Chalco-reliable manufacturer and supplier for EC grade wire rod
- Chalco produces xem bong da truc tiep wire rods with diameters of 9, 9.5, 12, 15, and 19 mm for the cable and other electrical industries. These products are manufactured using unique patented continuous casting, rolling, and extruding technology on the ExtruForm production line. The wire rods are made from 1000, 6000, and 8000 series alloys.
- Chalco xem bong da truc tiep wire rods meet a wide range of standards, including ASTM B233, EN 1715, GOST 13843–78, ASTM B800, BS EN 573-3, GB/T6892, ASTM B221, EN 755, IS 5487: 1997, and customer specifications. This ensures high quality and reliability for various industrial applications.
- Chalco's EC grade xem bong da truc tiep wire rods are designed for electrical applications. The company has established long-term partnerships with well-known companies such as EATON, AVIAL LLC, and WIELAND METAL SERVICES, enjoying a strong reputation for quality and service.
Main conductor wire materials in power applications
- xem bong da truc tiep Wire EC grade
xem bong da truc tiep wire is lightweight, cost-effective, and ideal for low- and medium-voltage distribution in wiring, overhead lines, and underground cables, favored for large projects despite lower conductivity than copper.
- Copper Wire EC grade
Copper wire's high conductivity and strength make it ideal for high-voltage transmission and critical equipment, preferred in industrial applications despite its higher cost.
Combines xem bong da truc tiep's lightness with copper's conductivity, ideal for medium- and low-voltage power and communication lines, lower cost.
- Tinned conductor Wire
Tinned conductor wire, in xem bong da truc tiep or copper, resists corrosion, making it ideal for humid or corrosive environments like marine and industrial applications.
1000 series EC grade xem bong da truc tiep wire rod——High-Purity
Chalco provides pure xem bong da truc tiep EC grade xem bong da truc tiep wire rod and high purity electrical xem bong da truc tiep wire rod. High purity electrical xem bong da truc tiep wire rods (with an xem bong da truc tiep content of 99.99%) have higher purity and better conductivity, may become a superconductor at 1.1-1.2K. It is mainly used in the processing and manufacturing of electrolytic capacitor guide pins, coating materials and special power industry with high demand for high-purity xem bong da truc tiep materials.
- 1350 EC Grade lich truc tiep bong da hom
High purity
Lightweight
Good corrosion resistance
- 1370 EC Grade tuong thuat truc tiep bong
High strength
Excellent conductivity
Good processability
- 1080 1070 1050 EC Grade ty so bong da truc tiep Wire
High purity EC xem bong da truc tiep rod
Good conductivity
High temperature resistance
For more 1000 series xem bong da truc tiep wire rod, you can contact us to know the details.
Instant Quote6000 series EC Grade xem bong da truc tiep wire rods——High-Strength
The ordinary pure xem bong da truc tiep wire rod can generally meet the strength requirements, but are more dangerous in harsh climates such as ice and strong winds.
Chalco xem bong da truc tiep high-strength 6101, 6201 xem bong da truc tiep wire rod improves the strength of the alloy through solution treatment and artificial aging, while still possessing good conductivity.
6101 xem bong da truc tiep EC wire rod belongs to the Al Mg Si series heat-treatable and strengthened xem bong da truc tiep alloy, with excellent conductivity and medium strength, high corrosion resistance, and can be used for long-distance transmission lines.
- 6201 EC grade xem bong da truc tiep wire rod
Good conductivity capacity, corrosion resistance, and high tensile strength, is often used as a transmission wire in overhead large span steel core xem bong da truc tiep alloy stranded wire (AACSR) or xem bong da truc tiep alloy stranded wire (AAAC).
For more 6000 series hot selling products, you can contact us to inquire.
Instant Quote8000 series EC Grade xem bong da truc tiep wire rods——High Conductivity Thermoelectric
Chalco 8000 series EC grade xem bong da truc tiep wire rod is high-temperature resistant and has a large current carrying capacity about 1.4-1.6 times of ordinary wires. The hot selling xem bong da truc tiep wire rods are 8076, 8030, 8017, etc. alloy series.
It can simplify the structure of the line and improve the safety of the line. Widely used in fields such as high-speed transmission lines, high-strength cables, high-temperature electronic devices, and urban circuit expansion.
Its conductivity is close to pure copper, but lighter in weight than copper; can effectively transmit and distribute electricity, reducing line power loss and energy loss.
High mechanical strength and can withstand additional loads and stresses, making it perform well in applications requiring high-strength support...
For more 8000 series EC xem bong da truc tiep wire rod, you can contact us to inquire.
Instant QuoteCable Conductor xem bong da truc tiep Wire—— low to medium voltage power distribution | Underground and indoor
This xem bong da truc tiep wire serves as the conductor in cables, featuring high conductivity and corrosion resistance. Wrapped in multiple layers of insulation (such as XLPE or PVC), it is lightweight and more cost-effective than copper wire. Suitable for medium and low voltage power transmission, it is used in both underground and overhead cable systems, providing protection against environmental factors.
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8017 8030 8076 xem truc tiep bong da toc do cao
Common used alloy grade: 1350, 6101, 6201, 8017 8030 8076 8130 8176 8177.
This wire consists of a single xem bong da truc tiep conductor, commonly used in low-voltage power cables or building wiring. It is lightweight and provides efficient electrical conductivity, suitable for short-distance power distribution.
Multi-Core xem bong da truc tiep Wire
Common used alloy grade: 1350, 6101, 6201, 8017 8030 8076 8130 8176 8177.
Made up of several xem bong da truc tiep conductors bundled together, multi-core xem bong da truc tiep wire is used in more complex power distribution systems, such as industrial facilities or residential buildings. It offers flexibility and durability, making it ideal for long-distance power transmission.
xem bong da truc tiep Conductor Cross-Linked Polyethylene Insulated Cable (XLPE)
This cable features an xem bong da truc tiep conductor with XLPE insulation, providing excellent heat resistance, chemical resistance, and durability. It is widely used in medium-voltage power distribution and transmission, particularly in underground and overhead cable systems.
xem bong da truc tiep conductor polyvinyl chloride insulated cable (PVC)
This cable features an xem bong da truc tiep conductor with XLPE insulation, providing excellent heat resistance, chemical resistance, and durability. It is widely used in medium-voltage power distribution and transmission, particularly in underground and overhead cable systems.
Low and medium voltage xem bong da truc tiep power cable
These cables are designed for power distribution in both low and medium voltage ranges. xem bong da truc tiep conductors provide a cost-effective solution for long-distance transmission, and they are commonly used in public utilities, industrial plants, and residential areas.
xem bong da truc tiep stranded conductor——medium to high voltage transmission | Overhead
xem bong da truc tiep stranded conductors consist of multiple twisted xem bong da truc tiep wires, creating a robust and flexible cable. Known for their high conductivity, lightweight, and corrosion resistance, they are widely used in power transmission. Common types include AAC (All xem bong da truc tiep Conductor), AAAC (All xem bong da truc tiep Alloy Conductor), and ACSR (xem bong da truc tiep Conductor Steel Reinforced), each designed for specific voltage levels and applications in overhead power transmission.
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truc tiep ket qua bong da Overhead Line (AAC
AAC consists of pure xem bong da truc tiep wires twisted together to form a single conductor. It is primarily used in low- and medium-voltage overhead transmission and distribution lines where high conductivity is required but mechanical strength is less critical. AAC is lightweight and has excellent conductivity, making it ideal for short spans in urban areas where the conductor does not face heavy mechanical loads. However, due to its lower tensile strength, AAC is not suited for long spans or regions with severe environmental conditions.
These AAAC conductors are specially designed for medium and high-voltage overhead transmission systems. The use of xem bong da truc tiep alloy improves the mechanical strength compared to pure xem bong da truc tiep conductors, allowing these cables to withstand higher tensions and longer spans. They are widely used in high-voltage networks, where performance, reliability, and reduced sag are critical. Additionally, their corrosion resistance ensures low maintenance, making them suitable for a variety of challenging environments, including coastal regions and industrial areas.
AAAC 6101 Aluminium Alloy Conductor
The AAAC 6101 conductor is manufactured using a 6101 xem bong da truc tiep alloy, which provides excellent electrical conductivity with moderate tensile strength. This type of conductor is often used in medium-voltage transmission systems and distribution lines. Its superior conductivity makes it efficient for electrical transmission over longer distances, while its corrosion-resistant properties ensure long service life, even in demanding environments.
AAAC 6201 Aluminium Magnesium Silicon Alloy Conductor
This conductor is made from the 6201 xem bong da truc tiep-magnesium-silicon alloy, known for its high tensile strength and excellent corrosion resistance. It is commonly used in overhead power transmission systems where durability and performance are essential. The 6201 alloy offers a good balance between strength and conductivity, making it suitable for long spans and areas exposed to harsh environmental conditions.
truc tiep ket qua bong da Overhead Line (AAC, AAAC, ACSR
ACSR conductors consist of an outer layer of xem bong da truc tiep strands surrounding a core of steel strands. The steel core provides high tensile strength, allowing ACSR to be used in long spans, such as river crossings or rugged terrain, where mechanical loads are significant. The xem bong da truc tiep outer layer ensures excellent conductivity. ACSR is commonly used in high-voltage transmission lines due to its strength and ability to carry heavy loads over long distances. The steel reinforcement also helps reduce sag under high tension, making it reliable in challenging environments.
Heat-resistant xem bong da truc tiep hom nay Alloy Wire
Designed for high-temperature applications, offering excellent conductivity and enhanced mechanical strength. Made from a specialized xem bong da truc tiep alloy, it ensures reliable performance in power transmission and distribution, reducing overheating risks and prolonging system lifespan.
xem bong da truc tiep Clad Steel Core Stranded Conductor (ACSR/AW)
This is a variant of ACSR where the steel core is xem bong da truc tiep-clad, offering enhanced corrosion resistance compared to standard ACSR. ACSR/AW is ideal for use in areas prone to severe environmental conditions such as coastal regions or industrial zones with corrosive atmospheres. The xem bong da truc tiep cladding on the steel core extends the conductor’s life while maintaining the mechanical strength required for long spans and high-voltage transmission systems.
Aluminium Conductor Steel Supported (ACSS)
an overhead power transmission conductor featuring a steel core for strength and an xem bong da truc tiep outer layer for excellent conductivity. This design minimizes sag in long spans, making it ideal for high-voltage applications, especially in harsh environmental conditions, as it can withstand high wind and ice loads while ensuring efficient electrical performance.
Anti-Sag Overhead xem bong da truc tiep Stranded Conductor
These conductors are designed to minimize sag, which can occur due to high tension or environmental factors like heat. Anti-sag xem bong da truc tiep conductors are engineered to maintain their tension and shape, reducing the risk of contact with trees, structures, or the ground. They are used in high-voltage transmission lines where maintaining consistent conductor height is crucial, especially in areas with varying temperature ranges or heavy loads. This ensures improved reliability and safety in overhead power transmission.
Chalco magnet wire
Magnet wire is a specialized insulated wire used in motors, transformers, and generators. It includes enameled xem bong da truc tiep, copper, and copper-clad xem bong da truc tiep wires, as well as paper-wrapped and glass fiber-wrapped types. The insulating layer, usually made of enamel or other materials, prevents short circuits and enhances thermal resistance, ensuring reliable performance in industrial and consumer electronics.
Instant Quote- Grade 120 Acetal Enameled xem da bong truc tiep
A general-purpose enameled wire with polyester insulation for 130°C and 155°C applications in motors and transformers.
- 180 Class PoIyesterimide Enamelled Round truc tiep
Offers 180°C thermal resistance, suitable for high-performance motors and electrical equipment.
- Polyester With Polyamide-imide Enamelled
A composite wire rated for 200°C/220°C, ideal for heavy-duty, high-temperature electrical applications.
- 240 Class Polyimide Enameled xem bong da truc tiep Round Wire
240°C rating, this wire is used in extreme temperature applications like aerospace and high-voltage equipment.
- High Purity magnet Wire (AWG50-26)
made from refined copper or xem bong da truc tiep, offers excellent conductivity for precision electronics.
- Copper-Clad xem bong da truc tiep Enameled Wires (CCA)
A general-purpose enameled wire with polyester insulation for 130°C and 155°C applications in motors and transformers.
- Self-Bonding Wire Enamels (SB)
Features a self-bonding layer, allowing coil turns to bond without external binding.
- Enameled Flat xem bong da truc tiep Wire
Can reach large sizes, up to 3.5mm x 35mm, for high-current applications like transformers.
- Ultra-Fine Enameled Wire
(0.028mm to 0.4mm) is ideal for micro-coils, providing effective short circuit protection.
- High-Temperature Enameled Wire
Specifically designed to withstand extreme temperatures, making it suitable for high-heat applications.
- Corona-Resistant Enameled Wire
Resist corona discharge, ideal for high-voltage applications to ensure long-lasting performance..
- Direct-Solder Enameled Wire
This wire is designed for easy soldering directly to circuits, ensuring reliable connections in electronic applications.
uses electrical-grade paper for insulation, providing strong thermal stability, and is commonly used in transformers and high-voltage equipment.
- Glass Fiber Wrapped Wire
is insulated with heat-resistant glass fibers, making it ideal for high-temperature applications in motors and generators.
Chalco EC grade wire rod parameter table
| Chemical composition: | According to EN 573-3:
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| Diameters: |
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| Tolerance: | +/- 5 % |
| Technical and electrical properties: | According to EN 1715-2 (see: Table 1.) The mechanical and electrical properties can be changed upon customer request |
| Coil dimensions: | unalloyed
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alloyed
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| Packing: | Horizontal (eye-to-side) or vertical (eye-to-sky) axis on trestle or palett, protected with PE foil and with absorbent silicagel |
| THE MECHANICAL AND ELECTRICAL PROPERTIES | ||||||
| Alloy designation | Mechanical properties | Electrical properties at 20°C | ||||
| Temper | Tensile strength Rm [N/mm2] | Elongation A/1oo[%] | Resistivity [Ohm/mm2/m] max. | Electrical conductivity IACS [%] min. | ||
| min. | max. | |||||
| EN AW-1350 EN AW-1370 | H0 | 60 | 80 | 40 | 0,02755 | 63,3 |
| H11 | 80 | 95 | 25 | 0,02785 | 61,9 | |
| H12 | 95 | 110 | 20 | 0,02801 | 61,5 | |
| H13 | 105 | 120 | 16 | 0,02801 | 61,5 | |
| H14 | 115 | 130 | 14 | 0,02801 | 61,5 | |
| EN AW-6101 | T4 | 150 | – | 23 | 0,035 | 49,2 |
| T1 | 170 | 200 | 16 | 0,035 | 49,2 | |
Qulity assurance of Chalco EC grade xem bong da truc tiep wire rod
Chalco EC grade xem bong da truc tiep wire rods are produced through continuous casting and rolling in an integrated process of raw material melting. Can provide maximum φ32mm. The large unit weight (up to 2 tons) significantly improves productivity.
Instant QuoteProductive temper:O, H12, H22, H14, H24, H16, H26, H18, H19, T1, T4
Typical diameter:7.5, 9.5, 12.0, 15.0, 19.0, 24.0; heat treatment, drawing, and other production methods can ensure that the diameter and performance of the product. Specific size can be customized by contacting.
Surface processing:deoxygenation, polishing or electroplating to improve its conductivity, corrosion resistance, and appearance quality.
Surface quality:no casting or rolling defects; No oil stains, oxides or surface corrosion, dirt, or xem bong da truc tiep powder; No welded joints, grinding defects and end damage.
Patent product:rare earth electrical round xem bong da truc tiep rod is a new product produced by Chalco xem bong da truc tiep after researching pure xem bong da truc tiep EC grade wire rods. Rare earth elements such as lanthanide elements and scandium elements have been added to ordinary EC grade xem bong da truc tiep wire rod, improving conductivity, tensile strength, fatigue toughness, and corrosion resistance. At present, Chalco rare earth electrical xem bong da truc tiep round poles have been widely used in the manufacturing of xem bong da truc tiep wire materials such as overhead transmission lines, cables, sliding wires, wire cores, general wires, and special purpose thin wires, becoming a star product of xem bong da truc tiep alloy conductors.
Service field and cooperative partner of Chalco EC grade xem bong da truc tiep wire rod
Chalco EC Grade xem bong da truc tiep wire rod is the main raw material for wires and cables. Our partners mainly involve the following fields. Welcome to consult and cooperate.
Instant QuotePower transmission and distribution:power equipment such as transmission lines, cables, and transformers.
Power cables:overhead and underground cables. These cables are used to transmit electricity in urban, industrial, and rural areas.
Automotive industry:components such as electrical systems, wiring harnesses, and sensors in automobiles. Especially under the influence of new energy vehicles and the trend of vehicle lightweight, the high conductivity and lightweight characteristics of EC grade xem bong da truc tiep wire make the automotive electrical system more efficient, and help reduce the weight of the entire vehicle and improve fuel economy.
Home appliances and electronic equipment:manufacturing internal circuits and connecting wires for household appliances such as refrigerators, air conditioners, washing machines, televisions, etc. Internal cables and connectors of electronic devices.
Architecture and construction engineering:commonly used for manufacturing indoor and outdoor cables, conduits, and trunking, applied in lighting systems, power distribution, communication networks, etc.
New energy field:internal electrical connections of equipment such as solar panels and wind turbines.
Common size reference table Chalco xem bong da truc tiep wire rod
Common sizes of Chalco electrical xem bong da truc tiep wire rod
| Common sizes of Chalco electrical xem bong da truc tiep wire rod | ||||||||
| Alloy | Temper | Diameter/mm | ||||||
| 1000 series high-purity electrical xem bong da truc tiep wire rods | 1350 1370 1050A 1070A 1080A 1098 | O | 9.50-25.00 | |||||
| H12 H22 | ||||||||
| H14 H24 | ||||||||
| H16 H26 | ||||||||
| H18 | 1.20-6.50 | |||||||
| 1A50 | O H18 | 0.80-20.00 | ||||||
| 6000 series high-strength electrical xem bong da truc tiep wire rods | 61016201 | T1 T4 | 9.5 | |||||
| 8000 series high conductivity thermoelectric xem bong da truc tiep wire rods | 8017 8030 8076 8130 8176 8177 | O H19 | 0.20-17.00 | |||||
| 8C05 8C12 | O H14 H18 | 0.30-2.50 | ||||||
| Nominaldimensions and tolerance | ||||||||
| Nominal Diameter | 9mm | 9.5mm | 12mm | 15mm | 19mm | 23mm | 25mm | |
| Diameter tolerance, not more | +/-0,3 mm | +/-0,3 mm | +/-0,4 mm | +/-0,5 mm | +/-0,8 | +/-1,0 | +/-1,0 mm | |
| mm | mm | |||||||
| Ovality, not more | 0,4 mm | 0,3 mm | 0,4 mm | 0,5 mm | 0,6 mm | 0,8 mm | 0,8 mm | |
| 0,4 mm | 0,5 mm | |||||||