Yarde Metals Shapes Catalog

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Aluminum

Common Alloy Sheet Guide . . . 5 - 9 Sheet: . . . .10 - 23 Plate: . . . .24 - 31 Circles: . . . .32 - 34 Heat Treatable Sheet Guide . . . 35 - 40 Cast Tooling Plate Guide . . . 41 Mold Plate Guide . . . 42 Sheet: . . . .43 - 53 Plate: . . . .54 - 81

Stainless

Austenitic 300 Sheet Guide . . . 82 - 83 Martensitic & Ferritic 400 Sheet Guide . . . 84 - 85 Precipitation Hardening Sheet Guide . . . 86 Sheet: . . . 87 - 98 Plate: . . . .99 - 107

Carbon

Steel Sheet Guide . . . 108 Sheet: . . . 109 - 115 Steel & Alloy Plate Guide . . . 116 Plate: . . . 117 - 121

Copper/Brass

Sheet & Plate Guide . . . .122 Sheet & Plate: . . . 123 - 124

Pages

SHEET & PLATE

ROD & BAR

Aluminum

Rod & Bar Guide . . . .125 - 126 Machinability Comparison . . . .127 Rounds: . . . .128 - 153 Hexagons: . . . .154 - 157 Squares: . . . .158 - 164 Rectangles: . . . .165 - 189 Stainless

Austenitic 300 Rod & Bar Guide . . . .190 - 192 Martensitic & Ferritic 400 Rod & Bar Guide . . . .193 - 194 Precipitation Hardening Rod & Bar Guide . . . .195 Machinability Comparison . . . .196 Machining Speeds & Feeds . . . .197 - 200 Rounds: . . . .201 - 242 Hexagons: . . . 243 - 250 Squares: . . . .251 - 253 Flats: . . . 254 - 276

Carbon

Rod & Bar Guide . . . .277 - 278 Machinability Comparison . . . 279 Rounds: . . . 280 - 293 Hexagons: . . . 294 - 297 Squares: . . . 298 - 299 Flats: . . . 300 - 322 Copper Metal

Rod & Bar Guide . . . .323 - 324 Rounds: . . . 325 - 336 Squares: . . . .327 Rectangles: . . . .328 - 333 Brass Rounds: . . . 337 - 354 Hexagons: . . . .341 - 342 Squares: . . . 343 - 344 Rectangles: . . . .345 - 350 Bearing Bronze: 932 solid & hollow . . . .355 - 356

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STRUCTURAL

Aluminum Structural Guide . . . .421 Angles: . . . 422 - 428 Channels: . . . 429 - 432 Beams: . . . 433 - 435 Tees & Zees: . . . 436 - 437 Handrail: . . . .438 Stainless Structural Guide . . . .439 Angles: . . . 440 - 442 Channels: . . . 442 Carbon Structural Guide . . . .443 Angles: . . . 444 - 446 Channels: . . . 447 - 449 Beams: . . . 450 - 454 Tees: . . . 455 Pages Aluminum

Tube & Pipe Guide . . . .357 Round: . . . 358 - 374 Pipe: . . . 375 - 377 Square: . . . 378 - 380 Rectangle: . . . 381 - 383

Stainless

Tube & Pipe Guide . . . .384 Round: . . . 385 - 389 Pipe: . . . . . . .391 Square: . . . 392 - 394 Rectangle: . . . 395 - 397 Reference Guide, Decimal Equivalents & B.W.G Gauges . . . .. . . 390

Carbon

Tube & Pipe Guide . . . .398 - 399 Round: . . . 400 - 408 Pipe: . . . .409 - 410 Square: . . . .411 - 414 Rectangle: . . . .415 - 420

TUBE & PIPE

PROCESSING & DATA

Aluminum

General Alloy Classification . . . 456 Definitions for Sheet & Plate, Rod & Bar . . . 457 Temper Designations . . . .458 Thermal Process for H tempers, T tempers . . . 459 - 462 Tolerances: Sheet & Plate . . . 463 - 465 Rod & Bar . . . 466 - 472

Stainless Steel

Melting Process . . . 473 Tolerances: Rod & Bar . . . . . . .474 - 475 Sheet & Plate . . . 476

Carbon Steel

Tolerances: Rod & Bar . . . .. . . . . . 477 Sheet & Plate . . . .. . . 478

Brass & Copper

Tolerances: Rod & Bar . . . . . . 479 Sheet & Plate . . . .. . . 479 Terms & Conditions of Sale . . . .480 - 482

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SHEET & PLATE

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SHEET AND PL

A

TE

SHEET & PLATE

Aluminum

Common Alloy Sheet Guide . . . 5 - 9

Sheet:

1100, 3003, 5052, 5083, 5086 . . . .10 - 22

Anodized, Expanded Metal . . . .

23 Plate:

1100, 3003, 5052, 5083, 5086 . . . .24 - 29

Diamond tread plate - bright . . . .

30 - 31

Circles: 1100, 3002 . . . .32 - 34

Heat Treatable Sheet Guide . . . 35 - 40

Cast Tooling Plate Guide . . . 41

Mold Plate Guide . . . .

42 Sheet: 2024, 6061, 7075 . . . 43 - 53

(bare, Alclad & mill finish)

Plate: 2014, 2024, 6061 . . . .54 - 67

Diamond tread plate- mill finish . . . .

68 2014, 2124, 7050, 7075, 7475 . . . 69 - 77

Mold Plate . . . .78

Cast Tooling Plate . . . 79 - 81

Stainless

Austenitic 300 Sheet Guide . . . 82 - 83

Martensitic & Ferritic 400 Sheet Guide . . . 84 - 85

Precipitation Hardening Sheet Guide . . . 86

Sheet: 301, 304, 316L, 321 . . . 87 - 98

Plate:

303, 304/304L, 316/316L, 410, 17-4

. . .99 - 107

Diamond Floor Plate . . . .

103 Carbon

Steel Sheet Guide . . . 108

Sheet: CR, HR P&O, Galvanized . . . 109 - 113

Expanded Metal (flattened & standard) . . . .

114 - 115

Steel & Alloy Plate Guide . . . 116

Plate:

A 36, 4140, 4140 H.T. . . . 117 - 121

Copper/Brass

Sheet & Plate Guide . . . .122

Sheet & Plate: 110, 260 . . . .123 - 124

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COMMON ALLOY

The non-heat treatable alloys attain maximum strength

beyond the annealed condition through cold work

harden-ing. In the H tempers of sheet and plate, this is initially the

result of cold rolling to final thickness, or may be the result

of subsequent cold forming. They possess high corrosion

resistance, good formability, pleasing appearance and

good weldability. They are widely used for manufactured

products and general sheet and plate applications.

ALLOY 1100

CORROSION RESISTANCE Is high in industrial and

marine atmospheres. Material is compatible with neutral,

fresh and sea waters. Also compatible with most foods,

gasoline, alcohol, ammonia and many neutral aqueous

solutions of inorganic salts.

FINISHING Produces satisfactory results in terms of

anodizing of chemical conversion. The material may be

polished prior to anodizing for a high luster or etched prior

to anodizing to produce a pleasing matte finish.

WELDING, BRAZING AND SOLDERING Can be

accom-plished by all the processes used to join any aluminum

alloy.

WORKABILITY Because of its ductility, is unexcelled by

any other commercial aluminum alloy, or most any other

commercial metal. Spun or drawn parts, which often

require several successive operations, are often times

pro-duced from 1100 without resorting to an intermediate

anneal.

TYPICAL END USES: Awnings, food and chemical

han-dling and storage equipment, furniture (lawn chairs, carts,

trays, etc.), name plates, outdoor display sign panels,

roof-ing, sidroof-ing, ventilators, flashroof-ing, spun parts. Spun or drawn

parts which often require several successive operations are

often times produced from 1100 without resorting to an

intermediate anneal.

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ALLOY 3003

CORROSION RESISTANCE In rural atmospheres is

excellent and in industrial and marine atmospheres the

resistance to corrosive attack is high. Alloy 3003

possesses good resistance to most neutral or nearly fresh

waters and sea water. Most foods and organic acids are

compatible with this alloy.

FINISHING Produces excellent results when mechanical

finishes are desired. The material will take chemical

con-version coatings and organic coatings as well as any

alu-minum alloy. Anodizing will produce a good adherent

coat-ing with the possibility of slight discoloration (brownish

cast) due to manganese.

WELDING May be done by all of the processes used to

weld aluminum. Brazing may be accomplished with the

torch, by using an automatic or manual controlled furnace

system or by employing a salt bath system. Soldering of

alloy 3003 presents no problems.

MACHINING Is hindered by the gummy characteristic of

the alloy.

STRENGTH Due to 1.2% manganese, is 20% higher than

1100. The increase in tensile strength, combined with

ex-cellent workability allows certain jobs to be done with 3003

which fail in fabrication using 1100 simply due to the latter's

low strength.

WORKABILITY Is excellent at either room or elevated

tem-peratures. Like 1100 this alloy lends itself to spinning,

drawing, impact extrusion and most other forms of metal

working.

TYPICAL END USES: Awnings, food and chemical

handling, storage equipment, furniture, name plates,

out-door display sign panels, roofing, siding, ventilators,

flashing and spun parts.

ALUMINUM SHEET & PLATE GUIDE

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ALLOY 5052

CORROSION RESISTANCE Is excellent. It is more

resistant to attack from salt water than alloy 1100. It also

resists attack by certain chemicals and most foods at room

and elevated temperatures.

FINISHING May be accomplished by all the standard

finishes, both mechanical and chemical, which may be

applied to any other aluminum alloy. However, anodizing

for any length of time produces an anodic coating with a

decidedly yellow cast attributable to the alloying

con-stituents of the alloy.

WELDING Is accomplished by all the processes used to

weld aluminum. The use of the inert gas shielded arc

method with either a tungsten or consumable electrode is

the recommended procedure for welding this as well as

other aluminum alloys. Brazing and soldering are difficult.

MACHINING, like 3003, will disclose a tendency toward

gumminess.

STRENGTH It is a strong and tough alloy whose major

constituents consist of 2.5% magnesium and 0.25%

chromium. This alloy has a higher endurance limit than

most other wrought aluminum alloys making it an excellent

selection for structures requiring high strength.

WORKABILITY Is affected by the relatively high

magne-sium content of this alloy; hence, the work hardening rate

is fairly high. Nonetheless, this material is well suited for

drawn shapes within its range of drawability. The material

may also be spun but will require frequent anneals to

achieve any major reduction.

TYPICAL END USES: Electronic panel parts, food

processing equipment, heavy-duty cooking utensils,

storage tanks, sheet metal products.

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ALLOY 5083

CORROSION RESISTANCE Excellent for general

industrial, marine atmospheres; however, the alloy is not

resistant to all media, especially if it is to operate at

elevated temperatures.

FINISHING Requires only the use of standard aluminum

techniques. Weldments requiring painting would also

require only standard treatment and preparation. Corrosion

resistant anodized finishes may be applied to this alloy

without difficulty. Generally 5083 is not recommended for

decorative anodic finishes, since the coating would be

quite cloudy or muddy in its appearance.

WELDABILITY Excellent by arc and resistance methods.

Good quality welds can be made in the flat and overhead

positions at high welding speeds and without the need for

preheating. High weld efficiency plus ductility are

characteristics of the alloy. This material is not considered

brazeable.

STRENGTH Alloy 5083 is a magnesium aluminum alloy

designed for welded structures requiring maximum joint

strength and efficiency coupled with the natural lightweight

and corrosion resistance characteristic of aluminum and its

alloys.

WORKABILITY of the alloy is increased by using elevated

temperature forming at 400 F or above. Forming

tempera-tures should not be allowed to exceed 700 F; further, any

material which is subjected to temperatures of 600 to

700 F will be in the annealed condition. Formability is of a

lower order than for any other aluminum alloy of the

non-heat treatable group. A limited amount of cold bending

may be done provided the bend radii are large enough and

the tools are in good condition with smooth edges for the

metal to work over.

TYPICAL END USES: Containers, cranes, truck bodies,

girders, marine, railroad cars, structurals.

ALUMINUM SHEET & PLATE GUIDE

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ALLOY 5086

CORROSION RESISTANCE Excellent with regard to

gen-eral corrosion and pitting corrosion. In this connection, the

material behaves much like alloy 5052. Further, 5086

demonstrates an excellent resistance to stress corrosion in

the presence of highly corrosive elements at temperatures

150 F and below. The H116 temper is used for marine

service for resistance to intergranular and exfoliation

corrosion.

FINISHING Requires only the use of standard aluminum

techniques. Corrosion resistant anodized finishes may be

applied to this alloy with no difficulty. Generally, 5086 is

not recommended for decorative anodic finishes, since the

coating would be quite cloudy or muddy in its appearance.

WELDABILITY is excellent. In the annealed condition,

5086 has a tensile strength 40% higher than 5052. The

ductility of the welded material is high. This alloy is not

considered brazeable or solderable. Strength and ductility

in the as welded condition are better than possible with

heat treatable alloys.

MACHINABILITY is good. High speeds with fine to

medium feeds and generous lubrication will produce

generally good results.

WORKABILITY is less than that of 5052. It may be used

for moderate draws and major bending and forming

operations in the annealed state and moderate bending

and forming applications in other tempers. The workability

of 5086 may be extended by using an elevated

tempera-ture of forming and spinning operations. A hot working

temperature of 400 F is recommended for best results.

TYPICAL END USES: Aircraft fuel tanks, cryogenics

(low temperature) applications, marine hulls and structural

applications (ship and boats), materials handling

equipment, oil field piping, ordinance application, truck

and tank trailer structurals and welded assemblies.

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ALUMINUM SHEET

Non-Heat Treatable

1100-0

AMS QQ A 250/1 ASTM B 209

Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

.032 x 48 x 96 .4608 14.75 48 X 120 .4608 18.43 .040 x 48 x 96 .5760 18.43 48 x 144 .5760 23.04 .050 x 48 x 96 .7200 23.08 48 x 120 .7200 28.80 48 x 144 .7200 34.56 .063 x 48 x 96 .9072 29.03 48 x 144 .9072 43.55 .080 x 63 x 126 1.1520 63.50 71.5 x 71.5 1.1520 40.90 .090 x 36 x 96 1.2960 31.10 48 x 144 1.2960 62.21 .125 x 48 x 144 1.8000 86.40 89.5 x 89.5 1.8000 100.13 .190 x 60 x 124 2.7360 141.36 60 x 146 2.7360 166.44

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1100-H14

AMS QQ A 250/1 ASTM B 209 Color: White

.032 x 36 x 96 .4520 11.06 48 x 96 .4520 14.75 48 x 120 .4520 18.43 48 x 144 .4520 22.12 .040 x 48 x 96 .5654 18.09 48 x 120 .5654 23.04 48 x 144 .5654 27.14 .050 x 48 x 96 .7055 22.57 48 x 120 .7055 28.80 48 x 144 .7055 33.86 .063 x 48 x 96 .8891 28.50 48 x 120 .8891 36.29 48 x 144 .8891 42.70 .080 x 48 x 96 1.1270 36.06 48 x 144 1.1270 54.10 .090 x 36 x 96 1.2740 30.58 48 X 96 1.2740 40.76 48 x 120 1.2740 51.84 48 x 144 1.2740 61.15 .100 x 48 x 96 1.4400 46.08 .125 x 36 x 96 1.7640 42.20 48 x 96 1.7640 56.45 48 x 120 1.7640 70.56 48 x 144 1.7640 84.70 60 x 120 1.7640 90.00 60 x 144 1.7640 105.80 63 x 126 1.7640 99.23 67.5 x 135 1.7640 113.90 .190 x 48 x 96 2.6850 87.55 48 x 144 2.6850 128.90 60 x 120 2.6850 136.80 60 x 144 2.6850 164.20

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.063 x 41 x 143.50 .9072 37.07 59.25 x 118.50 .9072 44.23 .080 x 40 x 40 1.152 12.80 40 x 120 1.152 38.40 46 x 138 1.152 50.78 56 x 140 1.152 62.72 58 x 145 1.152 67.28 .118 x 65.25 x 130.75 1.700 100.60 .125 x 48 x 144 1.800 86.40 .138 x 63.15 x 126.55 1.976 110.28 .157 x 52.50 x 105.25 2.283 86.75

ALUMINUM SHEET

Non-Heat Treatable

3003-0

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.012 x 36 x 96 .1730 4.15 .016 x 36 x 96 .2280 5.47 36 x 120 .2280 6.91 48 x 96 .2280 7.37 48 x 120 .2280 9.22 48 x 144 .2280 11.59 .020 x 36 x 96 .2850 6.84 48 x 96 .2850 9.12 48 x 120 .2850 11.52 48 x 144 .2850 13.82 .025 x 36 x 96 .3560 8.55 48 x 96 .3560 11.52 48 x 120 .3560 14.40 48 x 144 .3560 17.28 .032 x 36 x 96 .4560 10.94 48 x 96 .4560 14.60 48 x 120 .4560 18.25 48 x 144 .4560 21.90 .040 x 36 x 96 .5700 13.82 48 x 96 .5700 18.25 48 x 120 .5700 22.81 48 x 144 .5700 27.37 .050 x 36 x 96 .7128 17.11 48 x 96 .7128 22.81 48 x 120 .7128 28.80 48 x 144 .7128 33.89

3003-H14

AMS QQ A 250/2 ASTM B 209 Color: Green Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

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.063 x 36 x 96 .8980 21.55 39 x 115 .8980 28.26 48 x 96 .8980 28.74 48 x 120 .8980 35.92 48 x 144 .8980 43.54 55 x 144 .8980 49.89 60 x 120 .8980 45.36 60 x 144 .8980 54.43 .080 x 36 x 96 1.1390 27.34 36 x 114 1.1390 32.83 36 x 144 1.1390 41.47 48 x 96 1.1390 36.45 48 x 120 1.1390 45.56 48 x 144 1.1390 54.67 54.75 x 140 1.1390 61.32 .090 x 36 x 96 1.2870 30.88 36 x 120 1.2870 38.80 48 x 96 1.2870 41.18 48 x 120 1.2870 51.48 48 x 144 1.2870 61.78 60 x 113 1.2870 61.02 60 x 120 1.2870 64.80 60 x 144 1.2870 77.76 .100 x 48 x 96 1.4260 45.63 48 x 120 1.4260 57.60 48 x 144 1.4260 68.45

ALUMINUM SHEET

Non-Heat Treatable

3003-H14

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.125 x 36 x 96 1.7820 42.77 36 x 120 1.7820 54.00 48 x 96 1.7820 57.02 48 x 120 1.7820 71.28 48 x 144 1.7820 85.54 60 x 96 1.7820 72.00 60 x 120 1.7820 89.10 60 x 144 1.7820 106.90 .160 x 48 x 96 2.3040 73.73 48 x 120 2.3040 92.16 .190 x 36 x 96 2.7130 65.66 48 x 96 2.7130 86.82 48 x 120 2.7130 108.52 48 x 144 2.7130 130.22 60 x 120 2.7130 136.80 60 x 144 2.7130 164.20

3003-H14

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.020 x 36 x 96 .2794 6.70 36 x 120 .2794 8.64 48 x 96 .2794 8.94 48 x 120 .2794 11.52 48 x 144 .2794 13.82 .025 x 36 x 96 .3492 8.38 36 x 120 .3492 10.80 48 x 96 .3492 11.17 48 x 120 .3492 14.40 48 x 144 .3492 17.28 .032 x 36 x 96 .4470 10.73 36 x 120 .4470 13.82 48 x 96 .4470 14.75 48 x 120 .4470 17.88 48 x 144 .4470 21.46 60 x 120 .4470 22.35 60 x 144 .4470 26.82 60 x 240 .4470 46.08 .040 x 36 x 96 .5587 13.41 36 x 120 .5587 13.82 40 x 144 .5587 23.04 48 x 96 .5587 17.88 48 x 120 .5587 22.35 48 x 144 .5587 26.82 60 x 120 .5587 27.93 60 x 144 .5587 33.52 60 x 240 .5587 57.60

ALUMINUM SHEET

Non-Heat Treatable

5052-H32

AMS QQ A 250/8 ASTM B 209 Color: Purple Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

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.050 x 36 x 96 .6980 16.76 36 x 120 .6980 21.60 36 x 144 .6980 25.92 40 x 104 .6980 20.80 48 x 96 .6980 22.34 48 x 120 .6980 27.94 48 x 144 .6980 33.50 52 x 120 .6980 31.20 53 x 115 .6980 30.48 53 x 153 .6980 40.55 60 x 120 .6980 34.92 60 x 144 .6980 41.90 60 x 240 .6980 72.00 .063 x 36 x 96 .8800 21.12 36 x 120 .8800 26.40 36 x 144 .8800 32.60 40 x 144 .8800 36.28 48 x 96 .8800 28.16 48 x 120 .8800 35.20 48 x 144 .8800 42.24 60 x 120 .8800 44.00 60 x 144 .8800 52.80 72 x 96 .8800 43.55 72 x 120 .8800 54.53 72 x 144 .8800 63.36 72 x 240 .8800 108.9 .071 x 48 x 96 1.0220 32.70 48 x 144 1.0220 49.05

5052-H32

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.080 x 36 x 96 1.1170 26.81 48 x 96 1.1170 35.74 48 x 120 1.1170 44.68 48 x 144 1.1170 53.62 60 x 120 1.1170 55.85 60 x 144 1.1170 67.02 72 x 120 1.1170 69.12 72 x 240 1.1170 138.2 74 x 94.25 1.1170 55.80 94.25 x 104 1.1170 78.40 .090 x 36 x 96 1.2610 30.26 36 x 120 1.2610 38.88 36 x 144 1.2610 46.66 48 x 96 1.2610 40.35 48 x 120 1.2610 50.44 48 x 144 1.2610 60.53 60 x 120 1.2610 63.05 60 x 144 1.2610 75.66 72 x 120 1.2610 75.66 72 x 144 1.2610 90.79 72 x 240 1.2610 155.50 93.25 x 94.25 1.2610 79.10 93.25 x 145 1.2610 121.70 93.25 x 161 1.2610 135.10 93.25 x 171 1.2610 143.50 .100 x 48 x 96 1.3970 67.06 48 x 120 1.3970 55.88 48 x 144 1.3970 83.82

ALUMINUM SHEET

Non-Heat Treatable

5052-H32

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.125 x 36 x 96 1.7460 41.90 36 x 120 1.7460 52.38 36 x 144 1.7460 62.86 48 x 96 1.7460 55.87 48 x 120 1.7460 69.84 48 x 144 1.7460 83.81 51 x 128 1.7460 81.60 60 x 96 1.7460 72.00 60 x 120 1.7460 87.30 60 x 144 1.7460 104.76 72 x 96 1.7460 86.40 72 x 120 1.7460 108.00 72 x 144 1.7460 125.71 72 x 240 1.7460 216.00 92 x 94.25 1.7460 108.38 94.25 x 171 1.7460 201.45 .160 x 48 x 96 2.2310 71.39 48 x 120 2.2310 89.24 48 x 144 2.2310 107.08 72 x 120 2.2310 138.20 72 x 144 2.2310 160.63 .167 x 48 x 96 2.4050 76.65 48 x 110 2.4050 88.18 63.25 x 118.50 2.4050 125.20 74 x 90.40 2.4050 111.70

5052-H32

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.190 x 36 x 96 2.654 63.69 36 x 120 2.654 82.10 36 x 144 2.654 98.50 48 x 96 2.654 84.93 48 x 120 2.654 106.16 48 x 144 2.654 127.39 55 x 96 2.654 100.30 55 x 144 2.654 146.20 60 x 120 2.654 132.70 60 x 144 2.654 159.24 72 x 96 2.654 131.30 72 x 120 2.654 159.24 72 x 144 2.654 191.10 72 x 240 2.654 328.30 .220 x 48 x 96 3.168 101.40 48 x 120 3.168 126.70 66.40 x 93.25 3.168 136.20 74 x 90.40 3.168 147.20

ALUMINUM SHEET

Non-Heat Treatable

5052-H32

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ALUMINUM SHEET

Non-Heat Treatable

5052-H34

AMS QQ A 250/8 ASTM B 209 Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

.063 x 48 x 144 .907 43.46 .090 x 48 x 144 1.296 62.21 .125 x 48 x 144 1.800 86.40 .080 x 48 x 96 1.120 36.86 48 x 120 1.120 46.08 48 x 144 1.120 55.29 .090 x 48 x 96 1.296 41.47 48 x 120 1.296 51.84 48 x 144 1.296 62.21 .100 x 48 x 96 1.400 46.08 48 x 144 1.400 69.12 .125 x 36 x 96 1.800 43.20 36 x 120 1.800 54.00 48 x 96 1.800 57.60 48 x 120 1.800 72.00 48 x 144 1.800 86.40 60 x 120 1.800 90.00 60 x 144 1.800 108.00 .190 x 48 x 96 2.654 87.55 48 x 144 2.654 131.32

5052-H321

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22

ALUMINUM SHEET

Non-Heat Treatable

5086-H116

AMS QQ A 250/7 ASTM B 209 .063 x 48 x 96 .8710 29.03 48 x 144 .8710 41.81 .090 x 48 x 96 1.2480 41.47 48 x 144 1.2480 59.90 .125 x 48 x 96 1.7280 57.60 48 x 144 1.7280 82.90 72 x 120 1.7280 108.00 72 x 144 1.7280 129.60 72 x 240 2.6300 328.30 .190 x 48 x 96 2.6300 87.55 48 x 144 2.6300 126.20 72 X 120 2.6300 164.16 72 x 144 2.6300 197.00 72 x 240 2.6300 328.30 Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

ALUMINUM SHEET

Non-Heat Treatable

5083-H116

AMS QQ A 250/6 ASTM B 209 .125 x 60 x 144 1.8000 108.0 .190 x 60 x 144 2.7360 164.2

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ALUMINUM EXPANDED METAL

5005-H34

Mill Finish — Non-Heat Treatable

EXPANDED ALUMINUM FLATTENED 5005-H34

1/2 .051 48 96 .260 .312 x 1.00 1/2 .081 48 96 .420 .312 x 1.00 3/4 .051 48 96 .160 .750 x 1.81 3/4 .081Light 48 96 .300 .687 x 1.75 3/4 .081Heavy 48 96 .390 .687 x 1.75 3/4 .125 48 96 .620 .625 x 1.75 1/2 .051 48 96 .270 .375 x .937 1/2 .081 48 96 .440 .375 x .937 3/4 .051 48 96 .170 .812 x 1.75 3/4 .081Heavy 48 96 .410 .750 x 1.68 3/4 .125 48 96 .650 .687 x 1.68

EXPANDED METAL

Expanded Metal may be used for many industrial purposes such as open partitions, window guards, machine guards,

and other manufacturing and maintenance uses.

EXPANDED ALUMINUM STANDARD 5005-H34

Standard Flattened

Style Width in Length Est. lbs. Approx. size of Designation Inches in per opening in Inches

Inches sq. ft. SWO LWO

5005-H14

PVC Protected

Est. lbs. THK Width Length per sq. ft.

.032 x 48 x 120 .447 .040 x 48 x 96 .559 48 x 120 .559 .050 x 48 x 96 .695 48 x 120 .695 .063 x 48 x 96 .880 48 x 120 .880 .080 x 48 x 120 1.129 .090 x 48 x 120 1.257 .125 x 48 x 120 1.765

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.250 x 48.5 x 96.5 3.530 117.0 48.5 x 144.5 3.530 175.2 60 x 120 3.530 180.0 60 x 144 3.530 211.7 72.5 x 144.5 3.530 261.9 .375 x 48 x 96 5.300 172.8 48 x 144 5.300 259.2 .500 x 48 x 96 7.060 230.4 48 x 144 7.060 345.6

ALUMINUM PLATE

Non-Heat Treatable

1100-H14

AMS QQ A 250/1 ASTM B 209 Color: White Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

.750 x 48 x 144 10.800 518.4 72.5 x 144.5 10.800 785.7 1 x 48 x 144 14.400 691.2 72.5 x 144.5 14.400 1048.0 1.50 x 60.5 x 144.5 21.600 1311.0 72.5 x 144.5 21.600 1571.0 2 x 72.5 x 144.5 28.800 2095.0

ALUMINUM PLATE

Non-Heat Treatable

1100-H112

AMS QQ A 250/1 ASTM B 209 Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

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3003-H14

AMS QQ A 250/1 ASTM B 209 Color: Green .250 x 48 x 96 3.560 114.1 48 x 120 3.560 144.0 48 x 144 3.560 171.1 72 x 120 3.560 216.0 72 x 144 3.560 259.2 .375 x 48 x 96 5.350 172.8 48 x 144 5.350 259.2 48 x 146.5 5.350 263.7 .500 x 48 x 96 7.200 230.4 48 x 144 7.200 345.6 72 x 120.5 7.200 433.8 72 x 144 7.200 518.4 Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

.250 x 48 x 96 3.600 115.2

ALUMINUM PLATE

Non-Heat Treatable

5052-0

(27)

ALUMINUM PLATE

Non-Heat Treatable

5052-H32

AMS QQ A 250/8 ASTM B 209 Color: Purple .250 x 48 x 96 3.490 111.7 48 X 120 3.490 139.7 48 x 144 3.490 167.6 60 x 96 3.490 144.0 60 x 120 3.490 174.5 60 x 144 3.490 209.5 72 X 120 3.490 209.4 72 x 144 3.490 251.4 72 x 240 3.490 432.0 .375 x 48 x 96 5.240 172.8 48 x 120 5.240 216.0 48 x 144 5.240 251.4 60 x 120 5.240 262.0 60 x 144 5.240 314.3 72.5 x 144.5 5.240 392.9 .500 x 48 x 144 6.980 335.2 48 x 96 6.980 230.4 48 x 120 6.980 288.0 60 x 120 6.980 360.0 60 x 144 6.980 419.0 72 x 120 6.980 432.0 72 x 144 6.980 518.4 Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

(28)

ALUMINUM PLATE

Non-Heat Treatable

5083-H112

1.25 x 60.50 x 144.50 18.00 1093 1.50 x 53 x 146 21.60 1161 60.50 x 144.50 21.60 1311 2.00 x 60.50 x 144.50 28.80 1748 2.50 x 60.50 x 144.50 36.00 2186 3.00 x 48.75 x 144.75 43.20 2117 3.15 x 46.50 x 146.25 45.36 2142 3.50 x 60 x 141 50.40 2961 4.50 x 48.50 x 144.50 64.80 3154 60.50 x 144.50 64.80 3934 4.73 x 61 x 152 68.11 4386 5.00 x 63 x 141 72.00 4441 5.71 x 48.50 x 149.50 82.22 4140 6.70 x 47.40 x 105 96.48 3342 Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

.750 x 48 x 144 10.80 518.4 1.00 x 48 x 96 14.40 460.8 48 x 144 14.40 691.2 72.50 x 144.50 14.40 1047 1.50 x 60.50 x 144.50 21.60 1311 2 x 72.50 x 144.50 28.80 2095

ALUMINUM PLATE

Non-Heat Treatable

5052-H112

AMS QQ A 250/8 ASTM B 209 Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

.250 x 48 x 144 3.60 172.8

5052-H34

(29)

ALUMINUM PLATE

Non-Heat Treatable

5083-H116

.250 x 60 x 144 3.60 216 .375 x 60 x 144 5.40 324 .500 x 60 x 144 7.20 432 .750 x 60.5 x 144.5 10.80 657 1.00 x 48 x 144 14.40 697 60.5 x 144.5 14.40 874 1.25 x 60.5 x 144.5 18.00 1080

ALUMINUM PLATE

Non-Heat Treatable

5086-H112

AMS QQ A 250/7 ASTM B 209 1.50 x 72 x 144 21.60 1555 72.5 x 144.5 21.60 1571 2.00 x 72 x 144 28.80 2074 72.5 x 144.5 28.80 2095 2.50 x 60.5 x 144.5 36.00 2186 3.00 x 60.5 x 144.5 43.20 2623 3.50 x 60 x 141 50.40 2961 72 x 149 50.40 3755 Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

(30)

.250 x 48 x 96 3.46 111 48 x 144 3.46 166 60 x 120 3.46 180 60 x 144 3.46 216 72 x 144 3.46 259 72 x 240 3.46 415 .3125 x 72 x 144 4.31 324 72 x 240 4.31 533 .375 x 48 x 96 5.18 173 48 x 120 5.18 216 60 x 120 5.18 270 60 x 144 5.18 324 72 x 144 5.18 373 72 x 240 5.18 648 .500 x 48 x 96 6.91 230 48 x 120 6.91 288 60 x 120 6.91 360 60 x 144 6.91 432 72 x 120 6.91 432 72 x 144 6.91 518 72 x 240 6.91 864 88 x 181 6.91 796 .750 x 48 x 96 10.36 346 48 x 120 10.36 432 60 x 120 10.36 540 60 x 144 10.36 648 72 x 144 10.36 746 72 x 240 10.36 1269 1.00 x 48 x 96 13.82 461 48 x 120 13.82 576 60 x 120 13.82 720 60 x 144 13.82 864 72 x 144 13.82 1037 Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

5086-H116

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.045 x 44 x 99 0.65 19.6 50 x 99 0.65 22.3 .063 x 48 x 96 0.84 31.0 48 x 120 0.84 36.3 50 x 99 0.84 31.2 60 x 99 0.84 37.4 .080 x 48 x 144 1.15 55.3 .100 x 48 x 96 1.57 46.1 48 x 144 1.57 69.1 48 x 192 1.57 92.2 60 x 96 1.57 57.6 60 x 144 1.57 86.4 60 x 192 1.57 125.6 .125 x 48 x 96 1.92 57.6 48 x 120 1.92 76.8 48 x 144 1.92 92.2 48 x 192 1.92 115.2 60 x 96 1.92 72.0 60 x 120 1.92 96.0 60 x 144 1.92 108.0 60 x 192 1.92 144.0 .190 x 48 x 96 2.82 90.2 48 x 120 2.82 112.8 48 x 144 2.82 135.4 48 x 192 2.82 173.2 60 x 96 2.82 109.4 60 x 120 2.82 136.8 60 x 144 2.82 164.2 60 x 192 2.82 225.6 .250 x 48 x 96 3.60 115.2 48 x 120 3.60 144.0 48 x 144 3.60 172.8 48 x 192 3.60 230.4 60 x 96 3.60 144.0 60 x 120 3.60 180.0 60 x 144 3.60 216.0 60 x 192 3.60 288.0

ALUMINUM TREAD PLATE

Bright Finish

3003-H22/24

Raised Diamond Pattern One Side

(32)

.063 x 48 x 96 .907 29.0 48 x 120 .907 36.3 .100 x 48 x 96 1.440 50.2 48 x 192 1.440 92.2 .125 x 48 x 96 1.800 61.4 48 x 144 1.800 86.4 48 x 192 1.800 115.2 60 x 120 1.800 90.0 60 x 192 1.800 144.0 .1875 x 48 x 96 2.700 86.4 60 x 120 2.700 135.0 60 x 192 2.700 216.0 .250 x 48 x 96 3.600 115.2 60 x 120 3.600 180.0 60 x 192 3.600 288.0

3003-H22/24

Rope Design Est. lbs. Est. lbs. THK Width Length per sq. ft. per plate

See page 68 for 6061-T6 Mill Finish.

Aluminum Tread Plate - in either a diamond or rope pattern is often utilized as a traction surface on truck running boards & utility boxes.

(33)

.032 x 8.500 .1780 12.500 .3850 .040 x 6.000 .1109 7.000 .1509 8.500 .2225 9.000 .2495 10.000 .3080 10.500 .3396 11.000 .3727 11.500 .4073 12.000 .4435 12.250 .4622 13.000 .5205 13.500 .5613 14.000 .6037 15.000 .6940 16.250 .8133 16.500 .8385 20.500 1.2944 22.000 1.4907 .045 x 25.000 2.1656 .050 x 8.500 .2782 9.000 .3119 10.000 .3850 10.500 .4245 11.000 .4659 11.500 .5092 12.000 .5552 12.500 .6016 13.000 .6507 13.500 .7017 14.000 .7546 17.000 1.1127 25.500 2.5035

ALUMINUM CIRCLES

1100-0

AMS QQA 250/1 ASTM B 209

Thk Diameter Weight Inches Size per piece

(34)

.063 x 8.000 .3105 8.500 .3505 10.000 .4851 12.000 .6985 12.500 .7580 16.000 1.2419 22.000 2.3479 22.500 2.4558 23.000 2.5662 24.000 2.7942 25.000 3.0319 26.000 3.2793 27.000 3.5364 31.000 4.6618 33.000 5.2827 34.000 5.6078 39.500 7.5688 40.500 7.9569 43.000 8.9695 47.500 10.9451 50.500 12.3713 .080 x 29.000 5.1881 32.000 6.3078 34.000 7.1313 36.000 7.9834 38.000 8.8950 40.000 9.8704 41.250 10.4816 43.000 11.3898 46.000 13.0347 49.000 14.7902 54.000 17.9626 58.000 20.7222 .090 x 26.000 4.6870 41.500 11.9352 .100 x 4.250 .1391 5.750 .2546 Thk Diameter Weight Inches Size per piece

1100-0

AMS QQA 250/1 ASTM B 209

(35)

.040 x 10.000 .3080 11.000 .3727 11.500 .4073 12.000 .4435 12.500 .4813 13.500 .5613 15.000 .6930 19.000 1.1118 .050 x 8.500 .2782 9.000 .3119 10.000 .3850 11.500 .5092 12.000 .5544 12.500 .6016 14.500 .8095 15.000 .8663 19.500 1.4640 .063 x 10.000 .4851 10.500 .5348 12.000 .6985 12.500 .7580 13.000 .8198 14.000 .9508 .080 x 15.875 1.5524 18.688 2.1513 .100 x 20.250 3.1575 24.813 4.7408 .125 x 30.625 9.0272

ALUMINUM CIRCLES

3002-0

Thk Diameter Weight Inches Size per piece

(36)

ALLOY 2024

Known widely as an “aircraft” alloy, this grade can offer strength similar to or exceeding those of mild steel in the heat treated condition. This alloy does not have good corrosion resistance.

CORROSION RESISTANCE in the heat-treated condition is

only fair. With sheet products, corrosion resistance is enhanced greatly by cladding with a high purity alloy.

FINISHING can be carried out by any of the processes

appli-cable to aluminum alloys; however, the anodizing of this material will not provide a color match nearly as consistent as other alloys. A pleasing finish may be applied to 2024 by the use of a clear conversion coating, over either mill finish or polished surface.

WELDING by resistance method is feasible. Fusion welding

though not normally recommended can be done with proper procedures and equipment. When welded, 2024 is hot short (brittle); consequently, fixtures or joints should be designed to minimize strain of the weld zone during the cooling period.

Brazing and soldering are not recommended.

MACHINING is relatively good in either T4 and T351

tem-pers. The major machining problem is the production of a long stringy chip; hence, drills and taps should have highly polished flutes to assist chip flow.

WORKABILITY of 2024 in the annealed condition is good.

Also immediately following solution heat treating the alloy is readily formed; however, after four hours of natural aging there is difficulty experienced with any but the simplest forming.

ANNEALING (anneal cycle, 0 temper): To remove the

effects of cold work, use a metal temperature of 650 F. Time at temperature is unimportant.

SOLUTION HEAT TREATMENT (T4 temper): For solution

heat treatment a metal temperature of 920 F should be used. The time of heating to temperature varies with the product, the type of furnace and the size of load.

TYPICAL END USES: Aircraft skins, cowls and structurals,

aircraft structural application, side panels, molds for plastics industry.

The heat treatable alloys attain maximum strength through

controlled heat treatment either before or after forming

operations. They are the highest strength alloys and are

hard, with good appearance, and generally good resistance

to corrosion and abrasion. They are particularly suited for

structural applications and other uses requiring both

formability and strength.

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(37)

ALLOY 6061

One of the most versatile of all heat treat-able alloys. This alloy possesses good formability and corrosion resistance with medium strength characteristics.

COMMERCIAL PLATE 1/4 to 24” in thickness manufactured

to be applicable to Aluminum Association Standards.

TOOLING PLATE Guaranteed to be better than Aluminum

Association Standards before and after cutting. Produced to one - half (1/2) Association tolerances all on the “plus side” and receives a brush finish to reduce stains from heat treat-ing and from internal process travel marks.

COSMETIC TOOLING PLATE The industries most

consis-tent premiere tooling plate. This product is vinyl protected on both sides to preserve the top and bottom surfaces as they are shipped from the mill.

CORROSION RESISTANCE is good, in fact, this alloy resists

atmospheric and chemical corrosion better than any other commercially produced heat treatable sheet or plate product.

FINISHING may be done by any of the standard finishing

practices normally applied to aluminum. The material takes an excellent anodic finish provided care has been exercised in the removal of the heat treat stains. Paint finishes are also used.

WELDING is readily accomplished by any of the processes

normally used to weld aluminum alloys. Welding does not lower the corrosion resistance of the alloy but there is some loss of mechanical properties in the weld area and heat affected zone.

MACHINING of this alloy produces good results; the rating is

excellent compared to other aluminum sheet and plate alloys. Machining of 6061, like machining of most other aluminum alloys, requires the use of tools which are sharp and well polished and which are run at high speeds with copious amounts of lubricant cascading over the tools and work sur-face.

ALUMINUM SHEET & PLATE GUIDE

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(38)

ALLOY 6061 cont’d

WORKABILITY in the "0" condition is quite similar to 5005

and 5050 in the same condition but in the heat treated (T4) state and in the heat treated and aged condition (T6) the workability is much like that of 5052 in the H34 and H38 con-dition. Considerable forming and bending may be done in the T6 condition. However, it is generally recommended that all drawing be attempted in the T4 or 0 conditions. Parts which can be successfully formed or drawn in the T4 temper may then be artificially aged to raise their properties to the full T6 strength level.

ANNEALING (anneal cycle, 0 temper): To remove the

effects of cold work, use a metal temperature of 650 F. To remove the effects of heat treatment, use a metal tempera-ture of 775 F. The time in the furnace after the entire load has been brought up to annealing temperature should be 2-3 hours. When annealing to remove the effects of heat treat-ment a cooling rate of 50 F per hour down to 500 F should be used. The subsequent cooling rate need not be controlled.

SOLUTION HEAT TREATMENT (T4 Temper) Consult

Military Specifications MIL H 6088 for suitable time and temperature.

TYPICAL END USES: Most versatile alloy. Used for a wide

range of mechanical and corrosion resistant properties.

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(39)

ALLOY 7050

Alloy is the principal choice for many

aerospace applications that require the best combination of

strength, fracture toughness and resistance to stress

corro-sion cracking (scc).

CORROSION RESISTANCE Maintains equal exfoliation

and stress corrosion resistance at high strength levels

when compared to 7075.

T6 condition provides the highest strength with excellent

resistance to exfoliation corrosion.

T4 condition is used in more demanding applications of

stress corrosion cracking (scc).

FINISHING is similar for anodizing conversion coating,

painting and general cleaning that apply to alloy 7075.

THERMAL TREATMENTS for heat treating and aging are

defined in MIL H 6088.

STRENGTH properties are retained in thicker plate

sections, while also maintaining good fracture toughness

levels and resistance to stress corrosion cracking (scc).

T7651 has the highest strength levels. Exfoliation

corro-sion resistance is good, with average resistance to stress

corrosion cracking (scc).

T7451 has slightly lower strength levels than the T7651

condition. Exfoliation resistance is excellent and resistance

to stress corrosion resistance (scc) is improved.

TYPICAL END USES: include aircraft bulkheads, fuselage,

and frame assemblies.

ALUMINUM SHEET & PLATE GUIDE

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(40)

ALLOY 7075

is among the highest strength alloys

available, used extensively in highly stressed parts and air

frame structures with fair corrosion resistant properties.

CORROSION RESISTANCE in the heat treated and aged

condition is fair. Sheet products are usually clad to

reduce the affects of intergranular corrosion. Temper T73

is used for resistance to stress corrosion phenomenon.

FINISHING: Anodic coatings are applied for corrosion

protection only.

WELDABILITY by the fusion method gives inferior results

and is not recommended. Resistance, spot, and seam

welding may be readily accomplished with clad material in

the T6 condition. Resistance welding of the bare material is

not recommended due to the severe loss in corrosion

resistance which occurs as a result of such welding

attempts. Brazing and soldering are not recommended.

MACHINING requires high surface speed of the cutter to

accomplish good results. Cutter speeds are in the range

of 700 to 3000 feet per minute.

STRENGTH 7075 is one of the highest strength aluminum

alloys commercially available. It exhibits a high degree of

notch sensitivity and care must be taken not to create

stress risers such as nicks and deep scratches during the

working of sheet or plate into its final form.

WORKABILITY is extremely low in the T6 temper. It is

best formed immediately after quenching. In the 0

condition, 7075 can be successfully formed on all types of

equipment but because of its higher yield strength, a

greater allowance will have to be made for spring-back

than for most other aluminum alloys.

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(41)

ALLOY 7075 cont’d

ANNEALING (anneal cycle, 0 temper): To remove the

effect of cold work and/or heat treatment, use a metal

tem-perature of 775 F. The time in the furnace after the entire

load has been brought up to annealing temperature should

be 2-3 hours. A cooling rate of 100 F per hour down to

450 F should be used.

SOLUTION HEAT TREATMENT For solution heat

treat-ment a metal temperature of 870 F should be used. For

soak times (time at temperature) see Military Specification

MIL H 6088.

TYPICAL END USES: Aircraft applications, plastic molds

or when higher mechanical properties are required.

Ideal for highly stressed parts.

ALUMINUM SHEET & PLATE GUIDE

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(42)

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CAST TOOLING PLATE

MIC-6

cast aluminum plate holds close tolerances in all

dimensions and is thermally stabilized. MIC-6 is excellent

for design components requiring metal removal without

dis-tortion. This molten metal is continuously fed, eliminating

defects.

FINISHING Can be anodized, hard coat anodized and

painted.

WELDABILITY Suitable for welding.

MACHINING Surface finish of RMS 20 ; thickness

toler-ances of plus/minus .005.

TYPICAL END USES: Aircraft tooling, automotive tooling,

CNS routing tables, chip printers, circuit printers,

dielectrics, electronics, food machinery, foundry patterns,

heating and cooling patterns, index tables, medical

instru-mentation, packing machinery and molds, pharmaceutical

machinery, printing machinery, robotics, vacuum chucks.

K100-S

provides consistent hardness throughout the

entire thickness range with vacuum and pressure integrity.

Improved mechanical properties and excellent corrosion

resistance. K100-S has consistent mechanical properties

throughout its thickness. This plate has excellent anodizing

capabilities including hard-coat anodizing.

CORROSION RESISTANCE is superior. (Passes ASTM B

117 corrosion test)

FINISHING Can be anodized, hard coat anodized, painted

on both sides (including finishes requiring heat curing

processes) and nickel plated.

WELDABILITY Fully weldable.

MACHINING Surface finish of RMS 18-19 ; thickness

tol-erances of plus/minus .005.

TYPICAL END USES: Molds for shoes, skis and many

other products.

(43)

M-1

was developed especially for the Molding Industry.

It is used for mold applications where 1 to 12 cavities are

required. This cost-effective aluminum plate lowers

pro-duction costs by eliminating the need for reworking material

as in tool steel or wrought aluminum alloys. M-1 maintains

dimensional stability. This superior mold plate provides

better machinability with a plate center that never gets

gummy - regardless of thickness.

FINISHING Capable of finishes from etched to highly

pol-ished. Can be hard coat anodized, and nickel plated.

WELDABILITY Fully weldable.

TOLERANCES Thickness produced to +.125, width and

length produced to +1/4.

TYPICAL END USES: Molds used to manufacture shoes,

skis, automobile parts and many other consumer products.

ALUMINUM SHEET & PLATE GUIDE

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ALUMINUM MOLD PLATE

Aluminum Mold Plate is used to manufacture many consumer products.

(44)

.016 x 48 x 144 .229 11.05 .032 x 48 x 144 .461 22.13 .040 x 48 x 144 .576 27.65 .050 x 48 x 144 .720 34.56 .063 x 48 x 144 .907 43.54 .080 x 48 x 144 1.150 55.20 .090 x 48 x 144 1.300 62.40 .100 x 48 x 144 1.440 69.12 .125 x 48 x 144 1.800 86.40

2024-0

Bare

AMS QQ A 250/4 AMS 4035 ASTM B 209

.020 x 48 x 144 .288 13.82 .025 x 48 x 144 .360 17.28 .032 x 48 x 144 .481 22.13 .040 x 48 x 144 .576 27.65 .050 x 48 x 144 .720 34.56 .063 x 48 x 144 .907 43.54 .071 x 48 x 144 1.020 48.96 .080 x 48 x 144 1.150 55.20 .090 x 48 x 144 1.300 62.40 .100 x 48 x 144 1.440 69.12 .125 x 48 x 144 1.800 86.40 .160 x 48 x 144 2.304 110.59

ALUMINUM SHEET

Heat Treatable

2024-0

Alclad

Vinyl Masking on one or both

surfaces available upon request.

(45)

ALUMINUM SHEET

Heat Treatable

2024-T3

Bare

AMS QQ A 250/4 AMS 4037 ASTM B 209 Color: Red .011 x 48 x 144 .158 7.60 .016 x 48 x 144 .230 11.04 .020 x 48 x 144 .288 13.82 .025 x 48 x 144 .360 17.28 .032 x 48 x 144 .461 22.13 .040 x 48 x 144 .576 18.43 .050 x 48 x 144 .720 34.56 .063 x 48 x 144 .907 43.54 .071 x 48 x 144 1.020 48.96 .080 x 48 x 144 1.150 55.20 .090 x 48 x 144 1.300 62.40 .100 x 48 x 144 1.440 69.12 .125 x 48 x 144 1.800 86.40 .160 x 48 x 144 2.300 110.40 .190 x 48 x 144 2.740 131.52 Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

(46)

Est. lbs. Est. lbs. THK Width Length per sq. ft per sheet

2024-T3

Alclad

.012 x 48 x 144 .173 8.29 .016 x 48 x 144 .230 11.40 .020 x 48 x 144 .288 13.82 .025 x 48 x 144 .360 17.28 .032 x 48 x 144 .461 22.13 .040 x 48 x 144 .576 27.65 .050 x 48 x 144 .720 34.56 .056 x 36 x 176 .800 35.48 .063 x 48 x 144 .907 43.54 .071 x 48 x 144 1.020 48.96 .080 x 48 x 144 1.150 55.20 .090 x 48 x 144 1.300 62.40 .100 x 48 x 144 1.440 69.12 .125 x 48 x 144 1.800 86.40 .160 x 48 x 144 2.300 110.40 .190 x 48 x 144 2.740 131.52

ALUMINUM SHEET

Heat Treatable

2024-T81

AMS QQ A 250/4 ASTM B 209 .040 x 48 x 144 .600 27.64 .080 x 48 x 144 1.150 55.29 .090 x 48 x 144 1.300 62.20

ALUMINUM SHEET

Heat Treatable

2024-T81 Aclad

AMS QQ A 250/5 ASTM B 209 .071 x 48 x 144 1.023 49.07 Est. lbs. Est. lbs. THK Width Length per sq. ft per sheet

Est. lbs. Est. lbs. THK Width Length per sq. ft per sheet

(47)

.020 x 48 x 144 .288 13.82 .025 x 48 x 144 .353 16.94 .032 x 48 x 144 .452 21.70 .040 x 48 x 144 .564 27.07 .050 x 48 x 144 .706 33.89 .050 x 53.50 x 146 .706 39.06 .063 x 48 x 144 .889 42.67 .071 x 48 x 144 1.000 48.00 .080 x 48 x 144 1.127 54.10 .090 x 48 x 144 1.270 60.96 .100 x 48 x 144 1.411 67.73 .125 x 48 x 144 1.764 84.67 .190 x 48 x 144 2.685 128.88 Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

ALUMINUM SHEET

Heat Treatable

6061-0

AMS QQ A 250/11 AMS 4025 ASTM B 209 Color: Silver

(48)

.016 x 48 x 144 .226 10.85 .020 x 48 x 144 .282 13.54 .025 x 48 x 144 .353 16.94 .032 x 48 x 144 .452 21.70 .040 x 48 x 144 .564 27.07 .050 x 48 x 144 .706 33.89 .063 x 48 x 144 .889 42.67 .071 x 48 x 144 1.023 49.08 .080 x 48 x 144 1.127 54.10 .090 x 48 x 144 1.270 60.96 .100 x 48 x 96 1.411 46.08 48 x 144 1.411 67.73 .125 x 48 x 144 1.764 84.67 .160 x 48 x 144 2.254 108.19 .190 x 48 x 96 2.685 87.55 48 x 144 2.685 128.88 Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

6061-T4

AMS QQ A 250/11 AMS 4026 ASTM B 209 Color: Brown

Mechanical shearing for

accuracy and efficiency.

(49)

.016 x 48 x 144 .233 11.18 .020 x 48 x 144 .282 13.54 .025 x 48 x 144 .353 16.94 .032 x 48 x 96 .452 14.75 48 x 144 .452 21.70 60 x 120 .452 23.04 60 x 144 .452 27.65 .040 x 48 x 96 .564 18.43 48 x 120 .564 23.04 48 x 144 .564 27.65 60 x 120 .564 28.80 60 x 144 .564 34.56 .050 x 48 x 96 .706 23.05 48 x 120 .706 28.80 48 x 144 .706 34.56 60 x 120 .706 36.00 60 x 144 .706 43.20 .063 x 36 x 96 .889 21.77 48 x 72 .889 21.77 48 x 96 .889 28.45 48 x 120 .889 35.56 48 x 144 .889 42.67 50 x 144 .889 44.45 60 x 120 .889 45.36 60 x 144 .889 53.34 72 x 96 .889 43.55 72 x 120 .889 54.43 72 x 144 .889 65.32 Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

ALUMINUM SHEET

Heat Treatable

6061-T6

AMS QQ A 250/11 AMS 4027 ASTM B 209 Color: Blue

(50)

.071 x 48 x 144 1.000 48.00 .080 x 48 x 72 1.127 27.65 48 x 96 1.127 36.86 48 x 120 1.127 46.08 48 x 144 1.127 55.30 60 x 120 1.127 57.60 60 x 144 1.127 69.12 .090 x 36 x 96 1.270 31.10 48 x 72 1.270 31.10 48 x 96 1.270 41.47 48 x 120 1.270 51.84 48 x 144 1.270 62.21 60 x 120 1.270 64.80 60 x 144 1.270 77.76 72 x 96 1.270 62.21 72 x 144 1.270 93.31 72 x 156 1.270 101.1 72 x 240 1.270 155.5 .100 x 48 x 72 1.411 34.56 48 x 96 1.411 46.08 48 x 144 1.411 67.73 60 x 120 1.411 72.00 60 x 144 1.411 84.66 Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

6061-T6

(51)

.125 x 36 x 96 1.764 42.34 36 x 120 1.764 54.00 36 x 144 1.764 64.80 48 x 72 1.764 43.20 48 x 96 1.764 56.45 48 x 120 1.764 70.56 48 x 144 1.764 84.67 60 x 120 1.764 90.00 60 x 144 1.764 105.84 72 x 96 1.764 86.40 72 x 120 1.764 108.00 72 x 144 1.764 129.60 72 x 156 1.764 140.40 72 x 240 1.764 216.00 .160 x 48 x 96 2.254 73.73 48 x 120 2.254 92.16 48 x 144 2.254 110.60 60 x 144 2.254 138.20 .190 x 36 x 96 2.685 64.44 36 x 144 2.685 98.50 48 x 96 2.685 85.92 48 x 120 2.685 107.40 48 x 144 2.685 128.88 60 x 120 2.685 136.86 60 x 144 2.685 161.10 72 x 96 2.685 131.30 72 x 120 2.685 164.20 72 x 144 2.685 197.00 72 x 156 2.685 213.40 72 x 240 2.685 328.30

ALUMINUM SHEET

Heat Treatable

6061-T6

(52)

7075-0

Bare

AMS QQ A 250/12 AMS 4044 ASTM B 209 Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet

.032 x 48 x 144 .466 22.37 .040 x 48 x 144 .582 27.94 .050 x 48 x 144 .727 34.91 .063 x 48 x 144 .916 43.98 .071 x 48 x 144 1.030 49.44 .080 x 48 x 144 1.162 55.78 .090 x 48 x 144 1.296 62.21 .100 x 48 x 144 1.440 69.12 .125 x 48 x 144 1.818 87.26 .190 x 48 x 144 2.736 131.32 .020 x 48 x 144 .288 13.82 .025 x 48 x 144 .364 17.47 .032 x 48 x 144 .466 22.37 .040 x 48 x 144 .582 27.94 .050 x 48 x 144 .727 34.89 .063 x 48 x 144 .916 43.98 .071 x 48 x 144 1.030 49.44 .080 x 48 x 144 1.162 55.78 .090 x 48 x 144 1.313 63.02 .100 x 48 x 144 1.440 69.12 Est. lbs. Est. lbs. THK Width Length per sq. ft. per sheet