【Cryo Tech Heat Treatment】 EZARC bi-metal reciprocating saw blades are processed using Cryo Tech deep cryogenic treatment, refining the internal metal microstructure to improve carbon distribution, structural density, and long-term material stability. 【Up to 3X Blade Life】 Constructed from M42 bi-metal with 8% cobalt and enhanced by Cryo Tech heat treatment, the blade offers improved wear resistance and fatigue strength, delivering up to 3X longer life than standard bi-metal blades without cobalt. 【Efficient Chip Removal】 The 0.9 mm blade body and set-tooth design support efficient chip evacuation and smooth cutting. Cryo Tech treatment improves thermal stability, reducing heat buildup and preserving tooth integrity during continuous use. 【Metal Master】 Provides consistent cutting performance on medium-thickness plate (3–8 mm), solid bars, pipes under 100 mm in diameter, and alloy materials for reliable use in metal fabrication, piping, construction, and maintenance work. 【Blade Dimension】6-inch reciprocating saw blade with 14 TPI tooth configuration and 100 mm working length, designed for metal cutting applications. Features a 1/2-inch universal shank, compatible with most standard reciprocating saws on the market. The EZARC Bi-Metal Cryo Tech Reciprocating Saw Blades are engineered for professional metal cutting applications where durability, consistency, and control are critical. Designed around advanced material processing rather than surface-level reinforcement, this series delivers reliable performance under demanding cutting conditions.
At the core of the blade is Cryo Tech deep cryogenic heat treatment, which refines the internal metal microstructure to improve carbon distribution, structural density, and long-term material stability. This material-level optimization enhances the blade’s ability to maintain cutting performance over extended use, particularly in high-load and intermittent cutting scenarios.
The blade is constructed from premium M42 bi-metal with 8% cobalt, further strengthened through Cryo Tech processing to improve wear resistance and fatigue strength. Compared to standard bi-metal reciprocating saw blades without cobalt, this construction delivers up to 3X longer blade life, reducing blade replacement frequency and downtime on the job.
An ultra-thin 0.9 mm blade body combined with a set-tooth design supports efficient chip evacuation and smooth cutting flow. Improved thermal stability helps reduce heat buildup during continuous cutting, preserving tooth integrity and maintaining consistent cutting control across a wide range of metal materials.
With 14 TPI tooth configuration and 100 mm working length, these blades provide stable, reliable cutting performance on medium-thickness metal plate (3–8 mm), solid bars, pipes under 100 mm in diameter, and various alloy materials. Suitable for metal fabrication, piping work, construction, and maintenance applications, the blades are equipped with a 1/2-inch universal shank for compatibility with most standard reciprocating saws.
At the core of the blade is Cryo Tech deep cryogenic heat treatment, which refines the internal metal microstructure to improve carbon distribution, structural density, and long-term material stability. This material-level optimization enhances the blade’s ability to maintain cutting performance over extended use, particularly in high-load and intermittent cutting scenarios.
The blade is constructed from premium M42 bi-metal with 8% cobalt, further strengthened through Cryo Tech processing to improve wear resistance and fatigue strength. Compared to standard bi-metal reciprocating saw blades without cobalt, this construction delivers up to 3X longer blade life, reducing blade replacement frequency and downtime on the job.
An ultra-thin 0.9 mm blade body combined with a set-tooth design supports efficient chip evacuation and smooth cutting flow. Improved thermal stability helps reduce heat buildup during continuous cutting, preserving tooth integrity and maintaining consistent cutting control across a wide range of metal materials.
With 14 TPI tooth configuration and 100 mm working length, these blades provide stable, reliable cutting performance on medium-thickness metal plate (3–8 mm), solid bars, pipes under 100 mm in diameter, and various alloy materials. Suitable for metal fabrication, piping work, construction, and maintenance applications, the blades are equipped with a 1/2-inch universal shank for compatibility with most standard reciprocating saws.