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01D570 - Walter SST+ 7.00mm Cobalt Drill Bit for Stainless Steel

Packaging: 10 per each
$16.42/ea $144.30/10 per each only $14.43/eaSave 12%

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SKU: 01D570 Categories: ,

OVERVIEW

Industrial-Grade Precision and Durability

The Walter 01D570 7.00mm SST+ Drill Bit is engineered to meet the rigorous demands of modern industrial fabrication. In environments where efficiency and tool longevity are paramount, the SST+ series stands out as a premier solution. Constructed from a specialized cobalt blend, this drill bit offers superior hardness and heat resistance compared to standard high-speed steel bits. This metallurgical advantage allows it to maintain a sharp cutting edge even when subjected to the high temperatures generated during continuous drilling operations. For fabrication shops working with diverse materials, from mild steel to challenging stainless steel alloys, the 01D570 provides consistent, reliable performance that reduces downtime associated with frequent tool changes.

Advanced Geometry for Optimal Chip Evacuation

What truly sets the Walter SST+ apart is its thoughtful geometric design. The bit features a unique "high flow" flute configuration that is specifically optimized to evacuate chips rapidly from the hole. In materials like stainless steel, which are prone to work hardening if heat is allowed to build up, efficient chip removal is critical. By clearing debris quickly, the bit remains cooler, preventing the material from hardening and ensuring a clean, precise cut. Additionally, the body of the bit is back-tapered, a design choice that significantly reduces friction between the tool and the sidewalls of the hole. This reduction in friction not only lowers heat generation but also prevents the bit from binding, making it exceptionally effective for deep hole drilling.

Enhanced Surface Treatment

To further augment its performance, the 01D570 is finished with Walter's exclusive Bronze SST surface treatment. This coating acts as a high-performance lubricant, reducing resistance as the bit penetrates the material. It also provides a layer of protection against corrosion and wear. Whether utilized in a high-precision stationary drill press or a portable hand drill on the shop floor, the Walter 7.00mm SST+ Drill Bit delivers round, burr-free holes with minimal effort. It is the ideal choice for professionals who refuse to compromise on quality and demand tools that can keep pace with their production schedules.

Additional Information
Packaging Description:10 per each
Diameter:7.00mm
Product Type:Drill Bit
Series:SST+
Material:Cobalt Blend HSS
Application Material:Aluminum, Mild Steel, Non-ferrous metal, Stainless Steel
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Material:Cobalt Blend HSS
Surface Treatment:Bronze SST
Flute Design:High Flow
Application Material:Stainless Steel, Mild Steel, Aluminum, Non-ferrous Metal
Body Design:Back Tapered

INCLUDED

  • 1 x Walter 7.00mm SST+ Drill Bit (01D570)

APPLICATIONS

  • Drilling stainless steel plate and tubing
  • General fabrication with mild steel
  • Processing non-ferrous metals and aluminum
  • Portable drilling on job sites
  • Stationary drilling in machine shops
  • Drilling on curved surfaces like pipes
  • Maintenance and repair operations (MRO)

FAQ

The diameter of this drill bit is 7.00mm.

Yes, the SST+ series is specifically designed with a cobalt blend to drill effectively through stainless steel and other hard metals.

Generally, no. The SST+ bits feature a self-centering split point that bites into the material immediately, preventing walking.

The Bronze SST treatment reduces friction and heat generation, allowing for faster drilling speeds and extended tool life.

Yes, the Walter SST+ drill bits are designed for excellent performance in both portable hand drills and stationary drill presses.

It features a "high flow" flute design that is engineered to evacuate chips quickly, which helps keep the bit cool.

It is suitable for all metals, including mild steel, stainless steel, aluminum, and non-ferrous alloys.

The back-tapered body reduces contact with the sidewalls of the hole, preventing binding and reducing friction.