Why Do Suspension Clamps Often Lack Hydrophobicity?

Item angle suspension clamp belongs to hardware used in overhead transmission lines, whose main function is to mechanically support the conductors and maintain conductor tension and positioning. They are typically made of metal or a combination of metal and rubber/composite materials to meet high strength load-bearing and durable mechanical requirements. This material and structural design determines that item harga suspension clamp does not possess the hydrophobic surface properties of insulators.

Item messenger suspension clamp metal surface is not treated with a waterproof and anti-fouling coating, nor does it possess a microstructure similar to materials with hydrophobic or water-repellent properties (such as materials containing long-chain fluorocarbons or Teflon coatings). Therefore, water on item suspension clamp with i hook is more likely to form a continuous water film rather than separate water droplets. This is precisely the lack of definition in the field of hydrophobic materials.

Item ab cable suspension clamp design focus is on mechanical strength, electrical connection reliability, and weather resistance, not waterproofing and anti-fouling. If hydrophobicity is required, a special coating is usually needed on the surface of the hardware or insulator, which increases cost and complexity and may also affect the mechanical connection performance and conductivity/insulation performance of item abc suspension clamp. Therefore—from a practical and cost perspective—item j hook suspension clamp generally does not incorporate hydrophobic design.