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Lenox® Contestor XL™ 1885371 High Performance Welded Band Saw Blade, 17 ft L, 1-1/2 in W x 0.05 in THK, 3 to 4 TPI, Bi-Metal Blade, HSS Tooth

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Description

Lenox® Contestor XL™ Band Saw Blade, High Performance Welded, 17 ft Length, 1-1/2 in Blade Width, 0.05 in Blade Thickness, 3 to 4 TPI, Bi-Metal Blade, Tooth Form: Milled/Variable Pitch, Tooth Set: Raker/Variable Pitch, HSS Tooth, Flexible/Spring Tempered Alloy Steel Back, 10 deg Hook Angle

Specifications

Back Type Flexible/Spring Tempered Alloy Steel
Blade Material Bi-Metal
Blade Thickness 0.05 in
Blade Width 1-1/2 in
Hook Angle 10 deg
Length 17 ft
Teeth per Inch 3 to 4 TPI
Tooth Form Milled/Variable Pitch
Tooth Material HSS
Tooth Set Raker/Variable Pitch
Type High Performance Welded

Standards and Approvals: OSHA 29 CFR 1910.1200

Application:
For cutting materials like mold steels, stainless steels, tool steels, titanium alloys, nickel-based alloys and to cut metals

Features

  • High performance sawing of large, difficult to cut metals
  • Increased wear-resistance delivers longer blade life
  • New HSS edge wire increases tooth hardness for better abrasive wear-resistance
  • Patent pending chip controlling design reduces heat and wear
  • Improved chip formation helps penetrate difficult to cut materials
  • Variable tooth heights and multi-level set creates deeper, narrower chips
  • High rake angles reduce cutting forces
  • Optimized design for straighter cuts on large blocks
  • Shallow gullet construction increases beam strength
  • Variable tooth spacing and gullet capacity of this design reduces noise and vibration, while allowing faster cutting rates, long blade life and smooth cuts
  • Typically vari-raker set provides quiet, efficient cutting and a smooth finish with less burr
  • HSS tooth tips combined with flexible alloy steel backing material results in band saw blades that are the most cost effective choice for most metal sawing applications
  • A wide variety of products are available to ensure optimal blade performance in your applications

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