|
| SOME
OF OUR PRODUCTS... |
|
 Manganese
Bronze (Copper
Alloy No. 675) An alloy containing
copper, tin, iron, manganese and zinc,
generally available in rod, flat products, shapes and wire.
This alloy is appreciably harder and stronger than naval brass
(Copper Alloy No. 464) and is, therefore, preferred to the
latter for many structural uses. It is also an excellent
brazing alloy.
Click here
to select specifications |
 |
|
|
 Oxygen
Free Copper (Copper Nos. 101 and 102)
A commercially pure high conductivity copper which has
been produced in such manner as to contain no oxide or
residual deoxidants. It has very high resistance to hydrogen
embrittlement.
Click here
to select specifications |
|
|
|
Nickel
Aluminum Bronze
An alloy containing nominally 82% copper, 10% aluminum, 5%
nickel and 3% iron. Best suited for applications where
heavy loads, friction, corrosion and wear are a concern.
Click here
to select specifications |
|
 Naval
Brass (Copper Alloy No. 464)
An alloy containing nominally 60% copper, .75% tin and
39.25% zinc, generally available in rod, bar, wire, shapes,
tube and to some extent in flat products. It is used in marine
construction where a strong, hard material is required. Click here
to select specifications |
|
|
|
 Copper-Beryllium
Alloy (Copper Alloy Nos. 170, 172 and 175)
A heat-treatable copper alloy containing varying amounts
of beryllium and sometimes small amounts of cobalt, nickel and
chromium. It is capable of being formed readily when in the
soft condition and heat treated to hardnesses approaching
those of steel. Click here
to select specifications |
|
 Aluminum
Bus Pipe Round,
square, hex, flat, angle, channel, beam, sheet, plate, coil,
strip, tube, pipe, bus pipe, flat bus bar (bare & plated),
fittings, tread plate.
Contact us with your requirements. Click here
to select specifications |
|
|
|
 Aluminum
Nickel Bronze
An alloy containing nominally 81% copper, 11% aluminum, 4%
iron and 4% nickel.
Click here
to select specifications |
|
Aluminum
Silicon Bronze
An alloy containing nominally 91.2% copper, 7% aluminum
and 1.8% silicon with excellent capacity for being hot formed.
Click here
to select specifications |
|
|
|
Commercial
Bronze (Copper Alloy No. 220)
An alloy containing nominally 90% copper and 10% zinc,
generally available in flat products, wire, rod and tube. The
alloy is not technically a bronze, but because of long usage
the term Commercial Bronze has been used. Click here
to select specifications |
|
Copper
Bus Pipe Used
for bus
bars, conductivity wire, contacts, radio parts, switches,
terminals and even in hardware for ball floats, butts, cotter
pins, nails, rivets, soldering copper, tacks and many other
applications.
Click here
to select specifications |
|
|
|
 Free
Cutting Beryllium Copper High
conductivity, elasticity and tensile strength, BeCu is the
strongest and best spring material among all copper alloys for
application in high temperature, high corrosive and high
electrical current environment. An age hardenable material,
BeCu is the best choice for microswitch, connector, terminal,
relay and high precision spring parts. Click here
to select specifications |
|
 High
Conductivity Copper Pipe For
improved energy conservation, use
high-performance heat-transfer
tubes with advanced conductivity
performance. Click here
to select specifications |
|
|
|
 Seamless
Bus Pipe From simple, straight-walled tubes to the
complex assemblies for aerospace and related industries, our
seamless bus pipe is important to military, aerospace,
nuclear, chemical, medical, oil, food and semiconductor
industries. Click here
to select specifications |
|
Tellurium
Copper An
alloy containing nominally 99.7% copper, 0.55% tellurium and
.008% phosphorus. Click here
to select specifications |
|
|
|
Nickel
Silver (Copper Alloy Nos. 730-779 incl.)
Copper alloys containing nickel and zinc, formerly
sometimes called German Silver. These alloys are primarily
used for their distinctive colors which range from yellow to
silvery white. Click here
to select specifications |
|
Phosphor
Bronze (Copper Alloy Nos. 500-549 incl.)
Copper alloys with tin as the principal alloying
element, deoxidized with phosphorus. Various types are
available in flat products, rod, tube, wire and shapes, the
most common ones containing nominally 1.25% to 10% tin. Click here
to select specifications |
|
|
|
Silicon
Bronze (Copper Alloy Nos. 645 to 664
incl.) Any copper alloy with silicon as the
main alloying element, with or without additions of such
elements as zinc, manganese, aluminum, iron or nickel. The
more commonly used silicon bronzes are: High-Silicon Bronze.
(A), (Copper Alloy No. 655), nominally containing 96% copper
and 3% silicon; and Low-Silicon Bronze, (B) (Copper Alloy No.
651), nominally containing 97.7% copper and 1.5% silicon. Click here
to select specifications |
|
|
|
|
for more information on that topic.