Forming tubes - Import export

Aluminium profile for general structures. The round tube, also referred to as a profile tube forms a feed roller when used in combination with bearing flanges (10400).

Below are a few reference objects that we have been able to work on as part of a wide variety of project tasks in recent years: Audi: all RS models since 2000, R8, R8 2015 Bentley: Mulsanne, Bentayga BMW/Mini: Clubman, 3 series Ferrari: 599 GTO Lamborghini: Gallardo, Murcielago, Aventador Mercedes: S-Class, SLS, Actros Porsche: 997, 911 I panel, door trim, center console, greenhouse, interior trim, trim, steering wheel, seats, carpet trim, infotainment system, instrument cluster, mirror, selector lever, switch panel, trunk, engine compartment cover. Wheels, brakes, wheel suspension, exhaust system, engine components, tank, lines. Plastic injection moulding, metal casting, forging, forming, tube processing, painting, galvanic surfaces, lamination, leather covering, upholstery and sewing.

Bearing flanges and fastening pieces PAGF. Bolts steel. Black. Bolts electro zincplated. Two bearing flanges combined with a D50 type I aluminium profile tube (10050) form a feed roller (loadbearing roller). The bearing flanges are simply pressed into the aluminium profile tube. These can be used for many conveyance tasks. The bearing flanges have ball bearings and springloaded fastening spigots which enable transport rollers to be retrofitted into existing structures. A roller conveyor is created when several transport rollers are mounted in series. Two bearing flanges are required for a transport roller.

The fundamental principles of type 3.1 and 3.2 certification are defined in the standard BS EN 10204:2004. The standard is usually applied to metal produced by mills in the form of bars, plates, tubes etc. however the standard can also be adapted to products manufactured from such metal material (valve bodies, flow meter casings etc.) - Inspection Certificate Type 3.1 - Inspection Certificate Type 3.2 Qtech Control is audited and approved as a Type A, ISO 17020 inspection body for type 3.2 material certification and type 3.2 certification of engineering products by the international accreditation body ASCB.

The fundamental principles of type 3.1 and 3.2 certification are defined in the standard BS EN 10204:2004. The standard is usually applied to metal produced by mills in the form of bars, plates, tubes etc. The standard can also be adapted to products manufactured from such metal material (valve bodies, flow meter casings etc.) please click here for more information. - Inspection Certificate Type 3.1 - Inspection Certificate Type 3.2 - Remarking Of Products - Upgrading to EN 10204 3.2