Cadi Company was founded over 40 years ago by Rocco Capozzi, Sr., to manufacture and distribute copper with expert attention to quality processing and service. The family owned and operated business quickly outgrew its Waterbury, Connecticut location and moved to a …

Beryllium Copper 172 offers excellent corrosion resistance, good electrical/thermal conductivity, with a strength and hardness comparable to steels. Though harder than most other copper alloys, 172 is also less electrically conductive. Soldering and brazing are rated as …

copper-beryllium alloy strip: qq-c-576: copper flat products with slit, slit and edge-rolled, sheared, sawed or machined edges (plate, bar, qq-c-585: copper-nickel-zinc alloy plate, sheet, strip and bar: qq-c-586: copper nickel-zinc alloy: rod, shapes and flat products with finished edges (flat wire, strip and ba:

The Be-Fe and Be-Co alloy systems have the best strength properties; Be-Cu and Be-Ni alloys are less strong but more plastic. At 400° C the ultimate strength of a beryllium alloy with 5 percent Co is 430 meganewtons per sq m (MN/m 2), and for one with 3 percent Fe it is 410 MN/m 2. The data on the stress-rupture strength of a Be alloy with 1 ...

peratureranges,between—120and+700°C.onasampleofberyllium,and between room temperature and 500°C. on thealuminum-beryllium alloys. The expansioncurves of beryllium and aluminum-beryllium alloysare shownand

It has a very high melting point (1,287°C) and a low density (1.844 g/cm 3 ). It resists oxidation and corrosion in the air. When alloyed with aluminum, copper, and other metals, beryllium's application in aerospace and other applications really begins to shine. For one, the low coefficient of thermal expansion (CTE) provided to these alloys ...

Copper Beryllium Alloys combine high strength with good electrical and thermal conductivities. The high strength of copper beryllium alloys is accomplished by either age hardening or precipitation hardening. Valued for their non-magnetic and non-sparking qualities, Copper Beryllium Alloys are available as high-strength and high conductivity alloys.

At ∼300°C, beryllium alloys show a classical LTRE, while their plasticity remains close to 1% at irradiation of up to ∼5 dpa, and no absolute brittle fracture occurs. Beryllium is a leader among fusion materials by the rate of transmutant helium accumulation. In the breeder reactor environment, it accumulates 1000× more He than in ...

Beryllium-copper alloys are used in a wide variety of applications because of their electrical and thermal conductivity, high strength and hardness, good corrosion and fatigue resistance, and nonmagnetic properties. Beryllium oxide is an excellent heat conductor, with high strength and hardness, and acts as an electrical insulator in some ...

It has a very high melting point (1,287°C) and a low density (1.844 g/cm 3 ). It resists oxidation and corrosion in the air. When alloyed with aluminum, copper, and other metals, beryllium's application in aerospace and other applications really begins to shine. For one, the low coefficient of thermal expansion (CTE) provided to these alloys ...

Alloy UNS Number Beryllium Nickel Cobalt Copper 3 C17510 0.2 - 0.6 1.4 - 2.2 - Balance 10 C17500 0.4 - 0.7 - 2.4 - 2.7 Balance PHYSICAL PROPERTIES* Alloy Elastic Modulus Melting Point (Solidus) Electrical Conductivity/ Resistivity Density** Thermal Expansion Coefficient Thermal Conductivity (25 °C) 3 20,000 ksi 138 GPa ...

Beryllium azide, BeN 6 is known and beryllium phosphide, Be 3 P 2 has a similar structure to Be 3 N 2. A number of beryllium borides are known, such as Be 5 B, Be 4 B, Be 2 B, BeB 2, BeB 6 and BeB 12. Beryllium carbide, Be 2 C, is a refractory brick-red compound that reacts with water to give methane. No beryllium silicide has been identified.

title = {THORIUM-BERYLLIUM ALLOYS AND METHOD OF PRODUCING SAME}, author = {Spedding, F H and Wilhelm, H A and Keller, W H}, abstractNote = {>The preparation is described of thorium-berylium alloys from halides of the metals by stmultaneously reducing thorium fluoride and beryllium fluoride with calcium at approximately 650 deg C and maintaining ...

Users of copper-beryllium alloys are seldom required to perform solution annealing, this operation is almost always done by the supplier. Typical annealing temperature ranges are 760 to 800 o C for the high-strength alloys and 900 to 955 o C (1650 to 1750 o F) for the high-conductivity alloys. Temperatures below the minimum can result in ...

Beryllium Copper Alloy 14: Plate, Strip, Rod, Wire: good strength and high conductivity . Authority: Specification: Alloy: Form: ASTM: B194 B196 B197 B534: 25 and 165 25, 165 and 33-25 25 10 and 14: Strip Rod Wire Strip: CDA and SAE: CA 172 CA 170 CA 173 CA 175: 25 165 33-25 10: Strip Strip Wire Strip: Federal USA: QQ-C-530 QQ-C-533: 25 and 33 ...

Featuring Beryllium Copper Alloys in a Variety of forms; 4% Beryllium Copper, Beryllium Copper Alloys: 20C, 10C, 70C, 165C, 275C and more. View more. Boron Copper. Featuring 2% Boron Copper for use as a deoxidizer and degasifier for copper and nickel-base alloys in a variety of forms.

C17500 alloy is the mirror image of alloy C17510 in terms of its properties and characteristics. The beryllium copper differ in that C175 specifies a cobalt alloying addition (2.40-2.70%) and alloy 17510 specifies a nickel alloying addition (1.40-2.20%), but their performance are the same. Sizes Available From NBM. SOLID BAR: 1/4" . 6" diameter

Beryllium does not form any compounds with aluminum. Instead, it forms a series of alloys whose melting points vary from the melting point of Be (1283 °C) to that of Al (654 °C).However, the melting point line of Be 1-x Al x is not linear but is an "s-shaped" curve as shown in the following diagram. There is a eutectic at 3.1 mol% Be (Be 0.031 Al 0.969) of 644 °C so that it is clear ...

Copper beryllium high strength alloys are less dense than conventional specialty coppers, often providing more pieces per pound of input material. Copper beryllium also has an elastic modulus 10 to 20 percent higher than other specialty copper alloys. Strength, resilience, and elastic properties make copper beryllium the alloy of choice.

The commercial grades of beryllium copper contain 0.4 to 2.0 percent beryllium. The small ratio of beryllium to copper creates a family of high copper alloys with strength as high as alloy steel. The first of the two families, C17200 and C17300, includes high strength with moderate conductivity, while the second family, C17500 and C17510 ...

PerforMet® Alloys – PerforMet alloys offer high strength, thermal conductivity and friction, wear and corrosion resistance for automotive powertrain applications. Nickel Beryllium Alloy 360 – Alloy 360 offers high levels of strength, hardness and thermal conductivity for mechanical and electronic components subject to elevated temperatures ...

Jan 06, 2017· Recent developments in ultrahigh strength magnesium and beryllium alloys are presented. Initial costs and fabrication costs are reviewed briefly. Ultimate tensile strength, yield strength, and elongation values are given for the various alloy forms. Data illustrating the effect of temperature on Young's modulus for magnesium-alloy sheet and plate is also presented.

Home / Products / Copper Beryllium / C17300 Copper Beryllium (Alloy M25). AMS: QQ-C-530 Alloy Description: Copper Beryllium (0.4% Pb) UK: Alloy M25 EU: Alliage M25 C17300 (M25) high-strength CopperBerillium Alloy is nearly identical to C17200/CuBe2, but with a small percentage of lead added strictly to increase machinability performance for high speed screw machining.

Nickel beryllium alloys consist up to 98% nickel and 2% of beryllium. This alloys are age-hardenable alloys, having the advantages of high strength, high elevated temperature relaxation resistance, reasonable conductivity and good formability. Their added advantages over the copper-based alloys are, they are highly corrosion resistant and ...

Feb 21, 2014· High-strength beryllium copper can also be brazed and solution heat treated at the same time. Large parts, dissimilar sections or long-cycle work may be brazed in a furnace with an alloy (Braze 720/721) flowing at 1435°F (779°C). Even in most inert or …

copper beryllium alloy plate, sheet, strip, and rolled bar: strip: sae: j461: wrought and cast copper alloys: astm: b194: copper beryllium alloy plate, sheet, strip, and rolled bar: sae: j463: wrought copper and copper alloys: astm: b888/b88m: copper alloy strip for …

Cube2--C17200 (CDA 172) Beryllium Copper is the most commonly utilized Copper Beryllium alloy and is notable for its highest strength and hardness compared to commercial copper alloys. C17200 alloy contains appr. 2% of beryllium and achieves its ultimate tensile strength can exceed 200 ksi, while the hardness approaches Rockwell C45.

Copper-beryllium alloys are heated to 800–920 o C and rapidly cooled. This is called solution treatment and is done by the supplier as part of the manufacturing process. They are then reheated to 260–470 o C and this produces age or precipitation hardening. In the solution treated condition, the alloy …

C 172 Copper Beryllium is the most specified copper beryllium and is available at Morgan Bronze in both Solution and Precipitation Heat Treated tubing as well as Solution Heat Treated Rod and Bar. In its age hardened condition C 172 attains the highest strength and hardness of any commercial copper based alloy. The ultimate

Additionally, it has proven difficult to establish a clear inhalation exposure-response relationship for beryllium sensitization and CBD. Thus, skin may be an important route of exposure that leads to beryllium sensitization. A 2000 survey had identified prevalence of sensitization (7%) and CBD (4%) in a beryllium alloy facility.