1/8" Dia Cobalt Drill for Stainless Steel

Order Code: ZT4029937S

£0.61each Inc VAT (20%)
£3.05 minimum order value
QuantityPriceDiscount
1 - 49£0.610%
50 - 99£0.593.5%
100 - 199£0.568%
200 - 499£0.5411.5%
500 +£0.5116.5%

Minimum order quantity: 5.

Description

The Sherwood range of HSS-Co heavy duty straight shank jobber drills offers durable and reliable cutting performance, boasting 5% cobalt alloy for enhanced strength and longevity in high-temperature, high-speed operations. These drills excel in drilling steels with tensile strength up to 1,400 N/mm², very hard bronze, stainless steels, as well as heat and acid-resistant steels. Their cutting edges maintain sharpness for extended periods, minimizing the need for frequent sharpening and maximizing productivity, while also resisting corrosion effectively.

Features and Benefits:
• Crafted with a 5% cobalt alloy, ensuring optimal performance at elevated speeds and temperature
• Capable of cutting metals with tensile strength up to 1,400 N/mm²
• 135° point angle facilitates precise hole making and efficient cutting
• Suitable for various applications, including steel, bronze, stainless, and acid-resistant steels
• Extended cutting edge lifespan reduces the frequency of sharpening
• Excellent corrosion resistance enhances tool longevity

Standards
• Manufacturing Standard: BS 328, DIN 338B

Typical Applications
• Cutting and drilling
• Hard metals
• Stainless steel
• Bronze

See full description
Specifications for 1/8" Dia Cobalt Drill for Stainless Steel
  • Helix Type
    Normal Helix
  • Overall Length
    65mm
  • Standards Met
    BS 328
    DIN 338B
  • Web Thickness
    Strengthened
  • Shank Diameter Tolerance
    F11
  • Flute Construction
    Ground Flute
  • Point Type
    Split Point
  • Flute Length
    36mm
  • Point Angle
    135°
  • Number of Flutes
    2
  • Coolant Delivery
    External
  • Flute Type
    Spiral
  • Material
    Cobalt High Speed Steel
  • Finish/Coating
    Bronze Oxide
  • Cutting Direction
    Right Hnd
  • Drill Diameter Tolerance
    H8

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