.png){kind=small}
.png){kind=small}
Affichage de 1–150 sur 323 résultats
Filtres
Trier les résultats
Rafraîchir
Appliquer
 |
Sometimes referred to as 'braid', carbon fiber consists of eight separate strands of individual carbon… Show more (+) Sometimes referred to as 'braid', carbon fiber consists of eight separate strands of individual carbon fiber braided together. The fiber is manufactured so that, when cut, the ends resist unravelling. The fiber density is about 1.6g/m
Convenient to use, giving thick coating using a single length. 1m length Show less (-) |
 |
Easy single- and double-step shaping
The Carbon Rod Shaper is an ergonomic and space-saving electric… Show more (+) Easy single- and double-step shaping
The Carbon Rod Shaper is an ergonomic and space-saving electric carbon and graphite rod sharpener that provides easy, consistent, and efficient rod shaping for high-capacity labs. Its cutting head consists of two tungsten carbide blades and a top guide bearing. To use, fit the carbon rod of your choice into the holder and simply insert into the top guide bearing to produce precisely cut tips. Carbon dust is automatically removed by vortex into an internal dust collector, which can then be easily removed for cleaning Show less (-) |
 |
Graphite is the stable form of carbon. Graphite is one of the softest; diamond is… Show more (+) Graphite is the stable form of carbon. Graphite is one of the softest; diamond is one of the hardest minerals known to man. Carbon is harder than graphite. For TEM and SEM applications, graphite is recommended. Show less (-) |
 |
Carbon Rods (graphite) with an impurity level of 2ppm or less with a maximum level… Show more (+) Carbon Rods (graphite) with an impurity level of 2ppm or less with a maximum level element of each of 1 ppm. These rods are ideal for all TEM, SEM and all other critical applications. Show less (-) |
|
Carbon Rods (graphite) with an impurity level of 2ppm or less with a maximum level… Show more (+) Carbon Rods (graphite) with an impurity level of 2ppm or less with a maximum level element of each of 1 ppm. These rods are ideal for all TEM, SEM and all other critical applications. Show less (-) |
|
Carbon Rods (graphite) with an impurity level of 2ppm or less with a maximum level… Show more (+) Carbon Rods (graphite) with an impurity level of 2ppm or less with a maximum level element of each of 1 ppm. These rods are ideal for all TEM, SEM and all other critical applications. Show less (-) |
|
Graphite is the stable form of carbon. Graphite is one of the softest; diamond is… Show more (+) Graphite is the stable form of carbon. Graphite is one of the softest; diamond is one of the hardest minerals known to man. Carbon is harder than graphite. For TEM and SEM applications, graphite is recommended. Show less (-) |
 |
To make your work easier we invite you to order our pre-sharpened rods. All of… Show more (+) To make your work easier we invite you to order our pre-sharpened rods. All of our line of Pre Sharpened Carbon Rods are made from our Spectroscopically Pure Carbon Graphite.
Rod Length: 2⅜" (60.3 mm)
Neck Length: 0.205" (5.2 mm)
Neck Diameter: .045" (1.14 mm) Show less (-) |
 |
To make your work easier we invite you to order our pre-sharpened rods. All of… Show more (+) To make your work easier we invite you to order our pre-sharpened rods. All of our line of Pre Sharpened Carbon Rods are made from our Spectroscopically Pure Carbon Graphite.
Rod Length: 2⅜" (60.3 mm)
Neck Length: 0.205" (5.2 mm)
Neck Diameter: .045" (1.14 mm) Show less (-) |
 |
Les filtres à brouillard d'huile EM-Tec sont utiles pour éliminer ou réduire les brouillards d'huile… Show more (+) Les filtres à brouillard d'huile EM-Tec sont utiles pour éliminer ou réduire les brouillards d'huile émis par les pompes à vide rotatives à un ou deux étages. Ils peuvent être utilisés pour des pompes d’une capacité allant de 1 à 12 m3/h. Ils sont compatibles avec les pompes à vide rotatives utilisées pour les équipements de laboratoire tels que les SEM, les spectromètres de masse, les coucheuses par pulvérisation cathodique, les petits fours à vide et les systèmes de séchage. Show less (-) |
