Finolex 3 Core CCA Submersible Flat Cable (100 m)

The Finolex 3 Core Submersible Flat Cable, available in a generous 100-meter length, is a high-quality electrical cable designed specifically for submersible pump applications. Crafted with precision and durability in mind, this cable ensures reliable and efficient power transmission in challenging underwater environments.

Featuring three insulated cores, this cable is adept at handling varying electrical loads with ease, providing stable power delivery to submersible pumps for residential, agricultural, and industrial purposes. The use of premium-grade materials in its construction enhances its longevity and performance, making it an ideal choice for long-term installations.

The flat design of the cable offers several advantages, including ease of installation and efficient space utilization. Its streamlined profile allows for convenient placement within narrow conduits or tight spaces, reducing the hassle associated with cable routing and management.

Built to withstand harsh conditions, this submersible cable is resistant to moisture, abrasion, and corrosion, ensuring uninterrupted operation even in demanding underwater applications. The robust insulation and protective sheathing provide an additional layer of defense against external elements, safeguarding the cable against damage and ensuring long-term reliability.

Whether used in agricultural irrigation systems, residential boreholes, or industrial water supply networks, the Finolex 3 Core Submersible Flat Cable delivers consistent performance and peace of mind. Backed by Finolex's reputation for excellence and adherence to stringent quality standards, this cable is a trusted solution for powering submersible pumps across various applications.

In conclusion, the Finolex 3 Core Submersible Flat Cable is a reliable, efficient, and durable electrical cable designed to meet the specific demands of submersible pump installations. With its high-quality construction, versatile design, and dependable performance, it serves as a cornerstone for efficient water management systems in diverse settings.