A solar cable is not just a conductor to carry current. It must survive decades of outdoor UV, moisture and high DC voltage.

The selection quality of waterproof rubber cables directly determines the operational safety and service life of the entire electrical system in special water related projects such as garden and water landscape supporting facilities, river construction, deep well water intake, underwater electromechanical equipment power supply, and outdoor water infrastructure. The vast majority of construction teams, project procurement, and grassroots electrical personnel commonly have industry misconceptions: they believe that rubber materials have inherent sealing and waterproof properties, and ordinary rubber sheathed cables can be used for long-term immersion in water. However, from a large number of frontline engineering cases, blindly mixing ordinary cables to replace specialized waterproof rubber cables is the main cause of insulation water leakage, conductor oxidation and blackening, line leakage tripping, equipment shutdown and scrapping. In severe cases, it can also trigger safety accident

Learn how to choose long-life buried armored cables for infrastructure projects in 2026. Compare SWA, STA and AWA, XLPE insulation, sheath protection, standards and lifecycle costs.

Learn the differences between SWA, STA and AWA cables. Compare steel wire, steel tape and aluminium wire armour, applications, cable structures and selection requirements.

Both YC and YZ are rubber-sheathed cables, but they differ significantly in design positioning and performance characteristics. YC belongs to the heavy-duty general-purpose rubber-sheathed category, suitable for environments with high mechanical stress; YZ, on the other hand, is a medium-duty rubber-sheathed cable, emphasizing flexibility and applications in medium-load scenarios. The two types are distinctly differentiated in voltage levels, mechanical performance, conductor specifications, and applicable environments.

Flat cable (flat cable) is a flat cable composed of multiple parallel conductors, featuring heat resistance, cold resistance, and acid and alkali resistance. It operates within a voltage range of 450/750V to 0.6/1kV and is suitable for ambient temperatures of -40 to +70°C. The conductors are designed with a soft structure, and the insulation layer uses nitrile composite or silicone rubber materials. The sheath can be made of polyurethane, PVC, or silicone rubber, with some models optionally incorporating load-bearing elements such as galvanized steel wire ropes on both sides of the conductors.