Stress-free Ftcb15-100 For Home [1LVds76z]

ERIFLEX Stress-free Ftcb15-100 For Home [1LVds76z] Flat Braid Cable

Discover the superior quality and durability of the ERIFLEX Stress-free Ftcb15-100 For Home [1LVds76z] Flat Braid Cable, designed to meet the highest standards of electrical performance. This cable is a perfect choice for a wide range of applications, thanks to its robust construction and exceptional electrical properties. With its tinned copper material, the Stress-free Ftcb15-100 For Home [1LVds76z] ensures reliable conductivity and resistance to corrosion, making it ideal for both indoor and outdoor use.

Key Specifications and Features

The ERIFLEX Stress-free Ftcb15-100 For Home [1LVds76z] Flat Braid Cable boasts several standout features that set it apart from the competition. With a nominal current rating of 360A and a cross-section area of 100mm², it is capable of handling high loads and currents with ease. The wire diameter of 0.15mm and overall thickness of 4mm contribute to its strength and flexibility. Each roll contains 25 meters of cable, offering ample length for your projects. Here are some of the key specifications:

• Material: Tinned Copper
• Nominal Current: 360A
• Cross Section: 100mm²
• Wire Diameter: 0.15mm
• Thickness: 4mm

Practical Applications and Benefits

Whether you are an electrician, a DIY enthusiast, or a professional in the construction industry, the ERIFLEX Stress-free Ftcb15-100 For Home [1LVds76z] Flat Braid Cable is a versatile tool that can enhance your projects. Its durable construction and high current capacity make it suitable for a variety of applications, including industrial machinery, power distribution systems, and heavy-duty equipment. By choosing this cable, you can expect several benefits:

• Improved Performance: Enhanced conductivity and resistance to corrosion ensure reliable operation.
• Increased Durability: The robust flat braid design withstands harsh conditions and heavy usage.
• Convenience: The 25-meter roll provides ample cable for your needs, reducing the need for multiple splices.