CD & Arc Weld Stud Specifications
Weld stud specifications for CD and Arc stud fasteners are provided for your convenience.
CD Engineering Specifications
Welding Capabilities of CD Stud Fasteners
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Stud Material | |||
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| Base Material |
Mild Steel 1008,1010 |
Stainless Steel 304,305 |
Aluminum 5356,6061 |
Brass 70-30, 65-35 |
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Mild steel: 1006 through 1030 |
Excellent | Excellent | | Excellent | ||
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Medium carbon steel: 1030 through 1050 |
Good* | Good* | | Good* | ||
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Galvanized sheet duct: or decking |
Excellent | Excellent | | | ||
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| Structural steel | Excellent | Excellent | | Excellent | ||
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Stainless steel: 405, 410, 430 and 300 Series, except 303 |
Excellent | Excellent | | Excellent | ||
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| Lead-free brass; Electrolytic copper; Lead-free rolled copper | Excellent | Excellent | | Excellent | ||
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Most aluminum alloys of the 1000, 3000, 5000 and 6000 series |
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| Die-cast zinc alloys | Good* | Good* | Excellent | Good* | ||
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*Good: Generally full strength results, depending upon the combination of stud size and base metal.
+Other Materials, such as 7000 Series aluminum, titanium alloys, Inconel, etc. can be welded under specified conditions. |
Standard CD Stud Fastener Load Strengths
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Stud Material | Stud Size | Maximum Fastening Torque (Inch Lbs.)* | Ultimate Tensile Load (Lbs.) | Maximum Shear Load (Lbs.) | |
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| Low-carbon, copper-flashed steel |
6-32
8-32 10-24 1/4-20 5/16-18 3/8-16 |
6
12 14 43 72 106 |
500
765 960 1750 2900 4300 |
375
575 720 1300 2200 3250 |
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| Stainless steel: 304 |
6-32
8-32 10-24 1/4-20 5/16-18 3/8-16 |
10
20 23 75 126 186 |
790
1260 1530 2880 3750 4850 |
590
940 1150 2160 2800 3600 |
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| Aluminum alloy: 5000 series |
6-32
8-32 10-24 1/4-20 5/16-18 3/8-16 1/2-13 |
3.5
7.5 10 40 70 81 140 |
375
585 735 1360 2300 3400 5500 |
235
365 460 850 1400 2100 3000 |
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| Brass: 70-30 65-35 |
6-32 8-32 10-24 1/4-20 5/16-18 3/8-16 |
8 16 18.5 61 102 150 |
600 860 1040 1950 3280 4800 |
390 560 680 1275 2140 3160 |
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| *These values should
develop fastener tension to slightly less than yield point and should be used
only as a guide. *The basic specifications shown above cover typical mechanical property values of Sunbelt studs. |
ARC Engineering Specifications
These basic specifications are typical values of mechanical properties of Sunbelt studs. Also shown are the chemical properties of low carbon steel. For actual material analysis and physical properties Sunbelt will provide, upon request, a detailed material certification.
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Low Carbon Steel
High Strength Steel
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Stainless Steel Type 302/304/305/316
Aluminum Alloy (5000 series)
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LCS = Low Carbon Steel HSS = High Strength Steel 304SS = 304 Stainless Steel 5000SA = 5000 Series Aluminum |
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| Stud Size | Suggested Fastening Torque* (inch lbs.) | Ultimate
Tensile Strength (lbs.) |
Ultimate Shear Load (lbs.) |
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MANUFACTURING DATA
Threads. Standard threads are UNC-2A for male threads, UNC-2B for female. Some sizes are also stocked in UNF-2A and 2B sizes. Other thread classifications are available on special order. Whenever possible, all studs are thread rolled.
Plating. Zinc plating is available according to ASTM-A 164-55 RS. Other plating materials available on request. Plating is removed from the weld base to prevent contamination on all studs except 10 gauge pins.
Annealing. Sunbelt arc welding studs can be annealed to a maximum of 75 Rockwell B for low carbon steel; 90 Rockwell B for stainless steel.
Flux. Except for some studs less than 5/16" diameter, all studs are solid fluxed at the center of the weld base.
Ferrules. All orders include ferrules when required. Ferrules are supplied with the studs and are not sold individually.
Disclaimer
The provided performance data is intended as guideline specifications & strengths only and is based on assumptions of general and reasonable use. Performance suitability for any specific application should be determined by the user.