Lightning Protection for Kenya projects, made in India

Conventional (Franklin rod) air terminals follow the well-established rolling-sphere and mesh method under IEC 62305, accepted internationally without controversy. ESE (Early Streamer Emission) terminals claim an extended protection radius, but IEC 62305 doesn't recognise them; only some national standards like NF C 17-102 do. Many international consultants specify conventional terminals specifically to avoid that certification gap. Confirm which your project's governing standard accepts before ordering.

Pricing depends heavily on structure height, roof area or complexity and down-conductor route count. A simple building needs far less material than a complex industrial structure or telecom tower. Share your structure drawing, height, footprint, roof features, for an accurate quote rather than relying on a generic per-building figure.

Copper (typically 25×3 mm) offers superior conductivity and corrosion resistance and is the international default, especially where the conductor is exposed and long-term maintenance access is limited. GI tape is more economical and adequate for many industrial and less-critical structures, particularly where it can be periodically inspected. Match the choice to structure criticality and coastal/corrosive exposure.

Copper down-conductor tape (25×3 mm bare or tinned) has lower inductance and resistance; HDG GI tape (25×3 mm) is cheaper and sufficient for most industrial applications. For tall buildings and heritage roofs where aesthetics matter, tinned copper is the choice. For solar farms, GI is standard.