ALL OF THE FOLLOWING TYPES OF ALLOYS

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Any shape, any geometry, any composition — including unique compositions

NICKEL COPPER

ASTM: B267 UNS: C70201
Ω/cir. mil. .: 30 Weight/Density: .31 lbs/in2 (8.9 g/cm3)
Chemical Composi on %: Ni 2%, Cu Balance Conduc vity: 116 w/mK
Temp. Coeff. of Resistance: 0.0013 Specific Gravity: 8.92
Coeff. of Lin. Expansion, X 10-6: 16.5 (20-100˚C) Specific Heat: .092 cal./gm @ 20˚C
Mel ng Point: ~1,100˚C (~2,012˚F) Elonga on: 15-30%
Max Opera ng Temp: ~600˚C (~1,112˚F) Yield Point:
So Tensile: 25,000-40,000 PSI

4706 NICKEL IRON ALLOYS (GLASS SEALING)

ASTM: DIN: 17745
Ω/cir. mil. .: 550 Weight/Density: .292 lbs/in2 (8.1 g/cm3)
Chemical Composi on %: Ni 46-48%, C .020% max, Cr 5.5-6.5%, Mn .3% , Si .3%, Fe — Bal
Coeff. of Lin. Expansion, X 10-6: 9.7 (100˚C), 9.3 (200˚C), 9.2 (300˚C), 10.0 (400˚C), 11.6 (500˚C)
Conduc vity: 14 w/mK Specific Heat: .119 cal./gm @ 20˚C
Temp. Coeff. of Resistance: Specific Gravity: 8.10
Mel ng Point: ~1,450˚C (~2,640˚F) Elonga on: 20-40%
Max Opera ng Temp: Yield Point: 20,000-40,000
So Tensile: 62,000-82,000 PSI

ALLOY 120 PRECISION RESISTANCE

ASTM: B 267 UNS:
Ω/cir. mil. ft.: 120 Weight/Density: .305 lbs/in2 (8.4 g/cm3)
Chemical Composition %: Ni 70%, Fe 30% Conductivity: 29 w/mK
Temp. Coeff. of Resistance: 0.0045 Specific Gravity: 8.46
Coeff. of Lin. Expansion, X 10-6: 15 (20-100˚C) Specific Heat: .125 cal./gm @ 20˚C
Melting Point: ~1,425˚C (~2,600˚F) Elongation: 15-30%
Max Operating Temp: ~590˚C (~1,095˚F) Yield Point: 40,000-60,000 PSI
Soft Tensile: 70,000-100,000 PSI

ALLOY NPS 2% NICKEL PLATED STEEL

ASTM: UNS: G10060
Ω/cir. mil. ft.: 86 Weight/Density: .284 lbs/in2 (7.8 g/cm3)
Chemical Composition %: Core: C .06 max Low Carbon Steel (AISI/SAE 1006)
Plate: 99.95% Pure Nickel 2% Free from all other trace elements
Coeff. of Lin. Expansion, X 10-6: 13.5 (20-500˚C) Conductivity:
Specific Heat: .115 cal./gm @ 20˚C Temp. Coeff. of Resistance:
Specific Gravity: 7.8 Melting Point:
Elongation: 20% MIN Max Operating Temp:
Yield Point: 26,000-40,000 PSI Soft Tensile: 45,000-65,000 PSI

ALLOY 200 NICKEL

ASTM: UNS: N02200
Ω/cir. mil. ft.: 60 Weight/Density: .321 lbs/in2 (8.9 g/cm3)
Chemical Composition %: Ni 99.2%,C .1% max,Cu .25%,Fe .4%,Mg .15%,Mn .3%,S .005%,Si .2%
Coeff. of Lin. Expansion, X 10-6: 13.9(200˚C), 14.8(400˚C), 15.5(600˚C), 16.2(800˚C), 16.9(1,000˚C)
Conductivity: 70 w/mK Specific Heat: .109 cal./gm @ 20˚C
Temp. Coeff. of Resistance: 0.00470 Specific Gravity: 8.9
Melting Point: ~1,450˚C (~2,640˚F) Elongation: 20-40%
Max Operating Temp: ~1,100˚C (~2,012˚F) Yield Point: 15,000-40,000 PSI
Soft Tensile: 50,000-70,000 PSI

ALLOY 302 STAINLESS STEEL

ASTM: UNS: S30200
Ω/cir. mil. .: 433 Weight/Density: .286 lbs/in2 (7.9 g/cm3)
Chemical Composi on %: Ni 8-10%, C .15% max, Cr 17-19%, Si 1%, Mn 2%, P .045%, S .03%
Coeff. of Lin. Expansion, X 10-6: 17.8 (20-500˚C) Specific Heat: .118 cal./gm @ 20˚C
Conduc vity: 16 w/mK Specific Gravity: 7.86
Temp. Coeff. of Resistance: .00085 Elonga on: 20-40%
Mel ng Point: ~1,420˚C (~2,590˚F) Yield Point: 20,000-40,000 PSI
Max Opera ng Temp: ~1,700˚C (~925˚F) So Tensile: 80,000-110,000

ALLOY 240 BRASS

ASTM: UNS: C24000
Ω/cir. mil. ft.: 32.5 Weight/Density: .313 lbs/in2 (8.7 g/cm3)
Chemical Composition %: Cu 78.5-81.5%, Fe .05% max, Pb .05% max, Zn balance
Coeff. of Lin. Expansion, X 10-6: 19.1 (20-250˚C) Specific Heat: .09 cal./gm @ 20˚C
Conductivity: 140 w/mK Specific Gravity: 8.67
Temp. Coeff. of Resistance: Elongation: 15-30%
Melting Point: ~1,000˚C (~1,830˚F) Yield Point: 15,000-30,000 PSI
Max Operating Temp: ~900˚C (~1,650˚F) Soft Tensile: 45,000-60,000

ALLOY 521 BRONZE

ASTM: B159 UNS: C52100
Ω/cir. mil. ft.: 80 Weight/Density: .318 lbs/in2 (8.8 g/cm3)
Chemical Composition %: Sn 7-9%, Zn .2%, Fe .1%, P .03-.035%, Pb .05%, Cu — Balance
Coeff. of Lin. Expansion, X 10-6: 18.2 (20-300˚C) Specific Heat: .090 cal./gm @ 20˚C
Conductivity: 62 w/mK Specific Gravity: 8.8
Temp. Coeff. of Resistance: Elongation: 20-40%
Melting Point: ~1,027˚C (~1,880˚F) Yield Point: 20,000-40,000 PSI
Max Operating Temp: Soft Tensile: 53,000-68,000

ALLOY 750 RESISTANCE HEATING

ASTM: B603 UNS: K91670
Ω/cir. mil. ft.: 750 Weight/Density: .264 lbs/in2 (7.3 g/cm3)
Chemical Composition %: Cr 14-16%, Al 3.75 4.-75%, Mg .6%, C .08%, Si .5%, Fe — Balance
Coeff. of Lin. Expansion, X 10-6: 11 (250˚C), 12 (500˚C), 14 (750˚C), 15 (1,000˚C)
Conductivity: 21 w/mK Specific Heat: .110 cal./gm @ 20˚C
Temp. Coeff. of Resistance: .00009 Specific Gravity: 7.3
Melting Point: ~1,510˚C (~2,750˚F) Elongation: 15-30%
Max Operating Temp: ~1,040˚C (~1,900˚F) Yield Point: 60,000-80,000 PSI
Soft Tensile: 75,000-105,000 PSI

ALLOY 400 PRECISION RESISTANCE

ASTM: B164 DIN: 17753 UNS: N04400
Ω/cir. mil. ft.: 310 Weight/Density: .318 lbs/in2 (8.8 g/cm3)
Chemical Composition %: Ni 63%, C .05% max, Cu 28-34%, Fe 1-2%, Mn 1.25%, S .01%, Si .5%, Al .3%
Coeff. of Lin. Expansion, X 10-6: 15.5 (200˚C), 16.0 (400˚C), 16.6 (600˚C), 17.4 (800˚C)
Conductivity: 21 w/mK Specific Heat: .103 cal./gm @ 20˚C
Temp. Coeff. of Resistance: .00010 Specific Gravity: 8.84
Melting Point: ~1,350˚C (~2,462˚F) Elongation: 15-30%
Max Operating Temp: ~550˚C (~1,022˚F) Yield Point: 25,000-45,000 PSI
Soft Tensile: 65,000-85,000 PSI

ALLOY 600 RESISTANCE HEATING

ASTM: B344 & B267 UNS:
Ω/cir. mil. ft.: 610 Weight/Density: .287 lbs/in2 (7.9 g/cm3)
Chemical Composition %: Ni 34-37%, Cr 18-21%, C .15%, Si 1-3%, Mn 1%, S .1%, Fe — Balance
Coeff. of Lin. Expansion, X 10-6: 16 (250˚C), 17 (500˚C), 18 (750˚C), 19 (1,000˚C)
Conductivity: 13 w/mK Specific Heat: .119 cal./gm @ 20˚C
Temp. Coeff. of Resistance: .0004 Specific Gravity: 7.95
Melting Point: ~1,390˚C (~2,535˚F) Elongation: 20-40%
Max Operating Temp: ~1,000˚C (~2,012˚F) Yield Point: 30,000-50,000 PSI
Soft Tensile: 80,000-120,000 PSI