CEDA - Трубопровод и продукция для воды и сточных вод

The special feature of vibrocentrifuged concrete pipes is the 'radial compression' production technique, which allows the production of reinforced concrete products of high specific weight and high mechanical strength.‎ The reinforcement, realised with an electronically controlled automatic machine, consists of a rigid electrowelded cage with continuous spiral and vertical bars so as to guarantee minimum iron cover, which is not possible with other types of reinforcement, and compliance with the minimum ratio between the area of the iron and the area of the cross-section performed longitudinally on the pipe of 0.‎25%, with improved adherence steel, as expressly provided for by the European standard UNI EN 1916:2004.‎ The diameter of the irons, the interest of the coils and their number are defined in the design.‎ The production is carried out by means of a vertically translating, rotating cylindrical mandrel which tamps the concrete against the inside walls of the formwork.‎ The spindle is equipped with idle press rollers that are kept rotating by adherence to the concrete and which, during the vertical traverse of the spindle, compact the mix that is gradually fed into the formwork from above.‎ The simultaneous vibration of the concrete further improves the characteristics of the product, creating perfectly smooth and uniform pipes on the internal and external surfaces for a perfect watertight seal.‎ CIRCULAR CONCRETE PIPES - Technical characteristicsCEDA circular concrete pipes vibrocentrifuged reinforced radial compression or vibrocompressedCEDA are produced in compliance with UNI EN 1916 and are accompanied by the CE mark.‎ Internal diameter from mm 300 to 2000; Thickness variable depending on diameter; Length mm 3000; Interlocking type socket; Internal coating possible with thickness of your choice; Armour Single, with straight longitudinal bars and continuous transverse spiral, electrically welded.‎ Bars and spiral are made of improved adhesion iron; Sealing ring with section as required in accordance with UNI EN 681; Cracking test load (Fc) According to product data sheet; Breaking strength According to product data sheet; Longitudinal bending moment resistance (M) Dimensionally adequate; Watertightness No leaks, either on the pipe or from the joint, for an internal hydrostatic pressure of 50 Kpa (0.‎5 bar); Durability of joints Demonstrated in accordance with Method 1