从China供应商批发进口Al Twiste Wire And Acsr Cable — FOB条款

Cangzhou Huiyou Cable Stock Co., Ltd. manufactures AL Twiste Wire and ACSR Cable to Chinese standard GB/T 1179-2008, which adopts IEC 61089-1997 for aluminium conductor steel reinforced and all-aluminium conductor designs. These conductors are engineered for overhead transmission and distribution circuits, where mechanical tension and electrical conductivity must be balanced across long spans. The product line includes stranded aluminium wires with steel core reinforcement in ACSR variants, and all-aluminium twisted wire configurations for lighter load applications. The source does not specify conductor code names (e.g., ACSR/AW, ACSR/SD), exact aluminium strand counts, steel wire grades, or nominal cross-sectional areas, so buyers should request these parameters for project matching. IEC 61089-1997 defines electrical resistance, breaking load, and linear mass per kilometre for standardised conductor sizes, providing a benchmark for supplier quotations.

The aluminium strands in ACSR construction are typically drawn from 1350-H19 alloy for conductivity, with galvanised steel core wires per ASTM A475 or EN 10244 class A or B zinc coating. GB/T 1179-2008 aligns mechanical and electrical properties with IEC 61089, including modulus of elasticity, coefficient of linear expansion, and rated tensile strength for each standard conductor designation. Twisted all-aluminium wire omits the steel core, reducing weight and sag tension but requiring shorter span lengths or lower mechanical loading. The 2007 export commencement noted in the source indicates operational history with Mongolian, Singaporean, Pakistani, and Australian markets, though no volume, project, or client references are provided. Galvanised steel core protection against atmospheric corrosion is critical in humid or coastal environments, and the zinc coating mass (typically 80-200 g/m²) should be specified for such deployments.

Utility companies, rural electrification authorities, and EPC contractors in power infrastructure represent the primary buyer segments. ACSR dominates high-voltage transmission due to its strength-to-weight ratio and lower thermal expansion than all-aluminium alternatives. AL twisted wire suits distribution networks and secondary lines where cost minimisation outweighs span length requirements. Cangzhou Huiyou does not list MOQ, price band, or standard reel lengths, so buyers must confirm these for project scheduling. Lead times, payment structures, and letter of credit acceptance are unstated and require direct negotiation. Certification beyond the cited product standard, such as ISO 9001 or type test reports from accredited laboratories, should be requested to validate manufacturing control.

Cangzhou Huiyou Cable Stock Co., Ltd. is located at The New Huiyou Industry Zone, Hejian City, Hebei Province 062450, China. The company holds a harbor trust tier with no recorded response rate or average response time. The industrial zone address suggests dedicated manufacturing premises rather than trading office operations, though no floor area, production line count, or annual capacity figures are disclosed. The supplier began exporting ACSR cable, high voltage cable, and AL twisted wire in 2007, with subsequent market entries into Mongolia, Singapore, Pakistan, and Australia.

No quality management system certifications, laboratory accreditation, or patent holdings are listed in the source profile. The company name includes 'Cable Stock,' which may indicate inventory holding or manufacturing focus, but this is speculative without confirmation. Buyers should request business licence verification, ISO 9001 certificate validity, and factory audit reports before large commitments. The response infrastructure appears untested on this platform, so direct email or telephone follow-up is recommended to assess communication reliability. Cangzhou Huiyou does not state whether it produces steel wire rods in-house or sources from Hebei-based steel mills, a relevant consideration for supply chain traceability.