Substructures - Import export

It is a carrier carcass system on which ceramic material can be mounted. It is advantageous in terms of stock costs because it consists of a small number of profiles and accessories. These systems are generally described as ventilated facade cladding, and the substructures to be used in these systems must be resistant to corrosion. For this reason, the carrier system and its accessories, consisting entirely of aluminum profile and stainless steel, make the SS 54 system advantageous.

Aluminal A.Ş. produces aluminum frames and construction solutions of solar panels in cooperation with Tecinnova International. In addition to traditional solutions, thanks to aluminum constructions with pre-assembled components, photovoltaic system installations can be much easier, faster, more practical, more reliable and less expensive.

It is a skylight system. It is mounted on steel. Thanks to its PVC Insulators, it offers high thermal insulation and air-water impermeability performance. The risk of water intake is eliminated in the system created by overlapping EPDM gaskets.

steel table substructures for many public buildings with the desired shape of the plates

Maximum Working Height: 18 m Maximum Lateral Outreach: 8.7 m Basket Load Capacity: 250 kg Turret Rotation: 360° Basket Size: 1.4x0.7x1.1 m Basket Rotation: ± 90° Total Weight: 2400 kg Maximum Gradeability: %25 Petrol Engine: Honda GX 390 Electric Motor: 230V - 2.2 kW Transport Length with Basket (A1): 4.75 m Transport Length w/o Basket (A2): 4.05 m Transport Height (B): 1.99 m Transport Width (C): 0.79 m Stabilization Footprint (D1xD2): 3x3 m

Maximum Working Height: 16 m Maximum Lateral Outreach: 7.3 m Basket Load Capacity: 250 kg Turret Rotation: 360° Basket Size: 1.4x0.7x1.1 m Basket Rotation: ± 90° Total Weight: 2250 kg Maximum Gradeability: %25 Petrol Engine: Honda GX 390 Electric Motor: 230V - 2.2 kW Transport Length with Basket (A1): 4.65 m Transport Length w/o Basket (A2): 3.95 m Transport Height (B): 1.99 m Transport Width (C): 0.79 m Stabilization Footprint (D1xD2): 3x3 m