It is a well known fact that carbide insert snow plow blades provide superior performance in terms of longevity when compared to traditional steel snow plow blades. Life expectancy of carbide blades is generally 10 to 20 times longer than that of a steel blade.
Don't settle for anything less.
PICK is the Packed Ice Carbide Kit from Evolution Edges and Castlebar. With unrivaled strength and Made in America quality, PICK penetrates the hardest of packed ice and snow environments.
We manufacture 1 ½” x 8” and 1 ½” x 10” rubber snow plow blades with slotted holes of 1” x 3 ½” supplied standard. A rubber snow plow blade ensures the protection of those surfaces that you just cannot trust to be cleared using steel or carbide plow blades. We will custom manufacture overall blade length, hole punch dimensions and punched pattern on your rubber snow plow blades per your specification.
Vibration Suppression & Longevity.
VST™ (Vibration Suppression Technology) is our patented innovative snowplow cutting edge vibration suppression technology that combines four essential snowplow pieces into one complete unit: front poly, back poly, steel carbide blade and cover blade for an all-in-one poly-encased carbide cutting edge.
Our steel snow plow blades are manufactured from high quality, flat, hot-rolled 1084 finished steel. This high performance steel results in superior durability and longevity for our customers. Many snow plow blade suppliers in the industry use lower carbon content steels since they are easier to manufacturer, however these steels produce products that wear out faster during use. Insist your snow plows are made with 1084 steel to enjoy long lasting performance.
Performance & Quality.
Evolution Edges MGK rubber-ceramic blades are made by a specialized vulcanization manufacturing process, to deliver a high performance, quality blade.
Improved Strength. Longer Wearlife.
The TXS™ SNOW PLOW BLADE (A JOMA Alternative) is an oscillating design with tungsten carbide inserts brazed into steel segments and encased in rubber, resulting in extended wear life over that of existing carbide blades.