DEHNalu wire according to EN 62561-2, for use in lightning protection systems as an air-termination, down or equipotential bonding coonductor.

Al and AlMgSi may not be installed directly (without a gap) on, in, or under plaster, mortar or concrete, and also not in soil.

DEHNalu wire according to EN 62561-2, for use in lightning protection systems as an air-termination, down or equipotential bonding coonductor.

Al and AlMgSi may not be installed directly (without a gap) on, in, or under plaster, mortar or concrete, and also not in soil.

DEHNalu wire according to EN 62561-2, for use in lightning protection systems as an air-termination, down or equipotential bonding coonductor.

Al and AlMgSi may not be installed directly (without a gap) on, in, or under plaster, mortar or concrete, and also not in soil.

DEHNalu wire according to EN 62561-2, for use in lightning protection systems as an air-termination, down or equipotential bonding coonductor.

Al and AlMgSi may not be installed directly (without a gap) on, in, or under plaster, mortar or concrete, and also not in soil.

DEHNalu wire according to EN 62561-2, for use in lightning protection systems as an air-termination, down or equipotential bonding coonductor.

Al and AlMgSi may not be installed directly (without a gap) on, in, or under plaster, mortar or concrete, and also not in soil.

DEHNalu wire with plastic sheath according to EN 62561-2 for use as a down conductor in lightning protection systems.
With plastic sheath (halogen-free, frost-resistant and UV-stabilised), as additional mechanical / corrosion protection, e.g. when installed behind facades. Not suitable for underground installation.

DEHNalu wire with plastic sheath according to EN 62561-2 for use as a down conductor in lightning protection systems.
With plastic sheath (halogen-free, frost-resistant and UV-stabilised), as additional mechanical / corrosion protection, e.g. when installed behind facades. Not suitable for underground installation.

Copper wire according to EN 62561-2, for use in lightning protection and earth-termination systems or equipotential bonding.

Copper wire according to EN 62561-2, for use in lightning protection and earth-termination systems or equipotential bonding.

Copper wire according to EN 62561-2, for use in lightning protection and earth-termination systems or equipotential bonding.

Copper wire according to EN 62561-2, for use in lightning protection and earth-termination systems or equipotential bonding.

Steel wire according to EN 62561-2 with zinc coating ≥ 50 µm on average (about 350 g/m²), for use as air-termination system or down conductor in lightning protection systems.

Steel wire according to EN 62561-2 with zinc coating ≥ 50 µm on average (about 350 g/m²), for use as air-termination system or down conductor in lightning protection systems.

Steel wire according to EN 62561-2 with zinc coating ≥ 50 µm on average (about 350 g/m²), for use in lightning protection and earth-termination systems.

Steel wire according to EN 62561-2 with zinc coating ≥ 50 µm on average (about 350 g/m²), for use in lightning protection and earth-termination systems.

With zinc coating ≥ 50 µm on average (about 350 g/m²). Suitable for installation in reinforcements (e.g. concrete supports or concrete foundations).

With zinc coating ≥ 50 µm on average (about 350 g/m²). Suitable for installation in reinforcements (e.g. concrete supports or concrete foundations).

With zinc coating ≥ 50 µm on average (about 350 g/m²). Suitable for installation in reinforcements (e.g. concrete supports or concrete foundations).

Steel wire with plastic sheath according to EN 62561-2 (VDE 0185-561-2), for use as a down conductor in lightning protection systems
With plastic sheath as additional mechanical / corrosion protection, e.g. when connected to the lightning protection system.
Suitable for installation in soil, on, in and under plaster, mortar or concrete.

Steel wire with plastic sheath according to EN 62561-2 (VDE 0185-561-2), for use in lightning protection and earth-termination systems.
With plastic sheath as additional mechanical / corrosion protection, e.g. for use as a connection lug to the lightning protection system or main earthing busbar.
Suitable for installation in soil, on, in and under plaster, mortar or concrete.

Stainless steel wire according to EN 62561-2, for lightning protection systems or equipotential bonding.

Stainless steel wire according to EN 62561-2, for lightning protection systems or equipotential bonding.

Stainless steel wire according to EN 62561-2, for lightning protection systems or equipotential bonding.

Stainless steel wire according to EN 62561-2, for lightning protection systems or equipotential bonding.

Stainless steel wire according to EN 62561-2, for lightning protection and earth-termination systems or equipotential bonding.

Stainless steel wires (Rd 10 mm) for use in soil have to be made of StSt (V4A) with a molybdenum content > 2 % e.g. 1.4571, 1.4404, in accordance with EN 62561-2 and IEC/EN 62305-3.

Stainless steel wire according to EN 62561-2, for lightning protection systems or equipotential bonding.

Stainless steel wire according to EN 62561-2, for lightning protection and earth-termination systems or equipotential bonding.

Stainless steel wires for use in soil have to be made of StSt (V4A) with a molybdenum conent > 2 % e.g. 1.4571, 1.4404, in accordance with EN 62561-2 and IEC/EN 62305-3.

Stainless steel wire according to EN 62561-2, for lightning protection and earth-termination systems or equipotential bonding.

Stainless steel wires for use in soil have to be made of StSt (V4A) with a molybdenum cotent > 2 % e.g. 1.4571, 1.4404, in accordance with EN 62561-2 and IEC/EN 62305-3.