Suitable cable: 0.6/1kV dual core low-voltage cable (phase line+neutral line), with a cross-sectional area of 4-300mm ², in compliance with IEC 60502-2 and GB/T 12706 standards, designed specifically for building power distribution, industrial equipment, and renewable energy scenarios.

Suitable cable: 0.6/1kV three core low voltage cable (cross-section 25-400mm ²), compliant with IEC 60502-2 and GB/T 12706 standards, designed specifically for building power distribution, industrial equipment, and renewable energy scenarios. Propane spray gun low-temperature shrinkage (90-120 ℃), single installation time ≤ 2 minutes, efficiency increased by 75% compared to cold shrinkage technology;

Suitable cable: 0.6/1kV five core low-voltage cable (3-core+neutral wire+ground 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, industrial equipment, and renewable energy scenarios.

The HSY-10 series covers indoor/outdoor terminals and intermediate connectors (models 1 # -4 #), compatible with 25-400mm ² three core cables, and has passed the dual certification of GB11033 and IEC 60502-4. It is designed specifically for scenarios such as power, new energy, and rail transit. Triple composite protection Waterproof: IP68 rating Stress control: Nonlinear conductive gradient layer Insulation: dielectric strength ≥ 28kV/mm (ASTM D149), temperature resistance -55 ℃~105 ℃.

Technical Summary of 10kV Three core Intermediate Joint Compatible cable: XLPE/PVC three core cable (cross-section 25-400mm ²), voltage level 10kV, in compliance with GB11033 and IEC 60502-4 standards. Core Technology: Stress control: Nonlinear conductive layer design, axial field strength gradient ≤ 1.2kV/mm (COMSOL simulation number # FEA2024-10kV); Waterproof sealing: IP68 protection (tested under 0.1MPa water pressure for 48 hours), self melting adhesive layer forms a radial pressure of ≥ 0.25MPa; Insulation strengthening: dielectric strength ≥ 28kV/mm (ASTM D149), temperature resistance -55 ℃~105 ℃. Performance verification: Mechanical strength: axial tensile strength ≥ 180N (IEC 61479), withstand 5-200Hz vibration (EN 61373); Environmental tolerance: Tested by 10% salt spray for 2000 hours (ASTM B117), resistant to UV aging for 2000 hours (shrinkage rate maintained ≥ 95%). Industry applications: Photovoltaic power station: HSY-10-3.3 type is used for the collection line of a 20MW power station, with zero faults for 3 years; Subway tunnel: The anti vibration model has passed the EN 45545-2 fire certification (smoke density<20%) and is suitable for humid environments. Service guarantee: Scan the QR code to trace the batch of raw materials and provide testing videos; Free cable cross-section matching tool and 3D installation guide provided.

10KV/20KV/35KV heat shrink terminals and intermediate joints (including single core/three core models), compatible with cross-linked cables (XLPE) and oil immersed cables, covering a cross-section of 50-400mm ². IP68 waterproof (tested under 0.1MPa water pressure for 48 hours), IEC 60502-4）； Nonlinear stress control (field strength ≤ 2.5kV/mm); Long term insulation: dielectric strength ≥ 30kV/mm, temperature resistance -55 ℃~130 ℃. The weight of the propane spray gun is 1/3 of the traditional porcelain sleeve terminal (with a diameter of 120mm and a terminal weight of less than 1.2kg). It can be installed in 3 minutes per set, saving 65% of the working hours compared to cold shrinkage technology.

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%.