Steel Corporation. Standard weights & gauges of Steel

Transcription

1 Steel Corporation Standard weights & gauges of Steel

2 STANDARD WEIGHTS AND GAUGES OF STEEL AUBURN COATING OFFICE AND WAREHOUSE 0 Lund Road Auburn, WA 9800 Local Phone (2) Toll Free (800) FAX (2) 7-07 BOISE STEEL OFFICE AND WAREHOUSE 442 Enterprise 870 P.O. Box 79 Boise, ID 87 Local Phone (208) Toll Free (800) 62-9 Steel Sales FAX (208) Rebar FAX (208) EUGENE FABRICATION OFFICE AND WAREHOUSE 9044 Woodruff Street Eugene, OR Local Phone (4) Toll Free (888) FAX (4) EUGENE STEEL & REBAR OFFICE AND WAREHOUSE Steel 2000 Henderson Avenue 9740 P.O. Box 889 Eugene, OR Local Phone (4) Toll Free (800) FAX (4) Rebar 9040 Highway 99 North PO Box 889 Eugene, OR Local Phone (4) Toll Free (800) FAX (4) MEDFORD STEEL OFFICE AND WAREHOUSE 2260 Sage Road 970 P.O. Box 488 Medford, OR 970 Local Phone (4) Toll Free (800) Steel Sales FAX (4) Rebar FAX (4) inside front cover

3 STANDARD WEIGHTS AND GAUGES OF STEEL OGDEN COATING OFFICE AND WAREHOUSE 20 W. 20 N, 840 P.O. Box 0 Ogden, UT Local Phone (80) Toll Free (800) FAX (80) RENTON STEEL OFFICE AND WAREHOUSE 20 S.W. 4th Street Renton, WA 980 Local Phone (42) Toll Free (800) FAX (42) 2-6 STOCKTON STEEL OFFICE AND WAREHOUSE 288 N. Navone Road Stockton, CA 92 Local Phone (209) Toll Free (866) FAX (209) TUALATIN FABRICATION OFFICE AND WAREHOUSE 980 SW Teton Avenue Tualatin, OR Local Phone (0) Toll Free (877) FAX (0) VANCOUVER REBAR OFFICE AND WAREHOUSE 600 SE Maritime, Suite 0 Vancouver, WA 9866 Local Phone (0) (60) Toll Free (800) FAX (60)

4 INDEX ANGLE Bar Size Angle Structural Angle CHANNEL Bar Size Channel Junior Channel Structural Channel Ship Channel BEAM Standard I Beam Wide Flange Beam Junior Beam ROUND BAR Hot Rolled Round Bar Cold Drawn and T & P Round Bar Cold Drawn Round Bar REBAR Rebar Welded Wire Fabric SQUARE BAR Hot Rolled Square Bar Cold Drawn Square Bar FLAT BAR Hot Rolled Strip Hot Rolled Flat Bar Cold Drawn Flat Bar PLATE Universal Mill Plate Hot Rolled Plate Processing Floor Plate SHEET Hot Rolled Sheet Cold Rolled Sheet GRATING Flattened Raised Grating Grip Strut TUBING Square Tubing Rectangular Tubing PIPE Pipe USEFUL Telephone Order Method For: INFORMATION Plating Cutting Saw Cutting Forming Rolling Bar Bending Fraction & Decimal Chart Decimal Conversion Services Conversion Factors Back Cover

5 DISCLAIMER The intent of this publication is to provide accurate and useful information concerning the subject matter described. Farwest Steel Corporation ( Farwest ) believes all information contained in the publication is accurate as of the date of publication. Farwest has, however, obtained the information from numerous sources over which Farwest has no control and Farwest cannot and has not conducted tests to verify the accuracy of information relied upon by Farwest. Thus, Farwest cannot and does not represent or warrant the accuracy or diligence of such sources or the information reflected herein. Changes and developments occur from time to time in the industry and in industry standards and specifications. Independent verification of all information by the customer should be obtained before reliance is placed on any portion of the information set forth herein, including without limitation, all information described under: Chemical Analysis Mechanical Properties Tolerances Straightness Sizes Weights and Measures Textual Information Charts and Tables Schedules Illustrations and Pictures Other data described herein This publication is provided for general information only and, because Farwest has no knowledge of a customer s particular need or intended use, it is the customer s duty to make its own independent determination of the necessary or required standards and specifications of steel needed for any particular job or project. It is the customer s responsibility and duty to inform Farwest when ordering steel as to needs and specifications required for the particular steel being ordered. If mill certifications are required, Farwest must be advised at the time the order is placed. In the absence of a clear statement of particular needs or specifications or requests for mill certifications from the customer at the time the order is placed, Farwest will assume no particular needs or specifications are applicable and no mill certifications are to be provided. Farwest has exercised a good faith effort to provide its current and potential customers with a helpful and handy publication to assist in their commercial needs. Nothing contained herein, however, should be viewed as permanent, and, for the reasons described above, care should always be taken by Farwest s customers to confirm independently the continued relevance and accuracy of the information set forth. All steel and related steel products are sold by Farwest subject to Farwest s standard terms and conditions of sale (INCLUDING DISCLAIMERS OF ANY AND ALL EXPRESS OR IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PUR- POSE) which are more particularly set forth on Farwest s bid confirmations, delivery receipts, invoices, and other sale documents. May, 989 January, 99 July, 994 January, 996 November, 997 August, 999

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7 ANGLE Chemical Analysis: FARWEST STEEL CORPORATION ANGLE SPECIFICATIONS ASTM Carbon Phosphorus Sulphur A-6.26 max.04 max.0 max Mechanical Properties: Tensile Strength Yield Point % Elongation ASTM P.S.I. P.S.I. in 8 A-6 8,000/80,000 A 6,000 Min A 20 Min B Tolerances: Thickness Over or Under Inch Over /6 Length of Leg Size C To /6 to /8 Over /8 Over Under To Over to Over 2 to, excluding to 4, incl. 8 2 Over 4 to 6, 8 8 incl. Over Straightness: Out of square 2 degrees per inch of leg (length in feet) Camber 4 in any or 4 x A Shapes less than inch square (6.4 mm 2 ) in cross section need not be subject to tension tests by the manufacturer. B Shapes less than 6 inch (8 mm) in thickness or diameter a deduction from the percentage of elongation in 8 inches (20 mm), of.2% shall be made for each decrease of 2 inch (0.8 mm) of the specified thickness or diameter below 6 inch (8mm). C For unequal leg angles, longer leg determines classification.

8 BAR SIZE ANGLE Stock Lengths 20, 40 Weight in Pounds Size Foot x 2 x x 8 x x 4 x x 7 8 x x x x 4 x x 2 x x 4 x x 4 x x 4 x x 2 x x 2 x x 2 x

9 BAR SIZE ANGLE Stock Lengths 20, 40 Weight in Pounds Size Foot x 2 x x 2 2 x

10 STRUCTURAL ANGLE Stock Lengths 20, 40 Weight in Pounds Size Foot x 2 x x 2 2 x x x x 2 2 x x x x 2 x x x

11 STRUCTURAL ANGLE Stock Lengths 20, 40 Weight in Pounds Size Foot x 2 x x 4 x x x x 2 x x x x 2 x

12 STRUCTURAL ANGLE Stock Lengths 20, 40 Weight in Pounds Size Foot x 4 x x 6 x x 4 x x 4 x x 6 x x 8 x x 4 x

13 CHANNEL SPECIFICATIONS CHANNEL Chemical Analysis: Size ASTM Carbon Phosphorus Sulphur A-6.26 max.04 max.0 max Mechanical Properties: Tolerances: To 2 incl. Over 2 to, excl. to 7, incl. over 7 to 4, incl. over 4 Straightness: Tensile Strength Yield Point % Elongation P.S.I. P.S.I. in 8 8,000/80,000 A 6,000 min A 20 min B Channel Depth over under over under ± 2 ± 2 ± 2 ± ± 6 ± 6 ± 6 ± Camber For channels under = 4 in any or 4 x 6 2 For channels and over = 8 x 8 Flange Width (length in feet) Thickness of Web over or under, Inch /6 and under (length in feet) over /6 A Shapes less than inch square (6.4 mm 2 ) in cross section need not be subject to tension tests by the manufacturer. B Shapes less than 6 inch (8 mm) in thickness or diameter a deduction from the percentage of elongation in 8 inches (20 mm), of.2% shall be made for each decrease of 2 inch (0.8 mm) of the specified thickness or diameter below 6 inch (8mm). 7

14 BAR SIZE CHANNEL Stock Length 20 Weight in Pounds Size Foot 20 4 x 8 x x 8 x x 2 x x 2 x x 2 x x 9 6 x x 4 x x 2 x x 2 x x 9 6 x x x x x x 8 x JUNIOR CHANNEL (Stair Stringer) Stock Lengths 20, 40 Weight Flange Flange Web Weight Weight Size Per Foot Width Thickness Thickness

15 STRUCTURAL CHANNEL Stock Lengths 20, 40 Weight Flange Flange Web Weight Weight Size Per Foot Width Thickness Thickness * * * Ordered to ASTM A-29 0,000 min yield. 9

16 SHIP CHANNEL Stock Lengths 20, 40 Weight Flange Web Weight Weight Size Per Foot Width Thickness

17 BEAM SPECIFICATIONS Chemical Analysis: ASTM Carbon Phosphorus Sulphur A max.0 max.04 max Mechanical Properties: Tensile Strength Yield Point % Elongation ASTM P.S.I. P.S.I. in 8 A-992 6,000 min 0,000 min 8 min Tolerances: Wide Flange & Junior Web Out of Max. Nominal Flange off Square Overall Depth Depth Width Center Max. Depth BEAM To 2 incl. ± Over 2 ± Tolerances: I Beams Out of Square Parallel per Inch Size Depth Flange of Flange to ± 8 2 Over 7 to 4, inc ± 2 2 Over ± 6 2 Straightness: Camber 8 x (total length in feet)

18 STANDARD I BEAM Stock Lengths 20, 40 Weight Flange Flange Web Weight Weight Size Per Foot Width Thickness Thickness

19 WIDE FLANGE BEAM Stock Lengths 20, 0, 40, 0, 60 Weight Depth of Flange Flange Web Size Per Foot Section Width Thickness Thickness

20 WIDE FLANGE BEAM Stock Lengths 20, 0, 40, 0, 60 Weight Depth of Flange Flange Web Size Per Foot Section Width Thickness Thickness

21 WIDE FLANGE BEAM Stock Lengths 20, 0, 40, 0, 60 Weight Depth of Flange Flange Web Size Per Foot Section Width Thickness Thickness

22 WIDE FLANGE BEAM Stock Lengths 20, 0, 40, 0, 60 Weight Depth of Flange Flange Web Size Per Foot Section Width Thickness Thickness

23 WIDE FLANGE BEAM Stock Lengths 20, 0, 40, 0, 60 Weight Depth of Flange Flange Web Size Per Foot Section Width Thickness Thickness FARWEST STEEL CORPORATION JUNIOR BEAM Stock Lengths 20, 40 Weight Flange Flange Web Weight Weight Size Per Foot Width Thickness Thickness

24 HOT ROLLED ROUND BAR SPECIFICATIONS Chemical Analysis: ASTM A6 Thickness Carbon Manganese Phosphorus Sulphur to 4.26 max.04 max.0 max over 4 to 2.27 max.60/ max.0 max over 2 to 4 *.28 max.60/ max.0 max over 4.29 max.60/ max.0 max Mechanical Properties: Tensile Strength Yield Point % Elongation ASTM P.S.I. P.S.I. in 8 A-6 8,000/80,000 A 6,000 min A 20 min B Tolerances: Out of Round or Size Variation Out of Square 6 ± Over 6 to 7 6 inc ± Over 7 6 to 8 inc. ± Over 8 to 7 8 inc ± Over 7 8 to inc. ± Over to 8 inc. ±.00.0 Over 8 to 4 inc. ±.0.06 Over 4 to 8 inc ± Over 8 to 2 inc. ± Over 2 to 2 inc. ± Over 2 to 2 2 inc Over 2 2 to 2 inc Over 2 to 4 2 inc.* Over 4 2 to 2 inc Over 2 to 6 2 inc Over 6 2 to 8 4 inc Over 8 4 to 9 2 inc Over 9 2 to 0 inc Straightness: 4 inch in any ft. or length in feet 4 x *Farwest Steel stocks up thru in A6 material. 8 Larger diameters are stocked in mild steel only.

25 HOT ROLLED ROUND BAR Stock Length 20 & Random Length Theoretical Weight in Pounds Size Per Foot Theoretical Weight in Pounds Size Per Foot ROUND BAR Note: To find the weight of a large diameter, multiply the weight of a bar half the diameter by 4. Farwest Steel will Saw Cut to length Rounds in diameter and larger. 9

26 COLD DRAWN SPECIFICATIONS Chemical Analysis: ASTM A08 Grade 08 Carbon Manganese Sulphur Phosphorus./.20.60/.90.0 max.04 max Mechanical Properties: (Approximate) Tolerances: 20 Size Tensile Strength Yield Point % Elongation Reduction Brinell P.S.I. P.S.I. in 2 of Area Hardness 64,000 4,000 40% 26 COLD FINISHED TG + P ROUND BAR SPECIFICATION Chemical Analysis: ASTM A08 Grade 04 Carbon Manganese Sulphur Phosphorus.4/.0.60/.90.0 max.04 max Mechanical Properties: (Approximate) Diameter Variation to 2, incl. +0,.002 over 2 to 2 2, incl. +0,.00 over 2 2 to 4, incl. +0,.004 over 4 to 6, incl. +0,.00 Tolerances: Size Tensile Strength Yield Point % Elongation Reduction Brinell P.S.I. P.S.I. in 2 of Area Hardness 82,000 4, % 6 Diameter Variation to 2, inclusive +0,.000 over 2 to less than , to, inclusive +0,.0020 over to 4, inclusive +0,.000

27 Chemical Analysis: Stressproof Carbon Manganese Phosphorus Sulphur Silicon Nitrogen.40/.48./.6.04 max.24/../.0.006/.009 Mechanical Properties: Tensile Strength Yield Point % Elongation Reduction P.S.I. P.S.I. of Area 2,00 (mean) 00,000 min 2 (mean) 4 (mean) Tolerances: Cold drawn-ebony Stressproof Size Diameter Variation 4 to 2, incl. +0,.0040 over 2 to 2 2, incl. +0,.000 over 2 2 to 4, incl. +0,.0060 over 4 to 4 2, incl. +0,.0070 Tolerances: Cold drawn ground & polished Stressproof Size Diameter Variation 4 to 2, incl. +0,.000 over 2 to 2 2, excl. +0,.00 over 2 2 to, incl. +0,.0020 over to 4, incl. +0,.000 2

28 Size in Wt. per Weight inches Ft. in Lbs. 20 COLD DRAWN ROUND BAR Stock Length 20, 24 & Random Size in Wt. per Weight inches Ft. in Lbs

29 Size in Wt. per Weight inches Ft. in Lbs COLD DRAWN ROUND BAR Stock Length 20, 24 & Random Size in Wt. per Weight inches Ft. in Lbs

30 REBAR ASTM A6 Grade 60 # ~ #8 ASTM A706 Grade 60 #4 ~ #8 Imperial Standards Imperial Nom Diam Area Size inches in Soft Metric Standards Soft Metric Nom Diam Area Size mm mm Weight Factors lb/ft lb/m Weight Factors kg/m kg/ft

31 WELDED WIRE FABRIC ASTM A 8 Weight New Designation Old Designation Approx. (By W-Number) (By Steel Wire Ga.) Width Length Lbs. Per 00 S.F. 6 x 6 -W.4/W.4 6 x 6-0/ x 6 -W.4/W.4 6 x 6-0/ x 6 -W2.9/W2.9 6 x 6-6/ x 4 -W4.0/W4.0 4 x 4-4/ Rolls and Sheets Special welded wire fabric styles and sizes are available, on special order, in widths up to 9-0 and any length, with wire spacing from 2 minimum. Deformed wire welded to meet ASTM A497 specifications also available on special order. Comparison of Steel Grades Soft Metric Grade MPa Psi , , ,420 Conversion Factors To Metric /8 inch =.7 mm inch = 2.4 mm foot = 04.8 mm 000 ft. 2 = m ft. = 28.7 m 000 gal. =.784 m pound = 0.46 kg psf = kg/m 2 pcf = 6.09 kg/m short ton = kg (2000 lbs.) Imperial Grade MPa Psi , , ,000 To Imperial mm = inches meter =.2808 feet 00 m 2 = ft 2 0 m =.4 ft 0 m = gal. kg = pounds 0 kg/m 2 = psf 0 kg/m = pcf = 2000.pounds tonne REBAR long ton = 06.kg (2240 lbs.) tonne = pounds 000 psi = MPa MPa = psi Newton (N) = kg m/s 2 = kilograms x Pascal (Pa) = N/m 2 2

32 SQUARE BAR SPECIFICATIONS SQUARE CARBON BARS HOT ROLLED Chemical Analysis: ASTM Thickness Carbon Manganese Phosphorus Sulphur A-6 to 4.26 max.04 max.0 max Over 4 to 2.27 max.60/ max.0 max Over 2 to 4.28 max.60/ max.0 max Over 4.29 max.60/ max.0 max Mechanical Properties: ASTM Tensile Strength Yield Point % Elongation A-6 P.S.I. P.S.I. in 8 8,000/80,000 A 6,000 min A 20 min B Tolerances: Out of Round or Size Variation Out of Square 6 ± Over 6 to 7 6 inc ± Over 7 6 to 8 inc. ± Over 8 to 7 8 inc.... ± Over 7 8 to inc. ± Over to 8 inc. ±.00.0 Over 8 to 4 inc. ±.0.06 Over 4 to 8 inc.... ± Over 8 to 2 inc. ± Over 2 to 2 inc. ± Over 2 to 2 2 inc Over 2 2 to 2 inc Over 2 to 4 2 inc Over 4 2 to 2 inc Over 2 to 6 2 inc Straightness: 4 inch in any ft. or ( 4 x length in feet) A Shapes less than inch square (6.4 mm 2 ) in cross section need not be subject to tension tests by the manufacturer. B Shapes less than 6 inch (8 mm) in thickness or diameter a deduction from the percentage of elongation in 8 inches (20 mm), of.2% shall be made for each decrease of 2 inch (0.8 mm) of the specified thickness or diameter below 6 inch (8mm). 26

33 COLD-DRAWN SQUARES Chemical Analysis: ASTM Carbon Manganese Phosphorus Sulphur A08./.20.60/ max.0 max Grade 08 Tolerances: Size Thickness to 4, incl. +0,.002 over 4 to 2, incl. +0,.00 over 2 to 2 2, incl. +0,.004 over 2 2 to 4, incl. +0,.006 SQUARE BAR Do you know how we can save you money on your steel requirements? In several ways, first by providing fast, one-stop service for all your metal requirements. Second, by giving you the advantage of our technical know-how so that waste is reduced to an absolute minimum. And third, by functioning as your own steel warehouse, you don t buy steel until you actually need it. Three powerful reasons to use our service and resources for your metal requirements. 27

34 HOT ROLLED SQUARE BAR Stock Length 20 Weight in Pounds Size Per Foot * * 2 Carried in Both Square Corner and Round Corner 28

35 COLD DRAWN SQUARE BAR Stock Lengths 2 to 20 Random Weight in Pounds Size Per Foot

36 HOT ROLLED STRIP SPECIFICATIONS Chemical Analysis: ASTM Carbon Manganese Phosphorus Sulphur A-69. max.60 max.0 max.04 max Mechanical Properties: Tensile Strength Yield Point % Elongation ASTM P.S.I. P.S.I. in 8 A-69 Tolerances: Over or Under Over on Width In Width Length To 2, incl. 2 4 Over 2 to, incl to Straightness: Up to & incl. 2 width 2 inch in any 8 ft. Over 2 width 4 inch in any 8 ft. 0

37 HOT ROLLED STRIP Stock Length 20 Weight in Pounds Size Per Foot 20 8 x (.2) Weight in Pounds Size Per Foot 20 6 x (.87) FLAT BAR

38 Chemical Analysis: FARWEST STEEL CORPORATION HOT ROLLED FLAT ASTM Thickness Carbon Manganese Phosphorus Sulphur A-6 to 4 incl..26 max.04 max.0 max over 4 to 2, incl..27 max.60/ max.0 max over 2 to 4, incl..28 max.60/ max.0 max Mechanical Properties: Tensile Strength Yield Point % Elongation ASTM P.S.I. P.S.I. in 8 A-6 8,000/80,000 A 6,000 min A 20 min B A Shapes less than in. 2 (6.4 mm 2 ) in cross section and bars, other than flats, less than 2 in. ( mm) in thickness or diameter need not be subjected to tension tests by the manufacturer. B For material under 6 in. (8 mm) in thickness or diameter, a deduction from the percentage of elongation in 8 in. (20 mm), specified in Table, of.2% shall be made for each decrease of 2 in. (0.8 mm) of the specified thickness or diameter below 6 in. Tolerances: Variations from thickness Size (Incl.) Under 4 to 2 Over 2 Over Over 2 4 Incl. thru to 2 to To ±.007 ±.008 ±.00 Over to 2 ±.007 ±.02 ±.0 ± 2 Over 2 to 4 ±.008 ±.0 ±.020 ± 2 ± 64 Over 4 to 6 ±.009 ±.0 ±.020 ± 2 ± 64 Over 6 to 8 ±.0 ±.06 ±.02 ± 2 ± 64 Over Width Under Straightness: Camber 4 in or ( 4 x length in feet) 2

39 HOT ROLLED FLAT BAR Stock Length 20 Weight in Pounds Size Per Foot 20 4 x x Weight in Pounds Size Per Foot 20 8 x x Flats wider than 8 see U.M. Plates Page 4

40 Weight in Pounds Size Per Foot 20 8 x x x FARWEST STEEL CORPORATION HOT ROLLED FLAT BAR Stock Length 20 Weight in Pounds Size Per Foot x x x x Flats wider than 8 see U.M. Plates Page 4

41 HOT ROLLED FLAT BAR Stock Length 20 Weight in Pounds Size Per Foot 20 2 x x Weight in Pounds Size Per Foot 20 2 x x Flats wider than 8 see U.M. Plates Page 4

42 COLD DRAWN FLAT Chemical Analysis: ASTM Carbon Manganese Phosphorus Sulphur A-08 Grade 08./.20.60/ max.0 max Tolerance: Width. In. Thickness & Width Tolerance to 4, incl. +0,.00 over 4 to 2, incl. +0,.004 over 2 to, incl. +0,.00 over to 4, incl. +0,.006 over 4 to 6, incl. +0,.008 over 6 +0,.0 6

43 COLD DRAWN FLAT BAR Stock Length 0 to 2 Random Weight in Pounds Size Per Foot 2 8 x x Weight in Pounds Size Per Foot 2 6 x x x

44 COLD DRAWN FLAT BAR Stock Length 0 to 2 Random Weight in Pounds Size Per Foot 2 6 x x Weight in Pounds Size Per Foot 2 8 x x x

45 COLD DRAWN FLAT BAR Stock Length 0 to 2 Random Weight in Pounds Size Per Foot 2 8 x x Weight in Pounds Size Per Foot 2 4 x x x

46 COLD DRAWN FLAT BAR Stock Length 0 to 2 Random Weight in Pounds Size Per Foot 2 x x x Weight in Pounds Size Per Foot 2 4 x x

47 Chemical Analysis: FARWEST STEEL CORPORATION PLATE SPECIFICATIONS UNIVERSAL MILL PLATE U.M. Plates are over 8 wide and are carried in stock to widths up to 2 wide. They are rolled on a universal mill between horizontal and vertical rolls to a specified width while sheared plates are rolled between horizontal rolls only and are then sheared (or flame cut) to width and length. ASTM Thickness Carbon Manganese Phosphorus Sulphur A-6 to 4.2 max.04 max.0 max A-6 over 4 to 2.2 max.80/ max.0 max A-6 over 2 to max.80/ max.0 max Mechanical Properties: Tensile Strength Yield Point % Elongation P.S.I. P.S.I. in 8 8,000/80,000 6,000 min 20 min A A For material under 6 in. (8 mm) in thickness or diameter, a deduction from the percentage of elongation in 8 in. (20 mm), specified in Table, of.2% shall be made for each decrease of 2 in. (0.8 mm) of the specified thickness or diameter below 6 in. ASTM A-6 Chemical Analysis: Thickness Carbon Manganese Phosphorus Sulphur 4 Thick & Under.2 max.04 max.0 max Over 4 to 2 incl..2 max.80/ max.0 max Over 2 to 2 2 incl.*.26 max.80/ max.0 max Over 2 2 to 4 incl.*.27 max.8/ max.0 max Over 4 *.29 max.8/ max.0 max *Plates 2 and over also require./.0 Silicon content. Mechanical Properties: Tensile Strength Yield Point % Elongation ASTM P.S.I. P.S.I. in 8 A-6 8,000/80,000 6,000 min 20 min A Tolerances: See pages 0, Stock Sizes: /6 through 2 Special widths, lengths, and odd shapes can be quickly cut to your exact specifications. 4 PLATE

48 Chemical Analysis: FARWEST STEEL CORPORATION ASTM Carbon Manganese Sulphur Silicon A Grade A.2 (A) (B).0 max.0 max A A maximum carbon content of.26 is acceptable for grade A plates equal to or less than 2 in. B Grade A plates over 2 in. in thickness shall have a minimum manganese content of not less than 2. times the carbon content. Mechanical Properties: Tensile Strength Yield Point % Elongation PSI PSI in 8 8,000/7,000 4,000 min C 2 min C For grade A over in thickness, minimum yield point may be reduced to 2,000. AMERICAN BUREAU OF SHIPPING [ABS] [PLATE ONLY] Tolerances: See pages 0, Processing: See pages 9, 92 42

49 AISI 040/04 AS ROLLED High carbon steel plates have high strength and toughness. These plates will flame or induction harden. Chemical Analysis: Carbon Manganese Phosphorus Sulphur.7/.0.60/ max.0 max Mechanical Properties: (Average range of thick plate) Tensile Yield % Elong Reduc. Brinell P.S.I. P.S.I. in 2 area Hard As Rolled 8,000 48, % 79 Tolerances: See page 47 Chemical Analysis: AISI 440 AS ROLLED Carbon Manganese Phosphorus Sulphur Silicon Chromium Molybdenum.8/.4.2/.00.0 max.04 max.20/..80/.0./.2 Mechanical Properties: (Approximate) Tensile Strength P.S.I. Tolerances: See pages 0, Processing: See pages 9, 92 Yield Point P.S.I. 9,000 60,000 VIDAPLATE VIDAPLATE is a wholly Australian-invented hardsurfacing process giving a true chromium carbide surface on a structural grade steel backing plate. Its fine grain nodular carbide structure has been specially formulated to give the most effective wear resistance available; the mild steel base plate gives toughness and resilience in medium impact situations. 4

50 HIGH STRENGTH LOW ALLOY Chemical Analysis: ASTM A-72-Gr 0* A-88 Gr. B A-66 Type 7 Carbon.2 max.20 max 0.80 max Manganese. max.7/..60 max Phosphorus.04 max.04 max 0.02 max Sulphur.0 max.0 max 0.0 max Silicon.40 max./ max Vanadium.0/ Nitrogen max Columbium Nickel.0 max Chromium.40/.70 Copper.20/.40 *A72/0 must also contain the following alloys: Columbium and/or Vanadium and/or Nitrogen. Mechanical Properties: (Approximate) Tensile Strength Yield Point % Elongation Type P.S.I. P.S.I. in 8 A72-Gr 0 6,000 min 0,000 min 8 min A A88 B 70,000 min 0,000 min 8 min A A66-Gr 70 80,000 min 70,000 min 4 min A A66-Gr 80 90,000 min 80,000 min 2 min A A For plates wider than 24, the elongation requirement is reduced by 2% and % points for grade 70 and 80. B For plates 4 thick and under. Tolerances: See pages 0, 2 Processing: See pages 9, 92 44

51 HIGH STRENGTH ALLOY Chemical Analysis: A4 Type Alloy Carbon.2/.2 Manganese.70/.00 Phosphorus.0 max Sulphur.040 max Silicon.20/. Vanadium.0/.08 Chromium.40/.6 Molybdenum./.2 Boron.000/.00 Titanium.0/.0 Mechanical Properties: Tensile Strength Yield Point % Elongation Thickness P.S.I. P.S.I. in 2 6 to 2 2 incl. 0,000/0,000 00,000 min 8 min Over 2 2 to 6 incl. 0,000/0,000 90,000 min 6 min Tolerances: See pages 0, 2 ABRASION RESISTING PLATE AR steel is a medium carbon, high manganese steel. This grade has a Brinell hardness range of Chemical Analysis: (Approximate) Carbon Manganese Phosphorus Sulphur Silicon./.0.2/ max.0 max.0/. Mechanical Properties: (Approximate) Tensile Yield Strength Point % Elongation Reduction Brinell P.S.I. P.S.I. in 8 of Area Hardness As Rolled,000 70,000 6 % 2 Tolerances: See pages 0, 2 Processing: See pages 9, 92 4

52 46 FARWEST STEEL CORPORATION FARALLOY 400 FARALLOY 400 is quenched and tempered, abrasion resistant, alloy steel plate. This steel is produced with fine grain practice, ladle-desulfurized, and calcium treated to improve toughness. 00% Domestic with certification available. PLATE THICKNESS: /6, /4, /6, /2, /8, /4,, -/4, -/2, -/4, 2 Chemical Analysis Max. Typical Mechanical Properties Info. Only Carbon.7 Yield 60 ksi Manganese.0 Tensile ksi Phosphorus 0.0 Elongation % in 2 Sulphur 0.00 L/TCVN 2/ ft. -40 F Silicon 0.60 /2 ft. 0 F Molybdenum /0 ft. F Boron Minimum FARALLOY 400 is heat treated to conform to a Brinell hardness range only. Mechanical properties are estimated for informational purposes and are not guaranteed. Hardness Range Flatness Brinell ASTM A 6 /2 Commercial Standard FLAMECUTTING AND WELDING: FARALLOY 400 has been developed to permit conventional oxy-fuel flame cutting, plasma cutting, and welding with minimal or no preheating as described below: RECOMMENDED MINIMUM PREHEAT TEMPERATURES GRADE /4" /4" - " " - -/4" -/4" - -/2" -/2" - 2" Faralloy F 70 F 70 F 70 F Refer Preheat and interpass temperatures should not exceed 400 degrees in order to maintain parent metal plate hardness. Faralloy grades may be welded using any of the conventional welding methods including fluxcore, SAW, GSAW and SMAW. Weld metal should have a tensile strength to undermatch the strength of the parent metal. FORMABILITY: Cold forming of 90 degrees or less can be performed on FARALLOY 400. A forming die with a radius of at least three times the thickness of material for transverse (easy way) bends, and four times the thickness of material for longitudinal (hard way) bends. The die opening on transverse bends should be at least 2 times the thickness of material, and 4 times the thickness of material on longitudinal bends. Edge preparation by grinding is required. Burned edges should be tempered at 400 maximum prior to grinding. Tolerances: See pages 0, 2 Processing: See pages 9, 92

53 FARALLOY 00 FARALLOY 00 is quenched and tempered, abrasion resistant, alloy steel plate. This steel is vacuum degassed, ladle desulfurized, and calcium treated with inclusion shape control to a.00% maximum sulfur. 00% Domestic with certification available. PLATE THICKNESS: /6, /4, /6, /2, /8, /4,, -/4, -/2, -/4, 2 Chemical Analysis Max. Typical Mechanical Properties Info. Only Carbon.0 Yield ksi Manganese. Tensile 20-2 ksi Phosphorus 0.0 Elongation 4% in 2 Sulphur 0.00 L/TCVN 20/ ft. -40 F Silicon /8 ft. 0 F Chromium 0.6 Molybdenum /20 ft. F Boron Minimum FARALLOY 00 is heat treated to conform to a Brinell hardness range only. Mechanical properties are estimated for informational purposes and are not guaranteed. Hardness Range Flatness /6" through " Brinell ASTM A 6 Over " through Brinell /2 Commercial Standard FLAMECUTTING AND WELDING: FARALLOY 00 requires preheating prior to flame cutting and welding as described by the following: RECOMMENDED MINIMUM PREHEAT TEMPERATURES combined plate thickness GRADE /4" /4" - " " - -/4" -/4" - -/2" -/2" - 2" Faralloy F 20 F 00 F 0 F 400 F Preheat and interpass temperatures should not exceed 400 degrees in order to maintain parent metal plate hardness. Faralloy grades may be welded using any of the conventional welding methods including fluxcore, SAW, GSAW and SMAW. Weld metal should have a tensile strength to undermatch the strength of the parent metal. FORMABILITY: Cold forming of 90 degrees or less can be performed on FARALLOY 00. A forming die with a radius of at least five times the thickness of material for transverse (easy way) bends, and six times the thickness of material for longitudinal (hard way) bends. The die opening on transverse bends should be at least 2 times the thickness of material, and 6 times the thickness of material on longitudinal bends. Edge preparation by grinding is required. Burned edges should be tempered at 400 maximum prior to grinding. Tolerances: See pages 0, 2 Processing: See pages 9, 92 47

54 DOMEX 00 APPLICATION: Any product where high strength and good bendability can reduce production costs, lower overall weight and increase payload. Typical applications: Cranes Car, truck and rail industries Contractor and agricultural machinery Chemical Composition C Si Mn P S Al Cb Ti % max % max % max % max % max % min % max % max Mechanical Properties (acc. to ASTM A6) Yield Strength Ksi Tensile Strength Ksi Min. (MPa) Min. (MPa) 00 (690) 0 (760) Elongation (2")% Hardness HB Minimum Approximate 20 Bendability Minimum inside radius for cold forming in all directions..079" -.20" xt >.20" -.94" xt Impact Toughness Guaranteed minimum: 20 ft. lbs. at -40 F. Bending Domex 00XF Approximate press force needed: Ton per foot. Material Thickness decimal inches 2" Die " Die 4" Die t/ft t/ft 4 t/ft t/ft 9 t/ft 7 t/ft t/ft t/ft 0 t/ft t/ft 2 t/ft 8 t/ft 0.2 t/ft t/ft 27 t/ft t/ft 2 t/ft 9 t/ft 48

55 WELDING CONSUMABLES FOR DOMEX 00 XF COLD-FORMING STEEL ACCORDING TO AWS Manual metal arc welding Gas shielded metal arc welding Submerged arc welding MMA MIG/MAG SAW Tubular Wire Solid Wire Wire/Powder t2=t AWS A. E08 AWS A.29 E0Tx-X AWS A.28 ER00S-X AWS A.2/ AWS A.28 E0C-X Possible weight reduction if the rule of thumb is used with DOMEX 00 XF Grade FA4-EX % 6.0% 2.6% 26.% 20.2% 4.7% 9.% 4.7% % 2.9% 29.% 22.% 6.% 0.6%.% 0.0% Grade Welding YS YS 2 Example:.2 (t current thickness) x t = thickness YS = yield strength Subscript indicates the reference steel Subscript 2 indicates the high strength steel 6 (t current yield) =.0 (t 2 new thickness) 00 (DOMEX) Low carbon, phosphorus and sulphur levels allow trouble-free welding by all conventional methods. No preheating is required. Adjacent to the weld, a narrow Heat Affected zone (HAZ) with a slightly decreased hardness is produced. However, with standard welding techniques, the HAZ has no practical significance. Tensile tests taken transverse to the weld show the same tensile strength as the parent metal. Practical tests show softer filler metals can be used in most cases. For specific information about filler material, consult SSAB technical support. Heat Treatment Stress relieving should be done in temperature ranges of F. Heating above this range reduces strength and should be avoided. 49

56 Permissible Variations in Thickness for Rectangular, Carbon, High-Strength, Low-Alloy, and Alloy-Steel Plates, in. and Under in Thickness When Ordered to Thickness NOTE Tables through, inclusive, contain permissible variations in dimensions stated in inch-pound units. NOTE 2 Permissible variation under specified thickness, 0.0 in. NOTE Thickness to be measured at /8 to /4 in. from the longitudinal edge. NOTE 4 For thickness measured at any location other than that specified in Note, the permissible maximum over tolerance shall be increased by 7%, rounded to the nearest 0.0 in. NOTE Where appears in this table there is no requirement. Specified Thickness. in. 48 and under Over 48 to 60, excl 60 to 72, excl 72 to 84, excl Tolerance Over Specified Thickness for Widths Given, in. 84 to 96, excl 98 to 08, excl 08 to 20, excl 20 to 2, excl 2 to 44, excl 44 to 68, excl 68 to 82, excl 82 and Over To 4, excl 4 to 6, excl 6 to 8, excl 8 to 7 6, excl 7 6 to 2, excl 2 to 8, excl 8 to 4, excl 4 to, excl to 2, excl 2 to, excl to 4, excl 4 to 6, excl 6 to 0, excl 0 to 2, excl 2 to, incl

57 Permissible Variations From Flatness for Carbon Steel Rectangular Sheared Plates, Universal Mill Plates, and Circular and Sketch Plates (Applies to Carbon Steel Only) NOTE When the longer dimension is under 6 in., the permissible variation should not exceed 4 in. When the longer dimension is from 6 to 72 in., incl. the permissible variation should not exceed 7% of the tabular amount for the specified width, but in no case less than 4 in. NOTE 2 These variations apply to plates which have a specified minimum tensile strength of not more than 60 ksi (4 MPa) or comparable chemical composition or hardness. The limits in the table are increased 0% for plates specified to a higher minimum tensile strength or compatible chemistry or hardness. NOTE This table and these notes cover the permissible variations for flatness of circular and sketch plates, based on the maximum dimensions of those plates. Specified Thickness. in. Specified Weight. lb / ft 2 To 6. excl Permissible Variations from a Flat Surface for Specified Widths. in.a, b 6 to 48. excl 48 to 60. excl 60 to 72. excl 72 to 84. excl 84 to 96. excl 96 to 08. excl 08 to 20. excl 20 to 44. excl 44 to 68. excl 68 and Over To 4, excl To 0.2, excl 4 to 8, excl 0.2 to., excl 8 to 2, excl. to 20.4, excl 2 to 4, excl 20.4 to 0.6, excl 4 to, excl 0.6 to 40.8, excl to 2, excl 40.8 to 8.7, excl 2 to 4, excl 8.7 to 6.4, excl 4 to 6, excl 6.4 to 24., excl 6 to 8, excl 24. to 26.8, excl 8 to 0, excl 26.8 to 409.0, excl 0 to 2, excl to 490., excl 2 to, incl 490. to 6.0, incl a Flatness Variations for Length The longer dimension specified is considered the length, and permissible variations in flatness along the length should not exceed the tabular amount for the specified width in plates up to 2 ft. in length or in any 2 ft. of longer plates. b Flatness Variations for Width The flatness variations across the width should not exceed the tabular amount for the specified width.

58 Permissible Variations From Flatness for High- Strength Low-Alloy and Alloy Steel Rectangular Sheared Plates, Universal Mill Plates, and Circular and Sketch Plates, Hot Rolled or Thermally Treated (Not Applicable to Carbon Steel) NOTE When the longer dimension is under 6 in., the variation should not exceed 8 in. When the larger dimension is from 6 to 72 in., incl. the variation should not exceed 7% of the tabular amount for the specified width. NOTE 2 This table and notes cover the tolerances for flatness of circular and sketch plates, based on the maximum dimensions of those plates. Specified Thickness. in. Specified Weight. lb / ft 2 To 6. excl 6 to 48. excl Flatness Tolerances for Specified Widths. in. a, b 48 to 60. excl 60 to 72. excl 72 to 84. excl 84 to 96. excl 96 to 08. excl 08 to 20. excl 20 to 44. excl 44 to 68. excl 68 and Over To 4, excl To 0.2, excl 4 to 8, excl 0.2 to., excl 8 to 2, excl. to 20.4, excl 2 to 4, excl 20.4 to 0.6, excl 4 to, excl 0.6 to 40.8, excl to 2, excl 40.8 to 8.7, excl 2 to 4, excl 8.7 to 6.4, excl 4 to 6, excl 6.4 to 24., excl 6 to 8, excl 24. to 26.8, excl 8 to 0, excl 26.8 to 409.0, excl 0 to 2, excl to 490., excl 2 to, incl 490. to 6.0, incl a Flatness Variations for Length The longer dimension specified is considered the length, and variations from a flat surface along the length should not exceed the tabular amount for the specified width in plates up to 2 ft. in length or in any 2 ft. of longer plates. b Flatness Variations for Width The flatness variations across the width should not exceed the tabular amount for the specified width. 2

59 UNIVERSAL MILL PLATE Stock Length 20 Weight in Pounds Size Per Foot 20 4 x x x x x x x x x x x x x x x x x x x x x x x x x

60 HOT ROLLED PLATE Size Weight Per Plate Size Weight Per Plate / # / Sq. Ft. 48 x x x x x / # / Sq. Ft. 48 x x x Processing: See pages 9, 92 4 /4 72 x x x x / # / Sq. Ft. 48 x x x x

61 HOT ROLLED PLATE Size Weight Per Plate Size Weight Per Plate /6 96 x x /8.44# / Sq. Ft. 48 x x x x x x Processing: See pages 9, 92 7/ # / Sq. Ft. / # / Sq. Ft. 48 x x x x x x / # / Sq. Ft. / # / Sq. Ft. 48 x x

62 HOT ROLLED PLATE Size Weight Per Plate Size Weight Per Plate /8 72 x x x / # / Sq. Ft. / # / Sq. Ft. 48 x x x x x x /6.89# / Sq. Ft. 7/8.76# / Sq. Ft. 48 x x x x x / # / Sq. Ft # / Sq. Ft. 48 x x x Processing: See pages 9, 92 6

63 HOT ROLLED PLATE Size Weight Per Plate Size Weight Per Plate 84 x x x / # / Sq. Ft. -/ # / Sq. Ft. -/4.0480# / Sq. Ft. 48 x x x x x /8 6.28# / Sq. Ft. -/ # / Sq. Ft. 48 x x /2 72 x x x / # / Sq.Ft. -/ # / Sq.Ft. 48 x x x x x / # / Sq.Ft # / Sq.Ft. 48 x x x x x Processing: See pages 9, 92 7

64 HOT ROLLED PLATE Size wt/sq ft Size wt/sq ft 2-/ # / Sq. Ft. 2-/ # / Sq. Ft. 2-/ # / Sq. Ft. 2-/4 2.06# / Sq. Ft. 22.2# / Sq. Ft. -/ # / Sq. Ft. -/ # / Sq. Ft. -/4.440# / Sq. Ft # / Sq. Ft. 4-/ # / Sq. Ft # / Sq. Ft. -/ # / Sq. Ft # / Sq. Ft. 6-/ # / Sq. Ft # / Sq. Ft. 7-/ # / Sq. Ft # / Sq. Ft. 8-/ # / Sq. Ft # / Sq. Ft. 9-/ # / Sq. Ft # / Sq. Ft. 0-/ # / Sq. Ft # / Sq. Ft # / Sq. Ft. Processing: See pages 9, 92 8

65 FLOOR PLATE Floor Plate is skid resistant regardless of how the plate is laid or whatever angle from which it is approached. Patterns are continuous whether plate is laid end to end, side to side or side to end. Farwest Steel Corporation does not certify floor plate to an A.S.T.M. standard. The material provided does conform to an A.S.T.M. A-786 manufacturing standard. All floor plate products are provided to a Commercial Quality. Chemical Analysis: (Approximate) Carbon Manganese Phosphorus Sulphur. max.0/.70.0 Approx..0 Approx. Note: Plates are ordered to chemistry only. ASTM A-6 is subject to mill availability. Mechanical Properties: (Approximate) Tensile Strength Yield Point % Elongation P.S.I. P.S.I. in 8 60,000, Note: Floor Plates normally are not used as main stress-carrying members and are seldom specified to tensile requirement. For this reason the mechanical properties shown above are only approximate. Permissible Camber is 8 x Length in feet Processing: See pages 9, 92 9

66 HOT ROLLED FLOOR PLATE Weight Size Per Square Foot 6 ga ga ga / / / Weight Size Per Square Foot / / / / / Processing: See pages 9, 92 60

67 HOT ROLLED SHEET SPECIFICATIONS Chemical Analysis: ASTM Carbon Manganese Phosphorus Sulphur A0*. max.60 max.00 max.0 max Chemical Analysis and Mechanical Properties: ASTM Carbon Manganese Phosphorus Sulphur A0*.2 max. max.040 max.04 max Tensile Strength Yield Point % Elongation ASTM Thickness PSI PSI in 2 A0* SS GRADE ,000 min 0,000 min 2.0 min min min SS GRADE ,000 min,000 min 8.0 min min min SS GRADE ,000 min 6,000 min 7.0 min min min Thickness Tolerances: Minimum Maximum Thickness Width Thickness Thickness 0 ga ga ga ga SHEET 6 ga * Limited sizes in stock Processing: See pages 9, 92 6

68 HOT ROLLED SHEET Size Weight Per Sheet Size Weight Per Sheet 0 ga. (.4).62# / Sq. Ft. 48 x x x x ga. (.96).0# / Sq. Ft. 48 x x x ga. (.046) 4.7# / Sq. Ft. 48 x x x ga. (.0747).2# / Sq. Ft. 48 x x x ga. (.098) 2.# / Sq. Ft. 48 x x x Processing: See pages 9, 92 62

69 COLD ROLLED SHEET Size Weight Per Sheet Size Weight Per Sheet 6 ga. (.098) 2.0# / Sq. Ft. 48 x x ga. (.0478) 2.00# / Sq. Ft. 48 x ga. (.09).0# / Sq. Ft. 6 x x ga. (.0299).2# / Sq. Ft. 6 x x ga. (.029).00# / Sq. Ft. 6 x x Thickness Tolerances of Hot-Rolled Sheet (Carbon Steel) (Coils and Cut Lengths, Including Pickled) NOTE Thickness is measured at any point across the width not less than /8 in. from a cut edge and not less than /4 in. from a mill edge. This table does not apply to the uncropped ends of mill edge coils. NOTE 2 The specified thickness range captions also apply when sheet is specified to a nominal thickness, and the tolerances are divided equally over and under. Thickness Tolerances Over, in. No Tolerance Under Specified Minimum Thickness, In. Specified Width, in. 2 to 20 incl Over 20 to 40 incl. Over 40 to 48 incl. Over 48 to 60 incl. Over 60 to 72 incl. Over to 0.20 excl Over to 0.80 excl Over 0.07 to incl Over 0.07 to 0.07 incl Over 0.0 to 0.07 incl to 0.0 incl

70 GRATING FLATTENED MESH Center to Size of Center of Size of New Openings Bond Strands Designation** In Inches In Inches In Inches Size Wt. Width - Length Width - Length Width - Thickness 6-24F F F F F F F F F F F F F F F F F F ** First number is the width of bond. The second number is the gauge of steel. (F designates flattened) The third number is the weight per 00 sq. feet. 64

71 GRATING RAISED mesh Center to Size of Center of Size of New Openings Bond Strands Designation** In Inches In Inches In Inches Size Wt Width - Length Width - Length Width - Thickness GRATING ** First number is the width of bond. The second number is the gauge of steel. The third number is the weight per 00 sq. feet. 6

72 GRATING EXPANDED METAL GRATING Center to Size of Center of Size of Openings Bond Strands Style In Inches In Inches In Inches lb..4 lb. 4 lb lb. lb. 6.2 lb. 7 lb. Width - Length Width - Length Width - Thickness Available with the long way of diamond running the length of the sheet (referred to as DLW). Available with the long way of diamond running the width of the sheet (often referred to as catwalk or DSW). 66

73 GRATING DIAMOND GRIP SAFETY GRATING Catalog Numbers and Weight Per Linear Foot Material Steel 4 Gauge Steel 2 Gauge Channel Width Heavy Duty Grip Strut also available. 67

74 Chemical Analysis: FARWEST STEEL CORPORATION TUBING SPECIFICATIONS SQUARE & RECTANGULAR Standard & Primed ASTM Carbon Manganese Phosphorus Sulphur A00.26 max.04 max.0 max Grade A & B Mechanical Properties: Tensile Strength Yield Strength % Elongation ASTM PSI PSI in 2 A00 GR A 4,000 min 9,000 min 2 min A A00 GR B 8,000 min 46,000 min 2 min B A Applies to specified wall thicknesses.20 in. and over. For wall thicknesses under.20 in., the minimum elongation shall be calculated by the formula: % elongation in 2 = 6t + 7. where t is the nominal thickness. B Applies to specified wall thicknesses.80 in. and over. For wall thicknesses under.80 in., the minimum elongation shall be calculated by the formula: % elongation in 2 = 6t Processing: See pages 9, 92

75 SQUARE TUBING Stock Length 20, 24, 2 *, 40, 48 *, 6 * Nominal Wall Weight Size Thickness Per Foot 2 x x x x x x x x Nominal Wall Weight Size Thickness Per Foot 2 x x x x x x x TUBING * Available in some sizes only Processing: See pages 9, 92 69

76 Nominal Wall Weight Size Thickness Per Foot x x x SQUARE TUBING Stock Length 20, 24, 2 *, 40, 48 *, 6 * *Available in some sizes only Nominal Wall Weight Size Thickness Per Foot 8 x x x Processing: See pages 9, 92 70

77 RECTANGULAR TUBING Stock Length 20, 24, 40 Nominal Wall Weight Size Thickness Per Foot x x x x x x x x Nominal Wall Weight Size Thickness Per Foot x x x x x x x Processing: See pages 9, 92 7

78 RECTANGULAR TUBING Stock Length 20, 24, 40 Nominal Wall Weight Size Thickness Per Foot 6 x x x x x x x x Processing: See pages 9, Nominal Wall Weight Size Thickness Per Foot 8 x x x x x x x x x x

79 PIPE SPECIFICATIONS A Chemical Analysis: ASTM Carbon Manganese Phosphorus Sulphur A Grade A.2 max 0.9 max.0 max.06 max A Grade B.0 max.20 max.0 max.06 max Mechanical Properties: Tensile Strength Yield Strength % Elongation ASTM PSI PSI in 2 A Grade A 48,000 min 0,000 min Varies A Grade B 60,000 min,000 min Varies STANDARD BUNDLING SCHEDULE Pieces Pieces Size Per Lift Size Per Lift OR PIPE Processing: See pages 9, 92 7

80 Pipe O.D. Size, in Inches Inches Wall Wt. Wall Wt FARWEST STEEL CORPORATION A.S.A. PIPE SCHEDULE 20 0 Wall Wt. Wall Wt. 40 Std. Wall Wt. Wall Wt Wall Wt. Wall Wt. E.H. 00 Wall Wt. Wall Wt Wall Wt. Wall Wt Dbl. E.H. Wall Wt. Wall Wt

81 TELEPHONE ORDER METHOD FOR PLATE PATTERN CUTTING 7 USEFUL INFOR- MATION

82 TELEPHONE ORDER METHOD FOR PLATE PATTERN CUTTING 76

83 TELEPHONE ORDER METHOD FOR PLATE PATTERN CUTTING 77

84 TELEPHONE ORDER METHOD FOR SAW CUTTING 78

85 TELEPHONE ORDER METHOD FOR SAW CUTTING 79

86 TELEPHONE ORDER METHOD FOR FORMING 80 Note: Dimension should be given as I.D.

87 TELEPHONE ORDER METHOD FOR FORMING Note: Dimension should be given as I.D. 8

88 TELEPHONE ORDER METHOD FOR FORMING 82 Note: Dimension should be given as I.D.

89 TELEPHONE ORDER METHOD FOR ROLLING 8

90 TELEPHONE ORDER METHOD FOR BAR BENDING 84

91 TELEPHONE ORDER METHOD FOR BAR BENDING 8

92 TELEPHONE ORDER METHOD FOR BAR BENDING 86

93 TELEPHONE ORDER METHOD FOR BAR BENDING 87

94 TELEPHONE ORDER METHOD FOR BAR BENDING H F O SPIRAL NOTES: J = TURNS AT F SPACING K = EXTRA TURNS (HALF T. & B.) PLAIN SPIRAL WITH XL SPACERS LOOSE. PLAIN SPIRAL WITH XM SPACERS MOUNTED. 88

95 FRACTION AND DECIMAL CHART

96 CONVERTING INCHES INTO DECIMALS OF A FOOT Inches Decimal of a Ft. Inches Decimal of a Ft. Inches Decimal of a Ft. Inches Decimal of a Ft

97 SERVICES HIGH DEFINITION CUTTING Farwest s HyDefinition Plasma Profiling System is designed to provide customers shorter lead times, increased capacity and larger part sizes while lowering part costs. FLAME CUTTING & PLASMA CUTTING The Oxy Fuel/Standard Plasma cutting machines enable Farwest Steel to offer a broad range of processed plate products. Inventory includes 8 GA to 2" thick, with equipment capable of cutting a single piece 8' long. CONTOUR PLASMA BEVELING ZINC POWDER MARKING F/C SPROCKETS (continued) 9

98 Conversion Factors To Metric /8 inch =.7 mm inch = 2.4 mm foot = 04.8 mm 000 ft. 2 = m ft. = 28.7 m 000 gal. =.784 m pound = 0.46 kg psf = kg/m 2 pcf = 6.09 kg/m short ton = kg (2000 lbs.) long ton = 06 kg (2240 lbs.) 000 psi = MPa To Imperial mm = inches meter =.2808 feet 00 m 2 = ft 2 0 m =.4 ft 0 m = gal. kg = pounds 0 kg/m 2 = psf 0 kg/m = pcf = 2000 pounds tonne tonne = pounds MPa = psi Newton (N) = kg m/s 2 = kilograms x Pascal (Pa) = N/m 2 inside back cover R 9/0

99 PLASMA PUNCH WITH SERVO DRILL The CNC programmable Whitney Plasma Punch Fabricating System features a 60-ton hydraulic punch, the Truecut Plasma Cutting System, and a servo drill with tapping capabilities. SAWCUTTING MITRE OR SQUARE TUBE AND STRUCTURAL LASER PROCESSING Laser processing of tube, pipe, bar, shapes, custom shapes and extrusions is a cost-saving specialty of Farwest Steel. -D Laser Processing replaces multiple operations such as sawing, grinding, machining, drilling and punching with one operation. GRINDINGMASTER FORMING ROLLING 92