Compatible cable: 26/35kV single core cross-linked polyethylene (XLPE) cable, with a cross-sectional area of 50-400mm ², complying with IEC 60502-4 and GB/T 12706 standards, designed specifically for indoor scenarios such as substations and data centers.

Suitable cable: 26/35kV three core cross-linked polyethylene (XLPE) cable, with a cross-sectional area of 50-400mm ², complying with IEC 60502-4 and GB/T 12706 standards, designed specifically for outdoor scenarios of offshore wind power, substations, and industrial high-voltage transmission and distribution.

Suitable cable: 26/35kV single core cross-linked polyethylene (XLPE) cable, with a cross-sectional area of 50-400mm ², complying with IEC 60502-4 and GB/T 12706 standards, designed specifically for outdoor scenarios of offshore wind power, substations, and industrial high-voltage transmission and distribution.

Suitable cable: 26/35kV three core cross-linked polyethylene (XLPE) cable, with a cross-sectional area of 50-400mm ², complying with IEC 60502-4 and GB/T 12706 standards, designed specifically for outdoor scenarios of offshore wind power, rail transit, and industrial high-voltage transmission and distribution.

Suitable cable: 0.6/1kV four core low voltage cable (3-core+neutral wire), with a cross-section of 4-300mm ², in compliance with IEC 60502-2 and GB/T 12706 standards, designed specifically for building power distribution, rail transit, and industrial equipment.

Compatible cable: 10KV three core low voltage cable (3+1 core structure), with a cross-section of 25-400mm ², complying with IEC 60502-2 and GB/T 12706 standards, pre installed with yellow, green, and red color identification sleeves and blue neutral line identification, designed specifically for building power distribution, industrial equipment, and renewable energy scenarios. Quick installation: Propane spray gun low-temperature shrinkage (110-130 ℃), single set installation time ≤ 4 minutes, 50% higher efficiency than traditional cold shrinkage technology.

Adapter cable: XLPE/PVC three-core cable (section 25-400mm²), voltage class 10kV, in line with GB11033 and IEC 60502-4 standards, designed for outdoor harsh environment. Waterproof seal: IP68 protection (0.1MPa water pressure 48-hour verification, self-melting rubber layer radial pressure ≥0.25MPa); Environmental aging resistance: UV-B UV protection layer (2000 hours of aging shrinkage ≥95%) + 10% salt spray resistance 3000 hours (ASTM B117); Mechanical stability: Axial tensile ≥200N (IEC 61479), resistant to EN 61373 Class B vibration (5-200Hz/5g).

The 20kV single core outdoor terminal solves the problems of waterproof, explosion-proof, and mechanical stability in outdoor scenarios through multi-layer sealing technology and wide temperature tolerance design. Its lightweight structure (reducing weight by 50% compared to ceramic sleeve terminals) and fast installation characteristics significantly reduce engineering costs. Typical applications cover high demand scenarios such as new energy and rail transit, and are suitable for long-term reliable operation in complex environments. For specific models (such as HSY-20-3.2) or customized solutions, it is recommended to directly contact the manufacturer to obtain technical white papers and test reports.

Specially designed for YJV/YJLV series cables (suitable for 50-400mm ² cross-section), using an integrated stress cone and composite insulation structure (inner semiconducting layer+XLPE+anti trace layer), passing GB/T 18889-2021 type test, with temperature resistance of -40 ℃~105 ℃, lightning impulse withstand voltage of 170kV, and three-phase electric field deviation<8%. The diameter is reduced by 35% compared to traditional solutions, making it suitable for compact spaces in substation switchgear.

Provide a full range of 10KV/20KV/35KV heat shrink terminals and intermediate joints (models HSY-35-3.1 to 3.3), suitable for cable cross-sections of 50-400mm ², in compliance with GB11033 standard, with a radial shrinkage rate of ≥ 50%, temperature resistance of -55 ℃~105 ℃, and a 20-year aging life. Through hydrogen sulfide resistance, explosion-proof (ISO 80079-36), and salt spray testing, it is applied in fields such as power, petrochemicals, and rail transit. Typical cases include 8000 hours of trouble free operation of offshore drilling platforms. Support scanning for traceability, provide free cable cross-section matching tools, increase installation efficiency by 65% compared to traditional solutions, and reduce overall costs by 57%.