Lightning protection systems and exothermic welding solutions provide safe, reliable paths for lightning currents and ensure permanent, low-resistance joints in earthing networks.
Lightning Protection Components
1. Air Terminals (Lightning Rods)
• Copper, copperbond, or stainless steel rods installed at roof peaks and high points
• Capture lightning strikes and direct current down to the earth system
• Available in various heights and materials for different structures
2. Down Conductors & Conductors
• Flat copper or steel conductors, or round copper cables, for vertical paths
• Connect air terminals to the earthing system
• Designed to minimize induction and EMI effects
3. Lightning Arresters & SPDs
• Surge protection devices for protecting equipment from lightning-induced surges
• Installed in LV, MV, and HV systems
• Essential for substations, industrial plants, and data centers
4. Mounting Brackets & Fixings
• Brackets for air terminals, down conductors, and conductors
• Provide secure, weather-resistant attachment to roofs, walls, and structures
• Designed for long-term durability in harsh environments
Exothermic Welding Systems
1. Exothermic Welding Kits
• Complete kits for creating permanent, monolithic, low-resistance joints between:
• Earth conductors and rods
• Conductors and plates
• Conductors and structural steel
• Provide joints with conductivity equal to or better than the conductor itself
2. Exothermic Welding Rods & Connectors
• Copper or copper-alloy rods for connecting conductors to rods
• Pre-filled molds for specific conductor and rod combinations
• Ensure consistent, high-quality welds without external power
3. Casting Molds & Funnels
• Ceramic molds for shaping the exothermic weld
• Funnels for pouring the molten material
• Reusable and designed for specific joint configurations
4. Safety & Auxiliary Tools
• Fire-resistant gloves, goggles, and tools for safe handling
• Cleaning brushes and molds for consistent results
• Ensure safe, reliable, and code-compliant welding.
Exothermic welding is widely used in:
• Substations (SEC) where fault and lightning currents are high
• Oil & gas and petrochemical plants (Aramco) with critical safety requirements
• Industrial and commercial projects requiring permanent, low-resistance joints