Termékek cardan shaft rajz (4)

Állítható Szelepkalauz Reamerek V Típusú Robbanómotorokhoz - Reamer V Típus

Állítható Szelepkalauz Reamerek V Típusú Robbanómotorokhoz - Reamer V Típus

Right-hand cutting reamers with adjustable blades and with extra long cylindrical shank with square. Cutting edges with the unique Hunger special grinding (progressively increasing clearance angle) ensure a soft and smooth cut. A guide bush, which can be supplied in addition to each reamer size and which is pressed against the valve seat during reaming, facilitates handling and enables optimum accuracy. (see leaflet) The blades of the reamer are made of special steel, which is characterized by particularly good edge retention. In the "hard chrome" version, the blades are also hard chrome-plated. The hard chrome layer is characterized by high hardness and low coefficient of friction. Reamers of the "hard chrome" version are therefore particularly suitable for reaming materials with a high wear effect and materials that tend to stick and form built-up edges.
Kerpin S 1   Kúpos Csap

Kerpin S 1 Kúpos Csap

EN ISO 8744, d1 = Durchmesser des Halbzeuges, d2 = Aufkerbdurchmesser, l = Stiftlänge, c = Kuppenhöhe, r ≈ d1 Kerpin S 1 Kegelkerbstift (EN ISO 8744) d1 = Durchmesser des Halbzeuges d2 = Aufkerbdurchmesser l = Stiftlänge c = Kuppenhöhe r ≈ d1
Fúróeszközök: műanyagokhoz - SC külső sugárfúró

Fúróeszközök: műanyagokhoz - SC külső sugárfúró

micrograin solid carbide external radius end mill: with double flute or up to four flutes, right-hand cutting, with specially cut edges for the machining of external edges, shank without clamping surface DIN 6535-HA
Kerpin S 5 Hengeres Hornyos Csapágy Útmutatóval

Kerpin S 5 Hengeres Hornyos Csapágy Útmutatóval

EN ISO 8739, d1 = Durchmesser des Halbzeuges, d2 = Aufkerbdurchmesser, l = Stiftlänge, a = ungekerbte Länge, c = Kuppenhöhe, r ≈ d1 Kerpin S 5 Zylinderkerbstift mit Einführende (EN ISO 8739) d1 = Durchmesser des Halbzeuges d2 = Aufkerbdurchmesser l = Stiftlänge a = ungekerbte Länge c = Kuppenhöhe r ≈ d1