Profiling - Import export

Steel jack in an extra low version, with a maximum lifting capacity of 3000 kg and therefore very suitable for light commercial vehicles. The jack is equipped with nylon wheels (2 swivel wheels) and an extra foot control. Furthermore, the jack has a two-part operating rod with handle and a protective foam cover. The minimum lifting height is 75mm and the maximum lifting height is 505mm. The total length of the jack is 673mm and the diameter of the pick-up dish 108mm. The jack comes with a rubber pad and an extra shell for small material. Capacity (In Ton): 3 Min-Max Height: 75-505mm

Steel jack in an extra low version, with a maximum lifting capacity of 2000 kg. The jack is equipped with nylon wheels (2 swivel wheels) and an extra foot control. Furthermore, the jack has a two-part operating rod with handle and a protective foam cover. The minimum lifting height is 75mm and the maximum lifting height is 505mm. The total length of the jack is 675mm and the diameter of the pick-up dish 108mm. The jack comes with a rubber pad and an extra shell for small material. Capacity (In Ton): 2 Min-Max Height: 75-505mm

Thread standard: Metric, ISO DIN 13 Type: Hand tap, Form C, for through and blind holes, with straight flutes Application: Conical profile Material of product: HSSG Surface treatment: no For materials: Unalloyed and low alloyed steel, non abrasive material Tensile strength up to: 900 N/mm2 Standard: DIN 352 Tolerance: ISO2/6H With conical profile Set of 3 taps (taper, intermediate, finish). Three-piece hand taps- sets are used for regular threads with coarse pitch, as the thread profile area is larger than for fine threads and the force effects on the taps are greater. The advantage of three-piece hand taps is that the respective parts of a set share the cutting power: The taper tap (No. 1) (marked with one ring) removes 65 per cent of the thread profile and the intermediate tap (No. 2) (marked with two rings) removes 85 per cent. Pre-cutting and reworking with the intermediate tap (No. 2) bring the thread into shape.

Punto Curvatura adopts a technological solution to bend those profiles that have already been through the powder coating treatment, particularly wooden-paint sublimates.

The process of three-dimensional curving of aluminium, stainless steel, brass or iron profiles is carried out in two steps: torsion and bending. This is a very complex process, which only a high-skilled staff, with a technological equipment, can carry out.

The demand of aluminium profiles to furnish the HoReCa industry as well as Department Stores with particular sizes and shapes has considerably increased over the last years. The calendering of profiles used in the construction or in the realization of the most modern refrigerated showcases for cafés, ice-cream parlours or restaurants requires special attention for the aesthetics of the profile.

For the installation on roofs and warehouses, Punto Curvatura realizes the curvature of the substructures of aluminium profiles used for photovoltaic systems.

Punto Curvatura is capable, with special cylinders installed on the bending machines, to comply with the most complex curvature requirements for the realization of tensile structures used to cover circuses, military hangars, museums, exhibition stands, gazebos, stages and agricultural structures.

Together with the curving of single or double sunshade systems, Punto Curvatura is capable to twist them to meet the different architectural requirements.

The curve of the aluminum profile used for mobile walls is made with a sophisticated soft curving of the profile, which makes the curve with straight ends to the two sides of the extrusion. The service is performed by means of laser pointing installed on the bending machines.

The bending of aluminum profiles used in curtain wall systems is carried out with a patented system by filling with a special alloy. During this process, the cross section is not only calendered with millimetric precision, but it also meets all the perpendicular tolerances, avoiding any kind of deformity deflection or "twisted effect", thus maintaining the perfect geometry required.