Showing 1–150 of 1324 results
Filters
Sort results
Reset
Apply
EMS's Alumina Powders are accurately controlled for all specs and particle size distribution, assuring you… Show more (+) EMS's Alumina Powders are accurately controlled for all specs and particle size distribution, assuring you the best polishing results. The following micron sizes are available: 0.05, 0.3, and 1.0.
Typical applications are
- Precision Optics
- Metallographic Sections
- Electro-Optical Crystals
- Silicone Wafers
- Ferrite Components
- Gem Stones
- Acrylic lenses
Type DX Alumina Powder is specially treated to reduce the number of agglomerates (group of particles in each grade of manufactured alumina). The result is fast polishing and improved quality of the finished products.
Type N Alumina Powder is recommended when these improvements are not necessary.
MSDS Show less (-) |
|
These suspensions are water-based and contain no additives, which may interfere with polishing or contaminate… Show more (+) These suspensions are water-based and contain no additives, which may interfere with polishing or contaminate the sample. All slurries are very stable and alumina is evenly dispersed. Excellent for the finest finishes.
MSDS
Show less (-) |
|
Extra large square base mold
Made from aluminum, offering optimal thermal conductivity
Features a well… Show more (+) Extra large square base mold
Made from aluminum, offering optimal thermal conductivity
Features a well polished surface for easy block removal
Will accomodate most samples
Interior corner radius: .250" (6.35 mm)
Interior dimensions: 1.97 x 1.97 x 1.18" (50 x 50 x 30 mm)
Exterior dimensions: 2.5 x 2.5 x 1.375" (63.50 x 63.50 x 34.93 mm) Show less (-) |
|
Alumina is widely used in sample grinding and polishing. Our Aluminum Oxide Abrasive film with… Show more (+) Alumina is widely used in sample grinding and polishing. Our Aluminum Oxide Abrasive film with a PSA back or a plain back are ready to use in all sample polishing applications.
Dimensions: 8" Diameter Show less (-) |
|
These are abrasive powders that are prepared from aluminum oxide, offering excellent coarse and intermediate… Show more (+) These are abrasive powders that are prepared from aluminum oxide, offering excellent coarse and intermediate polishing, with fast results.MSDSa Show less (-) |
|
Reusable – Made from soft silicone. It offers a simple way to break pre-scored glass… Show more (+) Reusable – Made from soft silicone. It offers a simple way to break pre-scored glass ampoules safely. Accommodates 5, 7, and 10 ml size ampoules. Reduces injury and spillage.
each Show less (-) |
|
Rapid-Freezing on a polished metal surface, at the temp. of liquid helium or liquid nitrogen… Show more (+) Rapid-Freezing on a polished metal surface, at the temp. of liquid helium or liquid nitrogen, followed by freeze-substitution in osmium-acetone, has been shown to be a very useful technique for capturing rapid cellular events and for preserving cell ultrastructure. * John M. Robinson and Morris J. Karnovsky, 1991. “Rapid-freezing Cytochemistry: Preservation of Tubular Lysosomes and […] Show less (-) |
|
Storage : 4-8°C MSDSTechnical Data Sheet |
|
Buffer for diluting your primary and secondary antibodies |
|
This ready-to-use Antibody Dilution Buffer is designed for the dilution of antibodies in all immunoassays… Show more (+) This ready-to-use Antibody Dilution Buffer is designed for the dilution of antibodies in all immunoassays, including immunofluorescence, IHC, ELISA, WB. This buffer contains immunoglobulin free BSA and does not contain phosphate, sodium azide, or mercury preservatives. It can be used for the dilution of all antibodies, including peroxidase, and antibodies to phophoproteins. However, it is not suitable for dilution of antibodies to S100 proteins. This buffer contains green food color. Reagent Supplied: Ready to use buffer Application: Dilute antibodies, primary or secondary as recommended in the protocol by the manufacturer of these products.Storage: 2-8°C. Diluted antibodies can be stored at 2-8°C for several weeks, depending upon the stability of antibodies. Show less (-) |