Lightning Prevention
Safeguard Against Nature’s Electrical Fury
Lightning strikes can have catastrophic impacts on infrastructure, residential buildings, even human lives, making robust lightning protection essential across a variety of structures—from minor installations like traffic lights to expansive arenas like sports fields. Our advanced lightning prevention solutions are meticulously engineered to defend against aerial electrical phenomena. With the inclusion of protection for maritime ventures, we ensure maximum safety on both land and the high seas, minimising operational risks and disruptions.
CMCE Land
A device whose function is to prevent electric discharges by compensating the electric field and keeping an equilibrium between atmosphere and ground.
Electric discharges cannot occur in the structures it protects due to the layer of deionised air and hence generating a lightning-free zone through a passive system that is energised by the atmosphere.
The CMCE SERTEC Protector aims to protect people, animals, structures, be it on land or marine, in facilities of any kind against electrical phenomena where the mode of transport is air.
| CMCE NANO | 25 metres | Made for small radars, traffic lights, road cameras, control booths, etc. |
| CMCE SERTEC 120 | 120 metres | With greater deionising power for buildings, large complexes, mining, sub-stations, airports, etc. |
| HIGH RESISTANCE | 120 metres | Designed for highly corrosive environments, including but not limited to the chemical industry |
| CMCE GRAPHENE | 120 metres | Developed for special applications and military use; highly conductive and undetectable by radar |
| CMCE HOME | 55 metres | Developed to protect residences, small buildings, warehouses, medium-sized towers, etc. |
| CMCE-AT 120 | 120 metres | Developed with insulation resistance of up to 400°C - for high temperature areas such as industrial chimneys, distillation towers, etc. |
| CMCE-HIGH VIBRATION | 120 metres | With anti-fall system and better particle cohesion for vibratory structures such as drilling towers, etc. |
| CMCE TWIN MAX | 120 metres | Made for the most extreme conditions of electric fields, wind turbines, solar parks, etc. |
CMCE Marine
Introducing the CMCE MARINE, a state-of-the-art lightning protection system specifically engineered for maritime vessels. Compatible with a wide range of boat features, from navigation systems to various hull materials, our technology is designed to combat the electrical risks posed by an ever-changing climate, offering unparalleled safety on the open sea.
| GOLD | For use in small boats, sailboats, marine buoys, etc. |
| PLATINUM | With greater deionising power. For use in medium-sized fishing or expedition boats, catamarans, small yachts, etc. |
| DIAMOND | With the greatest deionising power. For maximum protection use in yachts, cruise ships, cargo ships, military ships, etc. |
Storm 7
A device that works together with the CMCE products, capable of monitoring the electric field in real time in its protection area.
The Storm 7 is designed to be used in any location – houses, buildings, ships, industrial plants, among others. It also has the functionality to measure temperature, atmospheric pressure, and relative humidity with great precision.
The Storm 7 system integrates 4 basic components: sensors/devices, connectivity, data processing, and a user interface
NICE
A technology that maintains the effects of electric and magnetic fields within tolerable levels at all times. Its function is to absorb and ground the electric and electromagnetic field/radiation generated by the electrical and electronic components present as the result of human activity and the operation of energy systems, industrial equipment, offices, and household devices.
This device is placed inside the facilities to be protected, on tripods or supports, at a height of at least 70cm above ground level.