carbon coated film on a broken pattern consists of woven-mesh-like openings of different sizes and shapes. Average opening sizes are 50, 100 and 150 microns. This type of pattern provides support but does not interfere when observing specimen sections.
Cat # |
Type |
Thickness |
Qty |
LFC200-Cu-50 |
200 mesh |
50 nm |
25/bx |
LFC200-Cu-100 |
200 mesh |
100 nm |
25/bx |
LFC200-Cu-150 |
200 mesh |
150 nm |
25/bx |
LFC200-Ni-50 |
200 mesh |
50 nm |
25/bx |
LFC200-Ni-100 |
200 mesh |
100 nm |
25/bx |
LFC200-Ni-150 |
200 mesh |
150 nm |
25/bx |
LFC200-Au-50 |
200 mesh |
50 nm |
25/bx |
LFC200-Au-100 |
200 mesh |
100 nm |
25/bx |
LFC200-Au-150 |
200 mesh |
150 nm |
25/bx |
LFC300-Cu-50 |
300 mesh |
50 nm |
25/bx |
LFC300-Cu-100 |
300 mesh |
100 nm |
25/bx |
LFC300-Cu-150 |
300 mesh |
150 nm |
25/bx |
LFC300-Ni-50 |
300 mesh |
50 nm |
25/bx |
LFC300-Ni-100 |
300 mesh |
100 nm |
25/bx |
LFC300-Ni-150 |
300 mesh |
150 nm |
25/bx |
LFC300-Au-50 |
300 mesh |
50 nm |
25/bx |
LFC300-Au-100 |
300 mesh |
100 nm |
25/bx |
LFC300-Au-150 |
300 mesh |
150 nm |
25/bx |
LFC400-Cu-50 |
400 mesh |
50 nm |
25/bx |
LFC400-Cu-100 |
400 mesh |
100 nm |
25/bx |
LFC400-Cu-150 |
400 mesh |
150 nm |
25/bx |
LFC400-Ni-50 |
400 mesh |
50 nm |
25/bx |
LFC400-Ni-100 |
400 mesh |
100 nm |
25/bx |
LFC400-Ni-150 |
400 mesh |
150 nm |
25/bx |
LFC400-Au-50 |
400 mesh |
50 nm |
25/bx |
LFC400-Au-100 |
400 mesh |
100 nm |
25/bx |
LFC400-Au-150 |
400 mesh |
150 nm |
25/bx |
Информация для заказа
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