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Seco 02794478 Perfomax™ Peripherical Indexable Drill Insert, ANSI Code: SCGX150512-P2 T250D, Squared Shape, 150512 Insert, SCGX Insert, 5.6 mm THK, 15.9 mm Inscribed Circle, Manufacturer's Grade: T250D

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Description

Seco Indexable Drill Insert, Peripherical, Series: Perfomax™, SCGX Insert, 150512 Insert, Squared, 15.9 mm Inscribed Circle, 5.6 mm Thickness, 15.9 mm Width, 15.9 mm Length, P2 Chipbreaker, 1.2 mm Corner Radius, Manufacturer's Grade: T250D, 90 deg Included Angle, ANSI Code: SCGX150512-P2 T250D, Carbide, PVD-TiAlN+TiN Coated

Perfomax™ is a long standing, proven range of indexable insert drills that offers an economical solution when it comes to productively drilling holes. Reliable and trustworthy, the strong, square inserts each offer four cutting edges. They can be used with most modern insert grades and coatings. The drill body design features a unique chip flute design, through coolant holes on all sizes and a low-friction coating to optimize chip evacuation. The Perfomax™ drill body design is strong and sturdy, capable of handling the highest productivity and offers strong performance in unstable applications. Perfomax™ inserts are available in three grades - DP3000, DP2000 and T250D - featuring Seco's Duratomic® technology, which provides the grade with a thicker coating, makes it extremely resistant to heat and enables drilling at high speeds in steel and cast iron.

Specifications

ANSI Code SCGX150512-P2 T250D
Chipbreaker P2
Corner Radius 1.2 mm
Finish PVD-TiAlN+TiN Coated
Included Angle 90 deg
Inscribed Circle 15.9 mm
Insert Size 150512
Insert Style SCGX
Length 15.9 mm
Manufacturer's Grade T250D
Material Carbide
Series Perfomax™
Shape Squared
Thickness 5.6 mm
Type Peripherical
Width 15.9 mm

Country of Origin: India

Features

  • Features strong square inserts with four cutting edges, high drill body stability, a low-friction coating, unique chip flute design and inserts with modern grades that use Duratomic® technology
  • Tough micrograin with TiAlN coating ensures extremely good hardness and extreme resistance to chemical wear and oxidation

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