Home Shop Walter 5-Piece Carbide Burr Set for Aluminum and Non-Ferrous Metals
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01V995 - Walter 5-Piece Carbide Burr Set for Aluminum and Non-Ferrous Metals

Packaging: 1 per each
$441.08/ea

Usually ships within 3-5 business days

SKU: 01V995 Categories: ,

OVERVIEW

Precision Engineering for Soft Metal Applications

The Walter 01V995 Carbide Burr 5-Piece Kit is a specialized tooling solution engineered specifically for the challenges of machining and finishing non-ferrous metals. Standard double-cut or diamond-cut burrs often fail when applied to soft materials like aluminum, copper, and brass because the material tends to "load" or pack into the flutes, rendering the cutting edges ineffective and generating excessive heat. This kit addresses that metallurgical challenge with a specific Non-Ferrous (NF) flute geometry. The wide, open gullets and aggressive relief angles allow for rapid chip evacuation, ensuring the cutting edge remains engaged with the workpiece rather than riding on packed debris.

Manufactured from premium micro-grain tungsten carbide, these burrs offer exceptional hardness and wear resistance, maintaining their geometry even under the high thermal loads associated with high-speed die grinding. The manufacturing process ensures strict concentricity between the head and the 1/4-inch hardened steel shank. This balance is critical for minimizing runout and vibration at operating speeds that can exceed 20,000 RPM, thereby protecting both the operator from fatigue and the pneumatic or electric tool from premature bearing wear.

The kit includes a strategic assortment of the five most commonly utilized shapes in industrial fabrication: Cylindrical, Cylindrical with Radius, Tree, Ball, and Cone. This variety allows the operator to access diverse geometries, from surface leveling and edge breaking to contouring and hole enlargement. By providing a dedicated set for non-ferrous applications, facility managers and tool cribs can ensure that technicians have the correct tooling for the material at hand, preventing the cross-contamination and inefficiency that occurs when general-purpose tools are misused on soft alloys.

Technical Specifications:

  • Shank Standard: 1/4" (6.35mm) hardened steel.
  • Head Material: High-grade Tungsten Carbide.
  • Cut Profile: Non-Ferrous / Aluminum Cut (Open flute).
  • Application Range: Aluminum, Magnesium, Copper, Brass, Zinc, Hard Rubber, and Plastics.
Additional Information
Packaging Description:1 per each, 1 set
Brand:Walter
Item:Carbide Burr Kit
Used to Grind:Non-Ferrous Metals, Aluminum
Shank Diameter:1/4"
Number of Pieces:5
Cut Type:Non-Ferrous (Aluminum Cut)
Material:Tungsten Carbide
Included Shapes:Ball, Cone, Cylindrical, Cylindrical Radius, Tree

INCLUDED

  • 1x Cylindrical Burr (Non-Ferrous Cut)
  • 1x Cylindrical with Radius Burr (Non-Ferrous Cut)
  • 1x Tree Shape Burr (Non-Ferrous Cut)
  • 1x Ball Shape Burr (Non-Ferrous Cut)
  • 1x Cone Shape Burr (Non-Ferrous Cut)
  • 1x Durable Plastic Storage Case

APPLICATIONS

  • Deburring aluminum castings and machined parts
  • Grinding and blending aluminum weld beads
  • Enlarging holes and slots in non-ferrous metals
  • Surface preparation on copper, brass, and bronze
  • Working with soft plastics and hard rubber
  • Automotive porting and polishing
  • Shipbuilding and marine aluminum fabrication

FAQ

These burrs are specifically designed for non-ferrous metals such as aluminum, copper, brass, and magnesium. They also work well on hard plastics and rubber.

Yes, provided your die grinder has a standard 1/4-inch collet. This is the most common size for industrial pneumatic and electric die grinders.

Standard double-cut burrs have flutes that are too close together for soft metals. Aluminum chips get stuck (load) in the flutes, causing the tool to stop cutting and overheat. These 'Non-Ferrous' burrs have wide flutes to eject chips.

The kit typically includes one each of the following shapes: Cylindrical (SA), Cylindrical with Radius (SC), Ball (SD), Tree with Radius (SF), and Cone/Taper (SL or SM).

While the carbide is hard enough to cut steel, the aggressive tooth geometry is not optimized for hard ferrous metals. Using them on steel may result in tooth chipping or excessive vibration. It is recommended to use double-cut burrs for steel.

For 1/4-inch shank carbide burrs, speeds between 20,000 and 25,000 RPM are typically recommended for optimal material removal and control.

Yes, the 5-piece kit comes in a durable plastic storage case to keep the burrs organized and protected from damage.

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