ResiTHERM® 12, 20pcs, anchor rod M12x260 zinc plated, connection thread M12x70 stainless steel A4

The innovative ResiTHERM® 12 is fast, driving rain tight, thermally separated, corrosion-resistant, ETA-approved and Made in Germany. The perfect solution for mounting heavy loads to insulated façades without thermal bridges! In this set of 20, the anchor rod M12x260 in the wall is galvanised, while the outer connection thread M12x70 and the connecting parts are made of A4 stainless steel.

One product for all insulation types and thicknesses, e.g. bridgeing insulation thicknesses from 60-220 mm when anchoring in insulated façades made of concrete, from 60-190 mm in aerated concrete and solid brick and 60-160 mm when the insulated wall consists of perforated bricks. Thus allowing for a high application flexibility, also in further base materials.

The black thermal separation module eliminates heat bridges efficiently and protects against mould and heat loss. It's pre-assembled, weather resistant EPDM sealing ensures safe sealing against driving rain up to wind force 11(violent storm) and up to 3 mm displacement, tested for watertightness based on DIN EN 1027.

The reliable, durable ETA-tested fixing ResiTHERM® 12 is the product of choice for a large variety of base materials as well as applications:

The heavy-duty innovation is suitable for all common substrates, such as concrete, aerated concrete, masonry (solid and perforated brick) and other building materials and for a wide range of applications such as awnings, canopies, French balconies, satellite dishes, air-conditioning units and many more.

Discover the time and cost savings due to simple and quick installation while ensuring highest quality:

No risk of corrosion due to high steel-quality 8.8, attachment parts made of stainless steel A4 and glass-fibre reinforced nylon, which is characterised by ageing, weather and UV-resistance.

The possibility of subsequent adjustment of the screw-in depth of the M12 threaded stud as well as the M12 threaded rod allows adjustment to the individual installation situation.