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Brocas KMH • Materiales duros • Refrigeración interior
Brocas KMH • Materiales duros • Refrigeración interior
Brocas KMH • Materiales duros • Refrigeración interior
Brocas KMH • Materiales duros • Refrigeración interior
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B951A (~3 x D) • KCH15 • A-Shank • KMH Drills

Brocas KMH • Materiales duros • Refrigeración interior

Metric
Inch
Número de material SAP 6359051
Número de catálogo ISO B951A16000
Número de catálogo ANSI B951A16000
Calidad KCH15
Diámetro de broca M [D1] 16 mm
Diámetro de broca M [D1] .6299 in
Longitud total [L] 115 mm
Longitud total [L] 4.53 in
Longitud del canal [L3] 65 mm
Longitud del canal [L3] 2.56 in
Profundidad máxima de taladrado [L4] 45 mm
Profundidad máxima de taladrado [L4] 1.77 in
Longitud de punta de broca [L5] 3.15 mm
Longitud de punta de broca [L5] .124 in
Longitud de mango [LS] 48 mm
Longitud de mango [LS] 1.889 in
Adaptador/Mango/Diá int [D] 16 mm
Adaptador/Mango/Diá int [D] .6299 in
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Uses and application

  • DrillingDrilling
  • Drilling: Stacked PlatesDrilling: Stacked Plates
  • Corner Style: Corner ChamferCorner Style: Corner Chamfer
  • Dimensiones de la herramienta: 2 canales/2 márgenes/refrigeranteDimensiones de la herramienta: 2 canales/2 márgenes/refrigerante
  • Número DIN 6535Número DIN 6535
  • Número DIN 6537Número DIN 6537
  • Taladrado —  Con refrigeración internaTaladrado — Con refrigeración interna
  • Con refrigeración interna: MQL (cantidad mínima de lubricante): TaladradoCon refrigeración interna: MQL (cantidad mínima de lubricante): Taladrado
  • Mango —  Liso cilíndrico ≤h6Mango — Liso cilíndrico ≤h6
  • Ángulo de la hélice: 30°Ángulo de la hélice: 30°

Materiales de la pieza de trabajo

P Acero
K Fundición
H Materiales endurecidos

Features and benefits



  • The all new KMH solid carbide drills are engineered for hard material applications up to 65 HRC. The B95_ drill series with through coolant and 140° point is designed for deeper applications.

  • KMH Point Design with curved cutting edge with corner chamfer for maximum corner stability in hard materials. It avoids chipping on cutting edge thus pre-mature wear.

  • Special flute design with strong web to increase the strength of the drill in tough applications with short chips. B95_ series with 30° helix angle to improve chip evacuation in higher length-to-diameter ratios.

  • KCH15 on B95_ with its higher toughness supports edge strength at increased rake angles, which are applied to improve chip evacuation in higher L/D ratios. It carries a high temperature and shock resistance AlTiN coating for machining hardened material to increase tool life.

Lado de máquina

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Lado de la pieza de trabajo

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