powered by
Socialbar
Socialbar
|
|||||||
|
The Foundry Section of the Industrial Plant BARBERO has a covered surface of 4,386 square metres in which the following characteristics are emphasized:
Cupola Section: two twin cupolas of 700 mm of diameter of melting chamber, with an hourly capacity of 3,000 kg of liquid iron. The device used to purified the casting has a capacity of 500 kg. of liquid iron. The loads of especially selected raw material allow, according to specific norms, the production of ideal pieces for the manufacture of agricultural machines, tools and assembly parts. Shell-moulding Section: Five shell-moulding machines with a shaping system of 70 kg sand coated capacity. Moulding Section: It consists of two automatic moulding machines of simultaneous jar-ramming machine and pressing with a programmable control pneumatic board in accordance with the models in production. Each machine produces 40 boxes 600 x 400 x 180 mm per hour. Besides, it has three semiautomatic molding machines of simultaneous jar-ramming machine and pressing, for 300 x 300 mm to 500 x 500 mm dismantling boxes and an hourly production of 15 boxes per hour. Quality control: completed for a correct evaluation of the castings quality, beginning with an equivalent carbon fixer, next to the cupola for liquid iron analysis. Control equipment of molding sand and psychochemical laboratory for raw materials and finished pieces. Controls are supplemented with permanent and periodic samples analyzed by authorized laboratories. Short finish iron: high quality, complying with the level of hardness, strength and chemical composition required by SAE standards or equivalents. High workability and dimensional stability. We mass produce (medium and high series) forMetallurgical, Automobile and Agricultural Industries, among others.
Nodular Iron: Variety of medium mass-produced pieces for the agricultural, metallurgical and automobile industries covering a wide range of ASTM standards or equivalents. Pieces of high resistance, workability and dimensional stability withferritic – pearlitic structure |
|||||||
|
|||||||