A Conventional lightning arrestor or Franklin rod is a metal rod mounted on a structure and intended to
protect the structure from a lightning strike. Lightning rods are also called finials, air terminals, or strike
termination devices.

SAILENT FEATURES

• Permanent Molecular Bonding of 99.9% Pure Electrolytic Copper
• Low Carbon Steel Core for unmatched Tensile Strength
• Minimum Copper Coating of 100 microns. can be increased to 254 microns+
• Cold-Rolled Threads with Continuous. Unbroken Grain flows preserve Copper Coating and are
  Stronger than Cut Threads (for Threaded Rods)
• Efficient discharge path for lightning current, Low Resistance Guaranteed
• Aesthetic and Unique Design
• Maintenance Free and maximum Resistance to corrosion
• Cost-Effective in comparison to Pure Copper Lightning Arrestor
• Robust construction for enhanced Service Life
• Easy installation and maintenance
• Protect the building from damage and any kind of electrical hazards.
• Suitable for various applications and environments
• Copper Bonding will not Crack when bent
• PVC or Metal Base Plate available as per requirement
• LATH Brand Name, Model Number, Diameter. Length are Laser Marked
• Available along with Test cum Guarantee Certificate

• In-house Cold Drawn Bright Round processing facility for Stringent Quality Control
• ln-house Cold Rolled Thread facility to preserve copper coating and provide more in comparison to
  cut threads
• Raw Materials sourced from Integrated Steel Producers i.e. JSW & Vizag Steel Plant (RINL) only.
  No Minus Tolerance on Diameter of the Rod i.e, 17.2mm means 17.2mm not 16mm
• Only ADOR or ESAB MIG Welding & its Consumables are used in Welding
• Have Minimum 100 Microns + Copper Bonding prevents Rusting and Corrosion (No False Claim of
  Higher Copper Coating, Coating available as Committed)
• Laser Marked as a Testimonial of Performance Guarantee.

• Tensile Strength (>600 N/mm”)
• Bend Test (No Cracks or Deformation)
• Adhesion Test (Knife Test) No Peel Off
• Cooper Plating Thickness (minimum 100 microns+)

Meets the requirement of IS 3043, IEC 62305