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Vibrants comprehensive line of high quality 304 Stainless Steel Oval Tubing is consistent both dimensionally and in material composition, and requires minimal preparation when welding. Available in 16 gauge (0.065 in.) thickness in a selection of sizes ranging from 1.25 in. to 5 in., in both round and oval, as well as straight and mandrel bend options.
Recommended Products: 1st Choice PN: 13176S, 2nd Choice PN: 13192, 3rd Choice PN: 13194, 4th Choice PN: 1174, 5th Choice PN: 1194
Fabricators can count on material consistency and dimensional accuracy -
Vibrants comprehensive line of high quality 304 Stainless Steel Oval Tubing is consistent both dimensionally and in material composition, and requires minimal preparation when welding. Available in 16 gauge (0.065 in.) thickness in a selection of sizes ranging from 1.25 in. to 5 in., in both round and oval, as well as straight and mandrel bend options.
Recommended Products: 1st Choice PN: 13176S, 2nd Choice PN: 13192, 3rd Choice PN: 1492S, 4th Choice PN: 1174, 5th Choice PN: 1194
Fabricators can count on material consistency and dimensional accuracy -
Vibrants offering of 321 Stainless Steel Tubing and Mandrel Bends performs better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 DegreesF to 1500 DegreesF / 427 DegreesC to 816 DegreesC), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
180 Degree Mandrel Bend; 321 Stainless Steel; 3.0 in. Tube O.D.; 4.50 in. CLR; 16 Gauge Wall Thickness; -
Vibrants offering of 321 Stainless Steel Tubing and Mandrel Bends performs better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 DegreesF to 1500 DegreesF / 427 DegreesC to 816 DegreesC), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
90 Degree Mandrel Bend; 321 Stainless Steel; 2.25 in. Tube O.D.; 3.375 in. CLR; 18 Gauge Wall Thickness; -
Vibrant’s offering of 321 Stainless Steel Tubing and Mandrel Bends perform better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 Degree F to 1500 Degree F / 427 Degree C to 816 Degree C), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
Straight Stainless Steel Tubing; 321 Stainless Steel; 1.50 in. O.D.; 18 Gauge Wall Thickness; -
Vibrant’s offering of 321 Stainless Steel Tubing and Mandrel Bends perform better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 Degree F to 1500 Degree F / 427 Degree C to 816 Degree C), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
Straight Stainless Steel Tubing; 321 Stainless Steel; 2.50 in. O.D.; 18 Gauge Wall Thickness; -
Vibrant’s offering of 321 Stainless Steel Tubing and Mandrel Bends perform better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 Degree F to 1500 Degree F / 427 Degree C to 816 Degree C), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
Straight Stainless Steel Tubing; 321 Stainless Steel; 3.0 in. O.D.; 18 Gauge Wall Thickness; -
Vibrant’s offering of 321 Stainless Steel Tubing and Mandrel Bends perform better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 Degree F to 1500 Degree F / 427 Degree C to 816 Degree C), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
Straight Stainless Steel Tubing; 321 Stainless Steel; 3.0 in. O.D.; 16 Gauge Wall Thickness; -
Vibrants offering of 321 Stainless Steel Tubing and Mandrel Bends performs better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 DegreesF to 1500 DegreesF / 427 DegreesC to 816 DegreesC), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
180 Degree Mandrel Bend; 321 Stainless Steel; 1.50 in. Tube O.D.; 2.25 in. CLR; 16 Gauge Wall Thickness; -
Vibrants offering of 321 Stainless Steel Tubing and Mandrel Bends performs better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 DegreesF to 1500 DegreesF / 427 DegreesC to 816 DegreesC), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
180 Degree Mandrel Bend; 321 Stainless Steel; 1.75 in. Tube O.D.; 2.625 in. CLR; 16 Gauge Wall Thickness; -
Vibrants offering of 321 Stainless Steel Tubing and Mandrel Bends performs better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 DegreesF to 1500 DegreesF / 427 DegreesC to 816 DegreesC), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
180 Degree Mandrel Bend; 321 Stainless Steel; 1.75 in. Tube O.D.; 2.625 in. CLR; 18 Gauge Wall Thickness; -
Vibrants offering of 321 Stainless Steel Tubing and Mandrel Bends performs better than 304 Stainless Steel at prolonged, elevated operating temperatures (800 DegreesF to 1500 DegreesF / 427 DegreesC to 816 DegreesC), making it highly recommended for use in forced induction applications. 321 Stainless Steel also features superior corrosion resistance and withstands tensile stress and stress fractures better than 304 Stainless Steel.
180 Degree Mandrel Bend; 321 Stainless Steel; 2.0 in. Tube O.D.; 3.0 in. CLR; 16 Gauge Wall Thickness;
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