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…and prevent marring of the material. This die set only fits the Eckold KF340. The LFA155S shrinking area is 5.90 inch x 3.15 inch (150mm x 80mm).
Product Details »…and prevent marring of the material. This die set fits the Eckold KF470 or KF675. The LFA155T shrinking area is 5.90 inch x 3.15 inch (150mm x 80mm).
Product Details »…and prevent marring of the material. This die set fits the Eckold KF470 or KF675. The LFR155T shrinking area is 5.90 inch x 3.15 inch (150mm x 80mm).
Product Details »…damage when coiling and uncoiling air and water hoses or cords. Capacities: 1/2 inch ID = 200 feet 5/8 inch ID = 175 feet 3/4 inch ID = 150 feet
Product Details »…damage when coiling and uncoiling air and water hoses or cords. Capacities: 1/2 inch ID = 150 feet 5/8 inch ID = 125 feet 3/4 inch ID = 100 feet
Product Details »…damage when coiling and uncoiling air and water hoses or cords. Capacities: 1/2 inch ID = 125 feet 5/8 inch ID = 100 feet 3/4 inch ID = 75 feet
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…with Flowdrill bits to tap holes created through thermal friction drilling. The tap cold forms the threads, rather than cutting them, creating…
Product Details »…aluminum, .059 mild steel, or .043 stainless steel. Bead depth is adjustable from 5/8 inch to 1-1/4 inch deep into tube. Great for turbocharger tubes!
Product Details »