ACAR Conductor

High-performance ACAR overhead conductor featuring aluminum alloy reinforcement for superior mechanical strength and current carrying capacity. Rated for 600V-35KV applications with compliance to GB/T 1179, IEC standards. Ideal for transmission lines and substation bus-bars with custom lengths and packaging options available.

Premium 2.5mm² ACAR conductor featuring Aluminium 1350 wires with AlMgSi alloy core for superior mechanical strength and electrical performance. Certified to ISO9001, ISO14001, OHSAS18001 standards, this overhead cable offers excellent corrosion resistance and optimal strength-to-weight ratio for transmission and distribution applications.

33kV ACAR conductor offers superior mechanical strength and current carrying capacity for overhead power distribution. Features aluminum alloy reinforcement, 600-1000V and 1KV-35KV voltage ratings, and compliance with international standards including GB/T 1179 and IEC 60889. Ideal for transmission lines and substation bus-bar applications.

Aluminum Conductor Alloy Reinforced (ACAR) bare overhead wire with 600-1000V and 1KV-35KV ratings. Features superior mechanical strength compared to ACSR, compliant with IEC 60889 and GB/T 1179 standards. Ideal for power distribution lines and substation bus-bar applications with custom packaging options available.

Aluminum Conductor Alloy Reinforced (ACAR) bare conductor for overhead power distribution. Features superior mechanical strength, 600V-35KV voltage rating, and compliance with GB/T 1179, IEC standards. Ideal for transmission lines and substation bus-bars with enhanced current capacity and optimized weight.

Aluminum Conductor Alloy Reinforced (ACAR) overhead line conductor features enhanced strength with 6201 alloy core, higher current capacity, and reduced weight. Ideal for transmission lines up to 35KV, river crossings, and substation applications. Compliant with GB/T 1179, IEC 60889, and international standards.

Aluminum Conductor Alloy Reinforced (ACAR) bare wire for overhead power distribution, featuring aluminum 1350 H-19 strands with 6201-T81 alloy core. Rated for 0.6-1KV and 1-35KV applications, offering excellent mechanical strength, corrosion resistance, and optimal current carrying capacity. Complies with GB/T 1179, IEC, and ASTM standards.

High-strength ACAR aluminum conductor with 35KV voltage rating and alloy reinforcement. Features superior mechanical strength compared to ACSR, reduced weight for optimized line design, and compliance with GB/T 1179, IEC standards. Ideal for overhead power distribution and substation bus-bar applications.

High-performance 33KV 150mm² ACAR conductor designed for substations busbar and overhead power distribution. Features superior mechanical strength, excellent current carrying capacity, and compliance with international standards including IEC and GB/T. Ideal for critical power transmission applications requiring enhanced durability and efficiency.

IEC 60889 Bare Aluminum Conductor Aluminum Alloy Steel Conductor Product Name IEC 60889 Bare Aluminum Conductor Aluminum Alloy Steel Conductor Conductor Aluminum Construction Aluminum Stranded & Aluminum Alloy Reinforce Colors Assorted upon request Voltage 600-1000V, 1KV-35KV Application Used as bare overhead conductor for power distribution lines Standards GB/T 1179, IEC 60889, IEC 61089,BS,DIN and ICEA upon request Physical Contents of Alluminium Alloy : Density : 2.70 kgm

Aluminum Conductor Aluminum Reinforced Acar Conductor (ASTM B 524) Our ACAR (Aluminum Conductor Aluminum Reinforced) conductor, manufactured in strict compliance with ASTM B524 standards, offers an advanced solution for overhead transmission and distribution applications. The homogeneous aluminum composition delivers excellent electrical conductivity while providing superior mechanical strength—eliminating the galvanic corrosion concerns inherent in steel-reinforced

Industry-leading Aac Acar 50mm2 Acsr Conductor Bare Copper Aluminum For Overhead Railway Power Station Power Cables Our industry-leading overhead conductor family offers versatile solutions for railway and power station applications, available in multiple construction types including AAC (All Aluminum Conductor), ACAR (Aluminum Conductor Alloy Reinforced), and ACSR (Aluminum Conductor Steel Reinforced). This bare conductor combines the high conductivity of aluminum with the

Overhead Line Aluminum Alloy Reinforced Bare Conductor ACAR 750 MCM Our ACAR 750 MCM Bare Conductor is a high-performance overhead transmission solution engineered for demanding power delivery applications. This Aluminum Conductor Alloy Reinforced (ACAR) cable combines the excellent conductivity of 1350-H19 aluminum strands with the superior mechanical strength of 6201-T81 aluminum alloy reinforcement, creating a homogenous all-aluminum conductor that delivers optimal

ASTM Standard ACAR Cable 700MCM Bare Aluminum Conductor Power Cable Overhead Line Our ASTM Standard ACAR Cable in 700MCM size delivers exceptional performance for high-capacity overhead transmission applications. This Aluminum Conductor Alloy Reinforced (ACAR) cable combines high-purity 1350 aluminum strands with high-strength 6201 aluminum alloy reinforcement, creating an all-aluminum conductor that offers superior electrical conductivity and mechanical strength. The 700MCM

ACAR Bare Stranded Aluminum Conductor Alloy Reinforced 4/0 246.9 250 250 300 350 400 450 500 550 Kcmil ASTM B524 Our ACAR (Aluminum Conductor Alloy Reinforced) Bare Stranded Aluminum Conductor offers a premium solution for overhead power transmission and distribution applications. Engineered to meet ASTM B524 standards, this conductor combines high-purity 1350 aluminum strands with high-strength 6201 aluminum alloy reinforcement in a concentric stranding construction.

ACAR 50mm2 ACSR Conductor Bare Copper Aluminum for Overhead Railway Power Station Power Cables Our ACAR 50mm² Conductor delivers reliable power transmission for demanding railway and power station applications. Engineered with precision-stranded aluminum and aluminum alloy wires, this bare conductor combines the high conductivity of 1350 aluminum with the mechanical strength of 6201 aluminum alloy reinforcement. The 50mm² cross-section provides optimal current-carrying

ACAR High Voltage 1 KV 60 a Aluminum Alloy Stranded Overhead Single Core Power Cable No Sheath Our ACAR High Voltage 1 KV Single Core Power Cable is engineered for reliable overhead power distribution in low-voltage networks. This stranded aluminum alloy conductor combines the high conductivity of 1350 aluminum with the mechanical strength of 6201 aluminum alloy reinforcement—delivering excellent tensile performance without the weight of steel-reinforced alternatives. Rated

ACAR Aerial Bundle Cable ACSR AAC AAAC Aluminum Conductor Single Core XLPE & PVC Insulated Overhead Twisted Cable Our comprehensive range of aerial bundle cables offers complete solutions for modern overhead power distribution networks. This product family includes ACAR (Aluminum Conductor Alloy Reinforced), ACSR (Aluminum Conductor Steel Reinforced), AAC (All Aluminum Conductor), and AAAC (All Aluminum Alloy Conductor)—available in both bare and insulated configurations. The

Factory Price ACAR Bare Conductor Aluminum Conductor Alloy Reinforced for Overhead Transmission Line 18/19 1200 MCM 750MCM ASTM our Factory Price ACAR Bare Conductor offers an optimal balance of electrical efficiency and mechanical strength for overhead transmission applications. This Aluminum Conductor Alloy Reinforced (ACAR) cable combines high-purity 1350-H19 aluminum strands with high-strength 6201-T81 aluminum alloy reinforcement in a concentric stranding construction.

High Quality Round Aluminum ACAR 1350- H19 Cable Aluminum Conductor Alloy Reinforce Bare Overhead Transmission Cable Our High Quality Round Aluminum ACAR Cable is engineered for optimal performance in overhead power transmission and distribution networks. This conductor combines high-purity 1350 aluminum strands with 6201 aluminum alloy reinforcement, creating a homogenous all-aluminum construction that delivers excellent electrical conductivity and superior mechanical