#410 1/4" .2500 CARBIDE TIPPED REAMER

#410 1/4" .2500 CARBIDE TIPPED REAMER

HCT41008 41008
66.35 / EA
http://schema.org/OutOfStock
#410 1/4" .2500 CARBIDE TIPPED REAMER
  • Applicable Materials: Cast Iron, Steel and Non-Ferrous Metal
  • Cutter Diameter Decimal Inch: 0.25
  • Cutter Diameter Fractional Inch: 1/4
  • Cutter Diameter Metric: 6.35
  • Flute Length Decimal Inch: 1.5
  • Flute Length Fractional Inch: 1-1/2
  • Flute Length Metric: 38.1
  • Flute Type: Right Spiral
  • Material: Carbide Tip/Steel Body
  • Number of Flutes: 4
  • Overall Length Decimal Inch: 6
  • Overall Length Fractional Inch: 6
  • Overall Length Metric: 152.4
  • Series: 410F
  • Shank Diameter Decimal Inch: 0.234375
  • Shank Diameter Fractional Inch: 15/64
  • Shank Type: Straight
  • Surface Treatment: Polished
  • Type: General Purpose
  • Has Attributes: Yes
  • Has Image: Yes
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  • Item Features
  • The reamer is used to finish machine a previously formed hole to an exact diameter with a smooth finish
  • Carbide tipped reamers are especially appropriate for close tolerance reaming - because carbide is very highly resistant to wear, the reamer will produce accurate hole size and a smooth finish far longer than high speed steel or cobalt
  • The reamer is an end cutting tool, cutting only on the chamfer's edge at the outside diameter of the preformed hole
  • The standard 45 deg chamfer angle provides effective cutting action for most materials
  • Higher feeds and speeds due to heat resistant cutting edge - reduces machine cycle time per part
  • Consistent quality - maintains hole size and surface finish far longer
  • Longer tool life - reduces down time for tool changes
  • Tool geometry and carbide grade appropriate for material being machined
  • Carbide tips brazed to tough hardened alloy steel body
  • Polished flutes for easy chip flow
  • Precision ground cutting edges
  • Right spiral flutes have greater chip clearing ability for use with ductile materials, highly abrasive materials or blind holes
  • Finishes are much better as spiral flutes tend to bridge interruptions such as keyways, slots or intersecting holes
  • Superior performance over high speed steel and cobalt - good in a wide variety of materials