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ISO 9001: 2000 Certified,
AS 9100 Rev. B Certified
Coatings
Offered For:
RoHs, ELV, NSF, ISO 10993-1
Other Programs: DoD, & DoE
ATF & ISO 10993, ITAR,
10 CFR 50,
App B & NADCAP |
| SOLVING YOUR PROBLEMS "WITH OUR
SOLUTIONS" |
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Other Processes:
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Tin AlloysCobalt Alloys
Nickel-Cobalt Phos |
- Nickel-Cobalt
- Nickel Phos
- Zinc
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- Tungsten
- Tin-Nickel
- Silver & Others
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Techmetal - 123
An amorphous nickel coating approximately 14% phosphorus. In some applications
this coating has superior corrosion resistance to electroless
nickel. It can be
plated to thicknesses of .250 or more for salvage. It is best suited for simple
shapes, such as flats and diameters as well as a coating for diamond turning applications.
It offers superior corrosion resistance, increased wear life, and good lubricity
at a reduced cost. Easily co-deposited with diamond, silicon carbide or teflon for
additional wear and release.
Techmetals - 125
An electrolytic amorphous cobalt coating, 14% phosphorous. This coating
combines the hardness of hard chrome and the corrosion resistance of electroless
nickel into one coating. It can be plated to thicknesses greater than 250. Its hardness
is 64 Rockwell C, and can be heat treated to 70 Rockwell C. It exhibits better corrosion
to some materials, such as nitrites, and has replaced stellite in some applications.
If high hardness and corrosion resistance are needed in one coating, Techmetal 125
is the answer.
Techmetal - 131
electrolytic nickel deposit of the purest nickel providing a soft ductile
coating of only < 225 vickers hardness. Outstanding corrosion resistance, solderability,
magnetic characteristics, and resists oxidation at high temperatures. Coating thickness of up to 250” can be obtained. Techmetals can handle small or large parts with 5
ton crane capacity and tanks up to 10 ft. in depth are available. Engineering applications
in the nuclear, textile, printing, petroleum, and electronics industries are widely
accepted. Techmetal 131 coating is ideal where a pure, stress free, machinable and
very corrosion resistant deposit is required.
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Techmetals' electrolytic nickel process provides the highest level possible
of a pure nickel coating. Advanced solution control techniques, in conjunction with
the state-of-the-art equipment, delivers a superior quality coating. Applications
requiring thicknesses up to .250" can be achieved under the most stringent plating
specifications. Although this highly corrosion resistant deposit is usually used
on small simple parts requiring less than .005 thickness, Techmetals has the capacity
to handle components up to 10 feet long and weighing up to 10,000 pounds. Using
our insuitue process, we have plated parts upto 25,000 lbs. All parts receive the
same detail in quality and workmanship. |
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Engineering applications of the coating are to improve or modify surface properties
including corrosion resistance, magnetism and resistance to oxidation at high temperatures.
Maintaining consistent quality control parameters over the plating process allows
for the lowest possible stress in the deposit. This unique deposit structure delivers
a soft, ductile and machineable coating of only 10 to 18 Rockwell C.
This pure nickel deposit is free of stress cracks, which normally occur in many
electrolytic nickel deposits, giving it a superior corrosion resistance which is
ideal for the nuclear, chemical, paper, textile, printing, electronic and caustic
processing industries. This coating also meets Union Carbide's JS1396 nuclear specification.
Electrolytic nickel is often used for repairs requiring heavy buildups in excess
of 1/8" thick.
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Electrolytic nickel is often used for repairs requiring heavy buildups in excess
of 1/8" thick.
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Electro Polish
Electro Polish
400 Heat Treated Stainless Steel, 300 Series Stainless Steel, Aluminum, Steel, Copper,
Nickel, and Cobalt alloys. |
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For more information on Techmetals, Inc electroless and electrolytic nickel
plating, or for help on specification callouts, contact us at
1.800.550.3096 or
email us today.
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