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01W354 - Walter SA-5 Non-Ferrous Carbide Burr for Aluminum

Packaging: 1 per each
$51.32/ea

Usually ships within 3-5 business days

SKU: 01W354 Categories: ,

OVERVIEW

Premium Material Removal for Non-Ferrous Applications

The Walter 01W354 Allsteel™ Carbide Burr SA-5 NF represents the pinnacle of American manufacturing in the field of rotary abrasives. Designed specifically for industrial environments where precision and efficiency are paramount, this tungsten carbide burr is engineered to tackle the unique challenges associated with machining and finishing soft, non-ferrous metals. Unlike standard double-cut burrs that can easily become clogged with material, the SA-5 NF features a specialized flute geometry that promotes efficient chip evacuation, ensuring consistent performance over extended periods of use.

Manufactured in the USA using advanced CNC grinding technology, every Walter Allsteel™ burr is held to rigorous quality standards. This manufacturing process guarantees that the cutting angles are perfectly consistent around the entire circumference of the tool. For procurement specialists and facility managers, this translates to a consumable product that offers predictable wear rates and reduced downtime. The SA-5 cylindrical shape is particularly effective for surface flattening and contouring operations, providing operators with a versatile tool capable of heavy stock removal and fine finishing in a single step.

The "NF" or Non-Ferrous cut designation indicates a wide-tooth formation that is essential when working with materials such as aluminum, magnesium, copper, and soft plastics. By preventing the material from loading up between the cutting edges, the tool maintains its aggressive cutting action without overheating or requiring frequent cleaning. This efficiency reduces the overall cost per part in production environments and extends the lifespan of the burr significantly compared to generic alternatives. Whether utilized in aerospace manufacturing, automotive fabrication, or general foundry work, the Walter 01W354 delivers the reliability required for high-stakes industrial applications.

Investing in Walter Surface Technologies' carbide burrs ensures that your workforce is equipped with tools designed to minimize vibration and operator fatigue. The precise concentricity of the shank and head reduces chatter, protecting both the workpiece and the pneumatic die grinder bearings. This attention to detail in construction underscores Walter's commitment to safety and productivity in the metalworking industry.

Additional Information
Packaging Description:1 per each
Brand:Walter
Used to Grind:Non-Ferrous Metals, Aluminum
Item:Carbide Burr
Shape:Cylindrical, SA-5
Cut Type:Aluminum Cut, Non-Ferrous (NF)
Material:Tungsten Carbide
Country of Origin:USA
Application:Deburring, Finishing, Material Removal

INCLUDED

  • 1x Walter Allsteel Carbide Burr SA-5 NF

APPLICATIONS

  • Deburring aluminum castings and fabrications
  • Grinding and shaping non-ferrous metals like copper and brass
  • Surface finishing on magnesium parts
  • Removing flash and parting lines
  • Working with hard plastics and soft alloys
  • Automotive porting and polishing

FAQ

NF stands for 'Non-Ferrous'. This indicates a specific cut geometry with wider flutes designed to prevent clogging when grinding soft metals like aluminum.

The SA-5 is a cylindrical burr without an end cut. It is typically used for surface milling and contouring where the side of the burr is the primary cutting surface.

It is not recommended. The NF cut is too aggressive for hard metals like stainless steel and may chip. For stainless steel, you should use a standard Double Cut carbide burr.

This carbide burr is designed for use with pneumatic or electric die grinders that accept a standard 1/4" shank (assuming standard SA-5 specs).

Yes, Walter Allsteel burrs are CNC machined for precise concentricity, which significantly reduces vibration and chatter during operation.

This product is meticulously crafted in the USA.

No, the open flute design is specifically engineered to evacuate chips rapidly, preventing the material loading that occurs with standard burrs.

Yes, the high-precision manufacturing and consistent cutting angles make it suitable for robotic and CNC deburring applications.