Valenite Tiger-tec® Gold 7170521 Positive Single Sided Indexable Milling Insert, ADGT1807PER-D56 WKP35G ANSI, Rhombic

ADGT Milling Inserts
PDW~12583720 MFG #: ADGT1807PER-D56WKP35G
Walter (Valentine)
42.50000 / ea
Walter_Valenite_5886134
  • ANSI Code: ADGT1807PER-D56 WKP35G
  • Catalog Number: ADGT1807PER-D56WKP35G
  • Corner Radius: 1.2 mm
  • Country of Origin: DE
  • Finish: CVD Coated
  • Gross Weight Per Pack: 0.0200 lb
  • Hand of Insert: Right
  • Hole Diameter: 5.5 mm
  • ISO Code: ADGT1807PER-D56 WKP35G
  • Lead Angle: 15 deg/17 deg
  • Length: 19 mm
  • Sub Brand: Tiger-tec®
  • Thickness: 7 mm
  • Type: Positive Single Sided
  • Width: 14.5 mm
  • Stock Status: NONSTOCK
  • Brand: Walter (Valentine)
  • Manufacturer: Walter
  • Chipbreaker: D56
  • Inscribed Circle: 14.5 mm
  • Insert Style: Tiger?tec® Gold
  • Manufacturer's Grade: WKP35G
  • Material: Carbide
  • Material Grade: K/P
  • Rake: 10 deg
  • Shape: Rhombic
Tiger-tec® Gold is a new Walter technology platform for unique indexable insert coatings. These are produced using the innovative ultra low pressure method (ULP-CVD). The special titanium aluminium nitride layer makes them highly resistant to abrasion, hairline cracks, oxidation and plastic deformation, as well as ensuring maximum tool life and process reliability.
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  • Features
D56 Geometry - The stable one
For unfavorable machining conditions
Maximum cutting edge stability
High feed rates
Optimized wear characteristics for a significantly longer tool life
Optimum cutting data due to a reduction in visible wear rate
Maximum process reliability thanks to the tough cutting edge
Gold colored top layer provides optimum wear detection
Excellent combination of wear resistance and toughness for milling
For moderate to high cutting speeds, dry milling or use with coolant, roughing steel and cast iron workpieces
+/-0.025 mm cutting edge tolerance
+/-0.025 mm inscribed circle tolerance
+/-0.13 mm thickness tolerance
1.8 mm width face chamfer
2 cutting edges
40 to 60 deg double countersink hole
90 deg approach