Villa Möbel Edge Bartisch Edge Bartisch aus massiver Akazie verbindet natürliche Holzstruktur mit einer praktischen Barhöhe. Die kompaktere Größe eignet sich ideal für Küche, Barbereich oder kleine offene Esszonen. Design und Raumwirkung Die klare Form wirkt ruhig und modern. Massiv Akazie bringt eine warme natürliche Ausstrahlung und schafft eine wohnliche Baratmosphäre. Material und Oberfläche Massiv Akazie zeigt natürliche Maserung, warme Farbtöne und eine hochwertige Holzstruktur. Alltag und Nutzung Der Bartisch eignet sich für Barhocker, kleine Essbereiche oder eine praktische Küchenlösung. Maße Maße ca. B 130 x T 70 x H 92 cm Ihre Vorteile auf einen Blick Massiv Akazie mit natürlicher Maserung Kompakte Bartisch Variante Ideal für Küche Bar und Essbereich Wohnliche Barhöhe für moderne Räume

Das Qatego Aufsatzbecken von Duravit vereint modernes Design mit funktionaler Eleganz. Mit seinen ovalen Formen und dem Soft Edge Design fügt es sich harmonisch in jede Badezimmerumgebung ein. Hergestellt aus hochwertiger Sanitärkeramik, bietet es nicht nur eine ansprechende Optik, sondern auch eine langlebige und pflegeleichte Oberfläche. Das Becken ist ohne Überlauf konzipiert und verfügt über keinen Wasserhahnbohrung, was eine flexible Gestaltung ermöglicht. Die glatte, geschliffene Oberfläche sorgt für eine einfache Reinigung und trägt zur Hygiene bei. Optional ist das Becken mit der HygieneGlaze-Oberfläche erhältlich, die antibakterielle Eigenschaften aufweist und die Bildung von Bakterien um bis zu 99,9 % hemmt. Mit einer Grösse von 600 x 400 mm und einer Höhe von 130 mm ist es ideal für moderne Badezimmer. - Ovales Design mit Soft Edge für eine elegante Optik - HygieneGlaze-Oberfläche für antibakterielle Eigenschaften - Hergestellt aus hochwertiger Sanitärkeramik für Langlebigkeit - Flexibel ohne Überlauf und ohne Wasserhahnbohrung.

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Cobalt (HSS-E) provides superior hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Parabolic flute design aids swarf removal and cooling when drilling long chipping materials Bright finish helps prevent built-up-edge when drilling sticky materials Increased length allows deeper holes or increased reach

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Cobalt (HSS-E) provides superior hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Parabolic flute design aids swarf removal and cooling when drilling long chipping materials Bright finish helps prevent built-up-edge when drilling sticky materials Increased length allows deeper holes or increased reach

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Cobalt (HSS-E) provides superior hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Parabolic flute design aids swarf removal and cooling when drilling long chipping materials Bright finish helps prevent built-up-edge when drilling sticky materials Increased length allows deeper holes or increased reach

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times

High Speed Steel (HSS) provides good hot hardness when drilling 130 degree special point provides self centering, low thrust and easier penetration Convex cutting edges and flute design aid swarf breakage and removal TiN Coating increases surface hardness, wear resistance and improves tool life Special geometry allows higher cutting data and reduced cycle times