Are you looking for the best 6101 aluminum busbar factories in China? With the growing demand for efficient and lightweight electrical solutions, choosing the right manufacturer is crucial. Let’s dive into a comparison of the top factories, highlighting their strengths, capabilities, and what sets them apart in the industry.
6101 Aluminum Bar – Flat 6101 ASTM B317/B317M Bar
Product Details: 6101 Aluminum Bar is a heat treatable wrought alloy (UNS A96101) suitable for applications requiring moderate strength and maximum electrical conductivity. Available shapes include flats, and tempers are T6 and T61. The specifications comply with ASTM B317/B317M. The chemical composition includes: Si (0.30-0.70%), Fe (0.35-0.50%), Cu (0.10%), Mn (0.03%), Mg (0.50-0.80%), Cr (0.03%), Zn (0.10%), Ti (0.06%), and B (0.03%), with the remainder being aluminum. Mechanical properties for T6 temper include: Ultimate Tensile Strength of 29 KSI (200 MPA), Yield Strength of 25 KSI (172 MPA), and Elongation of 15%. For T61 temper, the values are: Ultimate Tensile Strength of
15 KSI (103 MPA), Yield Strength of 8 KSI (55 MPA), and Elongation of 15%.
Pros:
– Moderate strength and maximum electrical conductivity
– Excellent corrosion resistance
– Good weldability and formability
– Lightweight, weighing approximately a third of similar steel sections
Cons:
– Lower tensile strength in T61 temper compared to T6 temper
– Limited to specific applications due to moderate strength
6101 Aluminum Flat Bus Bar – Aluminium busbar
Product Details: 6101 aluminum bus bars are made from a heat-treatable wrought alloy, suitable for applications requiring moderate strength and high electrical conductivity. They are available in various shapes such as rectangular, rounded rectangle, R-angle, and semi-R-angle. The specifications include a width range of 30-130mm, lengths of 3m/6m/12m with customizable cutting, and thicknesses from 2-20mm. They meet ASTM B317 and IEC 60105 standards. The bus bars can undergo surface treatments like powder coating, anodizing, and electroplating (tin, silver, nickel plating)[1][3][5].
Pros:
– High electrical conductivity of 59% IACS, effective for low resistance and reduc…
– Good corrosion resistance, ensuring longevity and reliability in outdoor or high…
– Excellent formability, allowing easy shaping into various sizes and shapes for s…
– Lightweight compared to copper, making them easier to handle and install.
– Weldable using TIG and MIG methods, facilitating assembly and modifications of b…
Cons:
– Lower hardness and no wear resistance, which can limit certain applications.
– Prone to intergranular corrosion and difficult welding in some cases.
– Not heat-resistant, though adequate for typical temperature variations in electr…
Aluminum Busbar Manufacturer in China – Tuling
Product Details: Aluminum busbars are flat, rectangular bars made from highly conductive aluminum materials. They are used as electrical conductors in power distribution systems, particularly where space and weight are critical factors. Aluminum busbars, such as those made from 6101 aluminum alloy, offer good electrical and thermal conductivity, although they are less conductive than copper. They are designed to handle high current loads and are often customized for specific installation requirements.
Pros:
– Lightweight: Aluminum busbars are significantly lighter than copper, reducing tr…
– Cost-Effective: Aluminum is more affordable than copper, making it an attractive…
– Corrosion Resistance: Aluminum naturally forms a protective oxide layer that pro…
– High Thermal Properties: Aluminum busbars effectively conduct heat away from ele…
– Flexibility: Aluminum’s malleability allows for easier fabrication and customiza…
Cons:
– Lower Conductivity: Aluminum has lower electrical conductivity compared to coppe…
– Thermal Expansion: Aluminum has a higher thermal expansion coefficient than copp…
– Dimensional Restrictions: The larger size of aluminum busbars can restrict their…
6101 Aluminum Bus Bar | Rutong
Product Details: 6101 aluminum alloy is a heat-treatable, wrought alloy used for processing high-strength busbar conductors. It has a thickness range of 2-8mm and is part of the Al-Mg-Si series. The alloy contains 0.3-0.7% Si, 0.35-0.8% Mg, and other minor elements. It is known for its good electrical conductivity (55% IACS), corrosion resistance, and weldability. The alloy can be strengthened by heat treatment and is suitable for various standard processes, including inert gas arc welding.
Pros:
– Good electrical conductivity (55% IACS)
– High corrosion resistance
– Good weldability
– Moderate strength
– Good formability
– Light weight and low cost
– High thermal conductivity
Cons:
– Low hardness
– No wear resistance
– Easy intergranular corrosion
– Difficult welding in some cases
– Requires specific heat treatment to maintain properties
China 6101 Aluminum Bus Bar Manufacturers and Exporter …
Product Details: 6101 aluminum is an Al-Mg-Si series alloy used for processing high-strength busbars. It has a thickness range of 2-8mm, contains 0.3%～0.5% Mg and 0.4%～0.7% Si, and offers 55% IACS electrical conductivity. It is known for its good corrosion resistance, weldability, and can be strengthened by heat treatment. The alloy is suitable for applications requiring moderate strength and maximum electrical conductivity[1][4][5].
Pros:
– Lightweight, reducing transportation and installation costs[2][3].
– Cost-effective, making it suitable for large-scale applications[3].
– Good electrical conductivity and heat dissipation properties[1][4][5].
– Easy to form and fabricate, with good machinability[1][5].
– Nickel plating enhances corrosion resistance and stability in air[5].
Cons:
– Requires more surface area for the same conductivity as copper, which can restri…
– Higher thermal expansion coefficient than copper, leading to potential unstable…
– Lower hardness and no wear resistance, making it prone to intergranular corrosio…
6101 T6 T61 T64 Electrical Aluminum Busbar
Product Details: 6101 aluminum busbar is made from the 6101 aluminum alloy, known for its good conductivity, fast heat transfer, light specific gravity, and easy forming. It is often produced in rectangular bar shapes with various dimensions, such as 0.500 x 3.000 inches, and can be nickel-plated for enhanced corrosion resistance. The material meets ASTM B317 specifications and is commonly used in power distribution systems, including applications in electric vehicles and high-current installations.
Pros:
– High conductivity and low resistance, efficient for carrying high currents with…
– Improved safety by minimizing complex wiring and potential points of overheating…
– Enhanced reliability due to simpler structure and fewer connections, reducing fa…
– Strong corrosion resistance and fast heat dissipation, especially with nickel pl…
– Easy system design and expansion due to their structured nature.
Cons:
– Higher initial installation cost compared to traditional wiring, especially for…
– Requires regular maintenance to check for corrosion or insulation wear, particul…
– Design limitations due to rigidity, making them hard to install in tight spaces.
Aluminum Busbar For Electrical 6101 T65 – Chinalcometal
China China Cheap price 6101 Aluminum Bus Bar | D&F
6101 Aluminum Sheet
Product Details: 6101 aluminum sheet is a heat-treatable forged product, suitable for applications with medium strength and maximum conductivity. It has a thickness range of 0.5-500mm, a width range of 20-2650mm, and a length range of 500-16000mm. The available tempers include F, O, T4, T6, T651, and H112. This alloy is widely used in commercial and industrial applications such as high-strength aluminum and bus conductors for buses, electrical bus conductors and fittings, power transmission, power stations, and electrical components.
Pros:
– High electrical conductivity, making it ideal for electrical applications.
– Good mechanical strength, suitable for structural and electrical uses.
– Excellent corrosion resistance, stable in various industrial environments.
– Good weldability, can be welded using standard methods including TIG or MIG weld…
– High degree of machinability and formability, can be hot and cold worked.
– Versatile temper options, allowing for different strength, formability, and cond…
Cons:
– Lower strength compared to some other aluminum alloys, such as 6061.
– Requires heat treatment for optimal properties, adding additional processing ste…
– Reduced strength near welds, necessitating post-weld heat treatment to restore f…
– Limited casting applications, not ideal for traditional casting methods.
High quality Aluminum bus bars | Signi Aluminium
Product Details: Aluminum bus bars are made from various aluminum alloys such as ENAW-1370 / 1350 O temper, 1060 O temper, and 1070 O temper. These alloys have an aluminum content of over 99.6% and electrical conductivity above 61% IACS. They can be formed into rounded and right-angled shapes and are known for their high plasticity, allowing for 90-degree bending. These bus bars are suitable for various electrical equipment, including high and low voltage electrical appliances, switch contact equipment, power distribution equipment, bus ducts, and other electrical engineering applications. The current handling capacity of these bus bars depends on the size but
can handle up to 4000A.
Pros:
– Lightweight
– High conductivity
– Easy bending and forming
– Economical use
– Corrosion resistance
– Good thermal conductivity
Cons:
– Higher thermal expansion coefficient compared to copper, which can lead to unsta…
– May require larger surface area for the same conductivity as copper, potentially…
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| 6101 Aluminum Bar – Flat 6101 ASTM B317/B317M Bar | 6101 Aluminum Bar is a heat treatable wrought alloy (UNS A96101) suitable for applications requiring moderate strength and maximum electrical conducti… | – Moderate strength and maximum electrical conductivity – Excellent corrosion resistance – Good weldability and formability – Lightweight, weighing ap… | – Lower tensile strength in T61 temper compared to T6 temper – Limited to specific applications due to moderate strength | www.twmetals.com |
| 6101 Aluminum Flat Bus Bar – Aluminium busbar | 6101 aluminum bus bars are made from a heat-treatable wrought alloy, suitable for applications requiring moderate strength and high electrical conduct… | – High electrical conductivity of 59% IACS, effective for low resistance and reduc… – Good corrosion resistance, ensuring longevity and reliability… | – Lower hardness and no wear resistance, which can limit certain applications. – Prone to intergranular corrosion and difficult welding in some cases…. | aluminium-busbar.com |
| Aluminum Busbar Manufacturer in China – Tuling | Aluminum busbars are flat, rectangular bars made from highly conductive aluminum materials. They are used as electrical conductors in power distributi… | – Lightweight: Aluminum busbars are significantly lighter than copper, reducing tr… – Cost-Effective: Aluminum is more affordable than copper, makin… | – Lower Conductivity: Aluminum has lower electrical conductivity compared to coppe… – Thermal Expansion: Aluminum has a higher thermal expansion coe… | www.tulingmetal.com |
| 6101 Aluminum Bus Bar | Rutong | 6101 aluminum alloy is a heat-treatable, wrought alloy used for processing high-strength busbar conductors. It has a thickness range of 2-8mm and is p… | – Good electrical conductivity (55% IACS) – High corrosion resistance – Good weldability – Moderate strength – Good formability – Light weight and low… | – Low hardness – No wear resistance – Easy intergranular corrosion – Difficult welding in some cases – Requires specific heat treatment to maintain pr… |
| China 6101 Aluminum Bus Bar Manufacturers and Exporter … | 6101 aluminum is an Al-Mg-Si series alloy used for processing high-strength busbars. It has a thickness range of 2-8mm, contains 0.3%～0.5% Mg and 0.4%… | – Lightweight, reducing transportation and installation costs[2][3]. – Cost-effective, making it suitable for large-scale applications[3]. – Good elec… | – Requires more surface area for the same conductivity as copper, which can restri… – Higher thermal expansion coefficient than copper, leading to p… | www.scdfelectric.com |
| 6101 T6 T61 T64 Electrical Aluminum Busbar | 6101 aluminum busbar is made from the 6101 aluminum alloy, known for its good conductivity, fast heat transfer, light specific gravity, and easy formi… | – High conductivity and low resistance, efficient for carrying high currents with… – Improved safety by minimizing complex wiring and potential poin… | – Higher initial installation cost compared to traditional wiring, especially for… – Requires regular maintenance to check for corrosion or insulati… | www.chalcoaluminum.com |
| Aluminum Busbar For Electrical 6101 T65 – Chinalcometal | www.chinalcometal.com | |||
| China China Cheap price 6101 Aluminum Bus Bar | D&F | |||
| 6101 Aluminum Sheet | 6101 aluminum sheet is a heat-treatable forged product, suitable for applications with medium strength and maximum conductivity. It has a thickness ra… | – High electrical conductivity, making it ideal for electrical applications. – Good mechanical strength, suitable for structural and electrical uses…. | – Lower strength compared to some other aluminum alloys, such as 6061. – Requires heat treatment for optimal properties, adding additional processing… | m.mingtai-al.com |
| High quality Aluminum bus bars | Signi Aluminium | Aluminum bus bars are made from various aluminum alloys such as ENAW-1370 / 1350 O temper, 1060 O temper, and 1070 O temper. These alloys have an alum… | – Lightweight – High conductivity – Easy bending and forming – Economical use – Corrosion resistance – Good thermal conductivity | – Higher thermal expansion coefficient compared to copper, which can lead to unsta… – May require larger surface area for the same conductivity as c… |
Frequently Asked Questions (FAQs)
Frequently Asked Questions About 6101 Aluminum Bus Bar Factories in China
What are the key properties of 6101 aluminum busbars produced in China?
6101 aluminum busbars are known for their excellent conductivity, high strength, and good corrosion resistance. They have a lightweight design, making them ideal for weight-sensitive applications. These busbars also offer good thermal stability, allowing them to perform well in high-temperature environments without melting or deforming.
What are the common applications of 6101 aluminum busbars?
6101 aluminum busbars are widely used in various fields, including power transmission and distribution systems, industrial equipment and machinery, transportation systems such as electric vehicles and rail transit, and metallurgy and mining. They are also used in renewable energy, electronic equipment, communication equipment, and electrical systems in buildings.
How are 6101 aluminum busbars processed and treated?
These busbars can undergo several processing methods, including cutting, stamping, bending, and drilling, to meet specific customer requirements. They can also be surface-treated with methods like anodizing, electroplating, or spraying, and insulated with coatings such as powder coating, epoxy resin, or insulation paint.
What standards do 6101 aluminum busbars from Chinese factories conform to?
6101 aluminum busbars from Chinese factories, such as those from Chalco Aluminum, conform to international standards like IEC 60105, ISO 209-1 and 2, and DIN EN 755-2 and 5. This ensures they meet high quality and safety standards.
Can 6101 aluminum busbars be customized to meet specific needs?
Yes, you can get customized 6101 aluminum busbars to fit your specific requirements. Chinese manufacturers like Chalco Aluminum and Mingtai Aluminum offer complete design services, including machining, forming, and brazing. They can also provide various surface coatings and insulation treatments based on your needs.