CAC304 / HBsC4 High Tensile Brass is a tough, corrosion resistant alloy with outstanding wear characteristics. Ideal for high load, low speed applications including Gears, Valve Stems, Bushings, Cams, Wear Rings for Pressing Dies for Wood Pulp Industry, High Strength Machine Parts.
CAC304 / HBsC4 High Tensile Brass is a tough, corrosion resistant alloy with outstanding wear characteristics. Ideal for high load, low speed applications including Gears, Valve Stems, Bushings, Cams, Wear Rings for Pressing Dies for Wood Pulp Industry, High Strength Machine Parts.
High Tensile Brass CAC302 is good in terms of strength, wear resistance, hardness and rigid. High Tensile Brass CAC302 is specialized in machining for Propellers for ships, bearings, slippers, end plates, valve seats, valve stems, special cylinders, general machine components.
High Tensile Brass CAC302 is good in terms of strength, wear resistance, hardness and rigid. High Tensile Brass CAC302 is specialized in machining for Propellers for ships, bearings, slippers, end plates, valve seats, valve stems, special cylinders, general machine components.
Busbars work as wonderful conductors and play an important role in the distribution of electricity. Busbar is a modern, space-saving and energy-saving solution for power distribution. Busbars are manufactured from pure red copper with a purity of 99.90%. Busbars not only ensure stable performance but also increase the lifespan of the electrical system because its high conductivity reached 101% IACS.
Busbars work as wonderful conductors and play an important role in the distribution of electricity. Busbar is a modern, space-saving and energy-saving solution for power distribution. Busbars are manufactured from pure red copper with a purity of 99.90%. Busbars not only ensure stable performance but also increase the lifespan of the electrical system because its high conductivity reached 101% IACS.
C10100 Pure Copper / Cu-OFE (Oxygen Free Electronic Grade) is an oxygen-free and non phosphorus-deoxidized copper with a guaranteed purity of 99.99%. C10100 Pure Copper / Cu-OFE has a minimum electrical conductivity of 101% IACS (International Annealed Copper Standard). C10100 Pure Copper / Cu-OFE is made from a high purity copper cathode CuCATH-1 (CR001A). This high purity is maintained throughout the entire manufacturing process without the addition of deoxidizing elements such as phosphorus. The consequence of this high purity is an extremely high electrical and thermal conductivity.
C10100 Pure Copper / Cu-OFE (Oxygen Free Electronic Grade) is an oxygen-free and non phosphorus-deoxidized copper with a guaranteed purity of 99.99%. C10100 Pure Copper / Cu-OFE has a minimum electrical conductivity of 101% IACS (International Annealed Copper Standard). C10100 Pure Copper / Cu-OFE is made from a high purity copper cathode CuCATH-1 (CR001A). This high purity is maintained throughout the entire manufacturing process without the addition of deoxidizing elements such as phosphorus. The consequence of this high purity is an extremely high electrical and thermal conductivity.
C83600 Leaded Gunmetal Bronze For Bushings, Sleeve Bushing, Gears, Pump & Valve Parts
Sn (Tin) | 4.55%
Zn (Zinc) | 5.85%
Pb (Lead) | 5.7%
Ni (Nickel) | 0.5%
Al (Aluminum) | 0.01%
P (phosphor) | 0.05%
Si (Silicon) | 0.02%
Cu (Copper) | Balance
* Tensile Strength | max. MPa 280
* 0.2% Proof Stress | max. MPa 115
* Elongation | max. 30%
* Hardness | 70 BHN
Standard Application | C83600, BC6, BC6C & LG2
C83600 Leaded Gunmetal Bronze For Bushings, Sleeve Bushing, Gears, Pump & Valve Parts
Sn (Tin) | 4.55%
Zn (Zinc) | 5.85%
Pb (Lead) | 5.7%
Ni (Nickel) | 0.5%
Al (Aluminum) | 0.01%
P (phosphor) | 0.05%
Si (Silicon) | 0.02%
Cu (Copper) | Balance
* Tensile Strength | max. MPa 280
* 0.2% Proof Stress | max. MPa 115
* Elongation | max. 30%
* Hardness | 70 BHN
Standard Application | C83600, BC6, BC6C & LG2
Phosphor Bronze PB1 BS1400 For Shaft Bushings, Heavy Worn Gears, Valve - Pump Parts well.
Copper Cu | 87 ~ 89.5
Tin Sn | 10 ~ 11.5
Lead Pb | max 0.25
Zinc Zn | max 0.05
Nickel Ni | max 0.10
Phosphor P | max 1.0
Aluminium Al | max 0.01
Iron Fe | max 0.1
Antimony | max 0.05
Sulphur | max 0.05
Silicon | max 0.01
Bismuth | max 0.05
Tensile strength (N/mm2) | 350
Proof strength (N/mm2) | 170
Elongation % | 4 ~ 6
Density (g/cmᶟ) | Approx. 8.7
Hardness | 110 BHN
Phosphor Bronze PB1 BS1400 For Shaft Bushings, Heavy Worn Gears, Valve - Pump Parts well.
Copper Cu | 87 ~ 89.5
Tin Sn | 10 ~ 11.5
Lead Pb | max 0.25
Zinc Zn | max 0.05
Nickel Ni | max 0.10
Phosphor P | max 1.0
Aluminium Al | max 0.01
Iron Fe | max 0.1
Antimony | max 0.05
Sulphur | max 0.05
Silicon | max 0.01
Bismuth | max 0.05
Tensile strength (N/mm2) | 350
Proof strength (N/mm2) | 170
Elongation % | 4 ~ 6
Density (g/cmᶟ) | Approx. 8.7
Hardness | 110 BHN
CAC603 Leaded Tin Bronze is good in terms of pressure resistance and wear resistance, and thus is suitable for bearings. It is good in terms of affinity and thus is used for middle-speed and heavy-load bearings, bearings for big-size engines, back panels of white metals, bushings for high-speed, railroad cars, etc.
Mechanical Properties - CAC603 Leaded Tin Bronze:
%Cu | 77.0~81.0
%Sn | 9.0~11.0
%Pb | 9.0~11.0
%Zn | 0.0~0.10
%Fe | 0.0~0.30
%Ni | 0.0~0.10
%P | 0.0~0.10
Tensile strength | 35 PSI
Yield strength | 20 PSI
Elongation | 6%
Hardness Brinell 500kg | min 60 BHN
CAC603 Leaded Tin Bronze is good in terms of pressure resistance and wear resistance, and thus is suitable for bearings. It is good in terms of affinity and thus is used for middle-speed and heavy-load bearings, bearings for big-size engines, back panels of white metals, bushings for high-speed, railroad cars, etc.
Mechanical Properties - CAC603 Leaded Tin Bronze:
%Cu | 77.0~81.0
%Sn | 9.0~11.0
%Pb | 9.0~11.0
%Zn | 0.0~0.10
%Fe | 0.0~0.30
%Ni | 0.0~0.10
%P | 0.0~0.10
Tensile strength | 35 PSI
Yield strength | 20 PSI
Elongation | 6%
Hardness Brinell 500kg | min 60 BHN
C90300 SAE620 Bearing Bronze
Copper (Cu) | 86.0 ~ 89.0%
Tin (Sn) | 7.50 ~ 9.0%
Lead (Pb) | max. 0.30%
Zicum (Zn) | 3.0 ~ 5.0%
Furrum (Fe) | max. 0.20%
Nickel (Ni) | max. 1.0%
Stibium (Sb) | max. 0.2%
Phosphor (P) | max. 1.50
Sulfur (S) | max. 0.05%
Alluminium (Al) | max. 0.005%
Silic (Si) | max. 0.005%
Tensile Strength(Mpa, min.) | 303 0.5%
Yield Strength(MPa, min.) | 152
Elongation(min. %) | 18
C90300 SAE620 Bearing Bronze
Copper (Cu) | 86.0 ~ 89.0%
Tin (Sn) | 7.50 ~ 9.0%
Lead (Pb) | max. 0.30%
Zicum (Zn) | 3.0 ~ 5.0%
Furrum (Fe) | max. 0.20%
Nickel (Ni) | max. 1.0%
Stibium (Sb) | max. 0.2%
Phosphor (P) | max. 1.50
Sulfur (S) | max. 0.05%
Alluminium (Al) | max. 0.005%
Silic (Si) | max. 0.005%
Tensile Strength(Mpa, min.) | 303 0.5%
Yield Strength(MPa, min.) | 152
Elongation(min. %) | 18
C6191 Aluminum Bronze has excellent wear resistance - corrosion resistance - fatigue resistance for good for Nut, Worm gears, Bush, Mold, Spiral gears.
Copper (%Cu, min) | 81.0~88.0
Alluminium (%Al) | 8.0~11.0
Furrum (%Fe) | 3.0~5.0
Nickel (%Ni) | 0.5 ~ 2.0
Manganum (%Mn) | 0.5 ~ 2.0
Tensile Strength (Mpa, min.) | 500 ~ 900
Elongation(min. %) | 40 ~ 5
Hardness (HBW, min) | 110 ~ 200
C6191 Aluminum Bronze has excellent wear resistance - corrosion resistance - fatigue resistance for good for Nut, Worm gears, Bush, Mold, Spiral gears.
Copper (%Cu, min) | 81.0~88.0
Alluminium (%Al) | 8.0~11.0
Furrum (%Fe) | 3.0~5.0
Nickel (%Ni) | 0.5 ~ 2.0
Manganum (%Mn) | 0.5 ~ 2.0
Tensile Strength (Mpa, min.) | 500 ~ 900
Elongation(min. %) | 40 ~ 5
Hardness (HBW, min) | 110 ~ 200
Copper (Cu) | 81.0 ~ 85.0%
Tin (Sn) | 6.3 ~ 7.5%
Lead (Pb) |6.0 ~ 8.0%
Zicum (Zn) | 2.0 ~ 4.0%
Furrum (Fe) | max 0.20%
Nickel (Ni) | max 1.0%
Stibium (Sb) | max 0.35%
Phosphor (P) | max 1.50
Sulfur (S) | max 0.08%
Alluminium (Al) | max 0.005%
Silic (Si) | max 0.005%
Tensile Strength (Mpa, min.) | 241
0.5% Yield Strength(MPa, min.) | 138
Elongation(min. %) | 10
Copper (Cu) | 81.0 ~ 85.0%
Tin (Sn) | 6.3 ~ 7.5%
Lead (Pb) |6.0 ~ 8.0%
Zicum (Zn) | 2.0 ~ 4.0%
Furrum (Fe) | max 0.20%
Nickel (Ni) | max 1.0%
Stibium (Sb) | max 0.35%
Phosphor (P) | max 1.50
Sulfur (S) | max 0.08%
Alluminium (Al) | max 0.005%
Silic (Si) | max 0.005%
Tensile Strength (Mpa, min.) | 241
0.5% Yield Strength(MPa, min.) | 138
Elongation(min. %) | 10
Đồng nguyên chất (Cu) | 98.0 ~ 99.0%
Chromium (Cr) | 0.5 ~ 1.5%
Ziconium (Zr) | 0.05 ~ 0.25%
Electrical Conductivity (%IACS) | 80.0 ~ 85.0%
Sức căng ( Tensile strength) | 50 ~ 70 KSI
Hệ số giãn nở nhiệt ×106/K(20～300℃) | 16.45
Tỉ trọng | 8.89
Giới hạn nóng chảy | 1080 C
Giới hạn kết tinh | 1070 C
Modul đàn hỗi (kN/mm2) | 117000
Độ dẫn nhiệt | 187.0 Btu
Độ cứng | 72 ~ 85 HRB
Đồng nguyên chất (Cu) | 98.0 ~ 99.0%
Chromium (Cr) | 0.5 ~ 1.5%
Ziconium (Zr) | 0.05 ~ 0.25%
Electrical Conductivity (%IACS) | 80.0 ~ 85.0%
Sức căng ( Tensile strength) | 50 ~ 70 KSI
Hệ số giãn nở nhiệt ×106/K(20～300℃) | 16.45
Tỉ trọng | 8.89
Giới hạn nóng chảy | 1080 C
Giới hạn kết tinh | 1070 C
Modul đàn hỗi (kN/mm2) | 117000
Độ dẫn nhiệt | 187.0 Btu
Độ cứng | 72 ~ 85 HRB
Copper (Cu) | 88 ~ 90%
Sn | 10~12%
Lead (Pb) | 0.50%
Furrum (Fe) | 0.15%
Nickel (Ni) | 0.5%
Stibium (Sb) | 0.2%
Phosphor (P) | 0.3%
Sulfur (S) | 0.05%
Alluminium (Al) | 0.005%
Mn | max. 0.2%
Silic (Si) | 0.005%
Zn | max. 0.5%
Tensile Strength(Mpa, min.) | 276
0.5% Yield Strength(MPa, min.) | 172
Elongation(min. %) | 10
Hardness (min.HRB) | 102
Copper (Cu) | 88 ~ 90%
Sn | 10~12%
Lead (Pb) | 0.50%
Furrum (Fe) | 0.15%
Nickel (Ni) | 0.5%
Stibium (Sb) | 0.2%
Phosphor (P) | 0.3%
Sulfur (S) | 0.05%
Alluminium (Al) | 0.005%
Mn | max. 0.2%
Silic (Si) | 0.005%
Zn | max. 0.5%
Tensile Strength(Mpa, min.) | 276
0.5% Yield Strength(MPa, min.) | 172
Elongation(min. %) | 10
Hardness (min.HRB) | 102
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Resistance Seam Welding Wheels Copper C18150 is used to weld long and continuous weld lines, giving us beautiful welds without weld marks and very strong penetration. Resistance Seam Welding Wheels Copper C18150 are often called contact resistance welding with two main welding electrodes which are two Roller Welding Discs, one on top and one on the bottom. Penetration welds are created by large currents and voltages generated at a local contact point, creating high temperatures that cause melting between two metal layers at the contact point of two Resistance Seam Welding Wheels Copper C18150.
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C1020 Oxygen Free Copper with content over 99.99% is Pure copper, such as Oxygen free copper, Tough pitch copper, Phosphorus deoxidized copper. C1020 Oxygen Free Copper with The electrical conductivity up to 101% IACS, thermal conductivity of Pure copper are high. The C1020 OFC is provided in the respective shapes such as a plate, a strip (Up to 5mm thickness), and a bar by processing the high quality pure copper ingot. The bendability, the formability and the corrosion resistance are superior also.
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C1010 Pure Copper is the designation for the 99.99% pure copper used in a range of engineering applications. C1010 Pure Copper is also known as HC or high conductivity copper. It has a nominal conductivity of 100% IACS (International Annealed Copper Standard). It also has high thermal conductivity. This is therefore the material of choice for use in conductors and electrical components but not when the service environment is a reducing atmosphere. High ductility and impact strength also serve to make C1010 Pure Copper (C101/CW004A) an extremely useful material. C1010 Pure Copper (C101/CW004A) is also the base material from which common brasses and bronzes are produced.
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C1100 Pure Copper also known as Electrolytic-Tough-Pitch (ETP) and is the most common Pure Copper. C1100 Pure Copper is universal for electrical applications and has a minimum conductivity rating of 100% IACS and is required to be 99.9% pure. C1100 Pure Copper also has 0.02% to 0.04% oxygen content (typical). Most of the C1100 material sold today will meet or exceed the 101% IACS specification. C1100 as with Oxygen Free Copper, silver (Ag) content is counted as copper (Cu) for purity purposes.
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CAC604 Leaded Tin Bronze has the characteristics - anti-corrosion and high durability, CAC604 Leaded Tin Bronze is used in the production and manufacture of all types of mechanical equipment and equipment - electronic components, parts machines such as pumps, gears, shafts, bushings - sliding bearings, sliding guide plates, pump - valve parts. With good thermal and electrical conductivity, CAC604 Leaded Tin Bronze is also used to produce aircraft, ship and car parts due to its durable and good load-bearing properties.
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C95800 Aluminum Bronze is a type of copper alloy whose main components are copper, aluminum, nickel and iron. This is an alloy with high mechanical properties, able to withstand high loads, impacts and high temperatures. C95800 Aluminum Bronze also has good resistance to chemical and sea salt corrosion, due to the hard oxide layer that protects the surface. C95800 Aluminum Bronze is widely used in heavy and light industrial fields, especially chemical, marine and military industries. Some products made from C95800 Aluminum Bronze are bearings, gears, worm gears, pump parts, valves, ship propeller blades, molds and replacement materials.
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C95500 Aluminum Bronze - A special material with optimal structure and high load capacity. In particular, C95500 Aluminum Bronze has excellent resistance to heat abrasion - chemical corrosion & sea salt water. Discover now!
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CuSn12-C EN 1982 CC484K Tin Bronze with good wear resistance, corrosion and salt water resistant and has ability to increase stability and wear resistance along with good antifriction properties.
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C17510-FH Beryllium Copper Alloy - Beryllium copper alloy is quite unique for modern Industry: Mechanical - Resistance Welding - Electrical & Electrical Control.
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BC3 CAC403 Tin Bronze With High Strength - Excellent Resistance to Friction & Abrasion - Chemical & Sea Water Corrosion. High Antioxidation & Electrical Conductivity.