Powder Alloy Corporation (アメリカ)
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Metallizing Wire
PAC Alloy #PAC 1000TIPAC 912W

Competitors ProductTafa 14T

Tafa 74MXC

Application

Carbon0.08 Max.

Hydrogen0.005 Max.

Coating is used in aircraft engines and as

Iron

0.10 Max.

an overlay for medical implants.

Nitrogen0.12 Max.

Oxygen0.10 Max.

Titanium

BalanceCoating is self bonding as general

Aluminum

7.25

purpose, medium hardness, tough andMolybdenum

6wear resistant.

Nickel80.0 Min.

Aluminum

17.0-27.0

NickelBalanceAluminum

17.0-27.0

Chrome18

Nickel70.0 Min.

smooth metallic surfaces. Coating isNickel

95

dense, tightly adherent and oxidation

Aluminum5

Coating is dense, high temperature andPAC 909W

Metco 405 Tafa 79B

oxidation resistant. Bonds better thanMolybdenum.

PAC 908W

Tafa 73MXC

Specification Nominal Chemistry Column1

Coating is self bonding, high oxidation
resistance and good machinability.
Coating is self bonding onto clean and

PAC 906W

Tafa 75B

resistant.
Aluminum
Coating is identical in chemistry to IN 718.
High temperature resistance to a variety
PAC 718W

Tafa 78Tof acidic and chloride environments.
Excellent oxidation resistance up to 1800
degrees Fahrenheit.

ChromeColumbiumA
Iron
Molybdenum
NickelTitanium
APlus Tantalum

Coating is identical in chemistry to IN 625.
PAC 625W

Tafa 71T

Used in applications requiring hightemperature resistance to a variety ofcorrosive environments.

PAC 600W

Metco Metcoloy 33

A high machinable alloy suitable for wear
and corrosion resistance.

0.5
1932
Balance
3.05
50.95

Aluminum

0.40 Max.

Carbon0.10 Max.

Chromium20.0-23.0

CobaltifColumbiumA

determined

Iron3.15-4.15

Manganese

5.0 Max.

Molybdenum

0.50 Max.

Nickel8.0-10.0

SiliconBalance

Sulfur

0.50 Max.

Titanium.015 Max.

APlus Tantalum.040 Max.

Chrome

15.5

Iron

8

NickelBalance

PAC 420W

Metco Metcoloy #2 Tafa 60T

Carbon0.35

A high Chromium Stainless Steel alloy

Chrome13that provides excellent wear qualities thatIronBalancecorrosion resistance.

Nickel0.5

Silicon

0.5

Aluminum

0.5 Max.

Carbon0.15 Max.

Copper

28.0-34.0

Iron

1.0-2.5

Manganese

1.5 Max.

NickelBalance

Silicon

0.5 Max.

Sulfur

0.2 Max.

Chrome15.5Iron

5.5

Molybdenum

16

NickelBalanceTungsten

3.75

Carbon0.08 Max.

Chromium19.5-22.0

Copper

0.75 Max.

Manganese

1.0-2.5

Molybdenum

0.75 Max.

Nickel

9.0-11.0

Phosphorus

0.03 Max.

Silicon0.30-0.65

Sulfur

0.03 Max.

Nickel99.0 Min.

Coating is bright and resistant toChrome20oxidation, corrosion and heat resistant.

Nickel80

Molybdenum

99.0 Min.

Coating is dense, little to no porosity andCopper

Balancelow oxide content. Excellent for fretting

Iron

0.55

wear applications.

Nickel30.5

Carbon0.5

Chromium

25.5

CobaltBalance

Nickel10.5

Tungsten

7.5

Aluminum

10

CopperBalance

Iron

1.5

Copper38

Silver30

Zink32

Copper

98.0 Min.

Aluminum

99.0 Min.

Coating is a Montel deposit that exhibits
corrosion and load bearing resistant
PAC 400W

Tafa 70T

surfaces particularly in seawater andcaustic environments. Coating is easily
machinable.

Coating has excellent resistance to stress
PAC 276W

Metco 8276 Tafa 77T

corrosion, cracking and chlorine
environments through 1800 degrees
Fahrenheit.

Coating is used as an overlay over aPAC 308W

Tafa 80T

variety of 300 series Stainless. Moderateresistance to general corrosion,
dimensional restoration and print rolls.

Exhibiting protection at high
PAC 200W

Tafa 06T

temperatures, coating is beneficial as anoverlay.

PAC 98W

Tafa 06C

Coating is beneficial for repair andPAC 118W

Metco Spray Bond Tafa 13T

salvage of automotive cracked blocks,
heads and similar castings, mold patterns
and latheways.

PAC 67W

Coating is identical in chemistry to Stellite
31. A cobalt base alloy having a very good
PAC 90W

Tafa TWX106

stress rupture, endurance and creep
properties. Good for oxidizing andreducing atmospheres to 2100 degrees
Fahrenheit.

PAC 30W

Tafa 30T

Mild Steel, Copper CoatedCoating can be used as a bearing surface

PAC 16W

Metco Spray Bronze AA Tafa 10T

with excellent resistance to fretting,cavitational wear and for salvage andbuild up of brass and bronze surfaces.

PAC A13

PAC 10W

Metco Silvaloy A30 Tafa 30S

Metco Copper Tafa 05T

Coating can be easily machined. Used foraircraft engine seals.
Coating can replace brazing. Used inelectrical applications.

AWSE70S-6

Exhibits excellent electrical and heat
PAC 1100W

Metco Aluminum

conductivity. Produces dense, corrosion
and oxidation resistant coatings.

Coatings are harder and slightly denser
PAC 4043W

Metco Aluminum SF Tafa OIS

than PAC 1100W coatings. Used for repair

Aluminum

Balanceof worn of mismachined Aluminum orSilicon

5.25

Magnesium substrates.
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