Saw Blades optimize cutting area for air reciprocating saws.
Press Release Summary:
Designed for ½ in. shank air reciprocating saws, 3 sets of saw blades are engineered with bi-metal technology and include fine, coarse, and extra coarse tooth profiles with variable pitch blade that lets users increase product life while minimizing vibration. By applying high-speed steel to both edges of backing material, blades generate smaller chips, reducing frictional heat generated during cutting application and promoting overall blade performance.
Original Press Release:
Ingersoll Rand Releases Air Reciprocating Saw Blades
Annandale, N.J. - June 5, 2007 - Ingersoll Rand has released three new sets of saw blades designed for its standard 1/2" shank air reciprocating saws. Engineered with bi-metal technology, the new blades increase the cutting surface area by 170 percent.
The saw blades include fine, coarse and extra coarse tooth profiles with a new variable pitch blade that allows users to increase blade life while reducing blade vibration.
"The new saw blades are the perfect complement to Ingersoll Rand air reciprocating saws," said Michael Dugar, global product manager for Ingersoll Rand. "The bi-metal technology means faster, more precise cutting and longer blade life for our customers."
By applying high-speed steel to both edges of the backing material, the blades generate smaller chips, reducing frictional heat generated during the cutting application and enhancing overall blade performance.
The new saw blades are available in quantities of six, 20 and 50 per pack and feature plastic cases for easy storage.
For more details about Ingersoll Rand air reciprocating saw blades, see your local tool professional, call (800) 376-TOOL or visit irtools.com.
Ingersoll Rand Industrial Technologies provides products, services and solutions to enhance the efficiency and productivity of our commercial, industrial and process customers. Our innovative products include air compressors, air systems components, tools, pumps, material and fluid handling systems and microturbines.
