Copper Based Alloys

Copper beryllium strips C17200 for relays stamping parts and switches Product brief introduction: Beryllium cooper strip is widely used in producing all kinds of micromotor’s brush, switch, relay, cell phone battery, spring,connector, attemperator’s leaf spring which with high strength, high elasticity, high hardness and high wearing feature. Chemical Composition: Be: 1.85-2.10% Co+Ni: 0.20% Min. Co+Ni+Fe: 0.60% Max. Cu: Balance Note: Copper plus additions equal 99.5% minimum

C17200 Beryllium Copper Becu Strip / Bar Beryllium copper is a supersaturated solid solution copper-based alloy, a copper alloy with bismuth as the main alloying element, also known as beryllium bronze. Features: Beryllium copper is an alloy with good mechanical, physical and chemical properties. After quenching, it has high strength, elasticity, wear resistance, fatigue resistance and heat resistance, with feature of high conductivity,thermal conductivity, cold resistance

Copper beryllium strips C17200 for relays stamping parts and switches Product brief introduction: Beryllium cooper strip is widely used in producing all kinds of micromotor’s brush, switch, relay, cell phone battery, spring,connector, attemperator’s leaf spring which with high strength, high elasticity, high hardness and high wearing feature. Chemical Composition: Be: 1.85-2.10% Co+Ni: 0.20% Min. Co+Ni+Fe: 0.60% Max. Cu: Balance Note: Copper plus additions equal 99.5% minimum

Copper beryllium strips C17200 for relays stamping parts and switches Product brief introduction: Beryllium cooper strip is widely used in producing all kinds of micromotor’s brush, switch, relay, cell phone battery, spring,connector, attemperator’s leaf spring which with high strength, high elasticity, high hardness and high wearing feature. Chemical Composition: Be: 1.85-2.10% Co+Ni: 0.20% Min. Co+Ni+Fe: 0.60% Max. Cu: Balance Note: Copper plus additions equal 99.5% minimum

UNS C17200 Alloy 25 Beryllium Copper wire Dia 0.4mm CuBe2 Chemical Composition: Be: 1.80-2.00% Co+Ni: 0.20% Min. Co+Ni+Fe: 0.60% Max. Others; 0.5% Max Cu: Balance Note: Cu+Be+Co+Ni+Fe 99.5% minimum. Density (g/cm3): 0.302Ib/in3 at 68F Specific Gravity: 8.36g/cm3 Melting Point(Liquidus): 1800F Melting Point(Solidus): 1600F Electrical Resistivity:: 46.2 ohms/cmil/ft@68F Electrical Conductivity: 22%IACS@68F(heat-treated) Thermal Conductivity : 62.0Btu ft ata 68F Modulus

Big dia. 387*25mm copper based alloy QBe2 Beryllium copper alloy C17200 disc Chemical Composition: Be: 1.80-2.00% Co+Ni: 0.20% Min. Co+Ni+Fe: 0.60% Max. Others; 0.5% Max Cu: Balance Note: Cu+Be+Co+Ni+Fe 99.5% minimum. Density (g/cm3): 0.302Ib/in3 at 68F Specific Gravity: 8.36g/cm3 Melting Point(Liquidus): 1800F Melting Point(Solidus): 1600F Electrical Resistivity:: 46.2 ohms/cmil/ft@68F Electrical Conductivity: 22%IACS@68F(heat-treated) Thermal Conductivity : 62.0Btu ft ata

C17200(CuBe2) dia 0.6mm Beryllium Copper Spring Wires Chemical Composition: Be: 1.80-2.00% Co+Ni: 0.20% Min. Co+Ni+Fe: 0.60% Max. Others; 0.5% Max Cu: Balance Note: Cu+Be+Co+Ni+Fe 99.5% minimum. Density (g/cm3): 0.302Ib/in3 at 68F Specific Gravity: 8.36g/cm3 Melting Point(Liquidus): 1800F Melting Point(Solidus): 1600F Electrical Resistivity:: 46.2 ohms/cmil/ft@68F Electrical Conductivity: 22%IACS@68F(heat-treated) Thermal Conductivity : 62.0Btu ft ata 68F Modulus Elasticity

NC003 CuNi1 Alloy3 Wire Copper Nickel Alloy for Heating Cable on Floor or Roof Common Name: CuNi1, Alloy3,HAI3.NC3 OhmAlloy 3 is a copper-nickel alloy (Cu99Ni1 alloy) with low resistivity for use at temperatures up to 200°C. OhmAlloy 3 is kind of low resistance (heating) alloy.It is one of the key materials of the low-voltage electrical products. It is widely used in low-voltage circuit breaker, electric blankets.thermal overload relay and other low-voltage electrical product

80*34mm copper based alloy QBe2 Beryllium copper alloy C17200 disc Common Name: C17200, alloy25, CuBe2, QBe2.0, DIN 2.1247 CuBe2--C17200 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. Meanwhile, the electrical

High quality C17510 CuNi2Be Copper Rod Primarily utilized in applications that require high thermal or electric conductivity.The alloy offers good strength and hardness characteristics coupled with conductivity in the range of 45-60 percent of copper with ultimate tensile and hardness properties approaching 140 ksi and RB 100 respectively. Physical Properties The following table shows the physical properties of UNS C17510 beryllium copper alloys. Properties Metric Imperial

High Quality Cu-ETP TIN Plated Pure Copper Strip Product brief introduction It can be used for all kinds of deep drawing and bending force parts, such as pin, rivet, washer, nut, pipe, pressure gauge, screen, radiator parts, etc. It has good mechanical properties, good plastic in thermal state, plastic in cold state, good cutting ability, easy fiber welding , corrosion resistance. It is widely used as an ordinary brass variety. Physical properties Grade Temper Hardness(HV)

30*30*1000mm copper based alloy brass H62 Square rod Yellow Brass, as it is commonly known, is among the highest zinc-containing brasses available to designers. Exhibiting a handsome yellow color associated with brasses this alloy finds use in many of the same applications as other high brasses. C2680 offers similar mechanical and physical properties to that of other brasses and is often found in applications requiring an economical copper-based alloy. Designers considering

0.55mm copper based alloy Silver coating Beryllium copper alloy C17200 wire Common Name: C17200, alloy25, CuBe2, QBe2.0, DIN 2.1247 CuBe2--C17200 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. Meanwhile, the