York A15 Diamond Coated Rotary Burrs Cylindrical 1.5MM

Prices from
1.67

Description

ManoMano York: A15 Diamond Coated Rotary Burrs - Cylindrical - 1.5MM Suitable for precision grinding of carbide, gems, glass, ceramics, tough alloys, cermets, tool steels etc. Features and Benefits Diamond grip mesh is 120/140 for cutting hard substrates Ideal for operating speeds of up to 15,000 - 30,000 rpm Range of cutting head sizes to suit application Typical Applications Deburring Grinding Hard substrates MPN: A15 EAN: 5036140217836 A15 Diamond Coated Rotary Burrs - Cylindrical - 1.5MM Attributes: Cut Type: Single Cut Finish/Coating: Diamond Head Diameter: 1.5mm Head Length: 9mm Head Material: High Speed Steel Head Shape: Cylindrical MFR Part No.: A15 Overall Length: 45mm Shank Diameter: 3mm

Compare webshops (2)

Shop
Price
Zoro Tools Logo
£ 1.67
£ 4.99
Description (2)
ManoMano

York: A15 Diamond Coated Rotary Burrs - Cylindrical - 1.5MM Suitable for precision grinding of carbide, gems, glass, ceramics, tough alloys, cermets, tool steels etc. Features and Benefits Diamond grip mesh is 120/140 for cutting hard substrates Ideal for operating speeds of up to 15,000 - 30,000 rpm Range of cutting head sizes to suit application Typical Applications Deburring Grinding Hard substrates MPN: A15 EAN: 5036140217836 A15 Diamond Coated Rotary Burrs - Cylindrical - 1.5MM Attributes: Cut Type: Single Cut Finish/Coating: Diamond Head Diameter: 1.5mm Head Length: 9mm Head Material: High Speed Steel Head Shape: Cylindrical MFR Part No.: A15 Overall Length: 45mm Shank Diameter: 3mm

Zoro Tools

Suitable for precision grinding of carbide, gems, glass, ceramics, tough alloys, cermets, tool steels etc. Features and Benefits Diamond grip mesh is 120/140 for cutting hard substrates Ideal for operating speeds of up to 15,000 - 30,000 rpm Range of cutting head sizes to suit application Typical Applications Deburring Grinding Hard substrates


Product specifications

Brand York
EAN
  • 5036140217836
MPN
  • A15
  • ZT1126947X

Price History

Prices were last updated on: