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EUROGUSS 2020

From 14th to 16th January, a new edition of EUROGUSS 2020 will be held in Nuremberg. One month after its inauguration, the exhibition already promises to have a great impact, the proof is that at the end of November, the 4 halls were completely reserved. EUROGUSS, is perceived as the most important point in 2020 for the European foundry industry. One of the keys to success its the ability to generate high-level interactions. More than half of these exhibitors are international (around 700 participants): they are mainly die casting managers (39%) from Italy, Spain, Austria and Switzerland. As for the visitors, they are mainly from the automotive industry, machinery and plant engineering companies, mould makers… The organisers of the exhibition have chosen to develop a new strategy: to give special prominence to the professionals of the future with two interesting initiatives: the EUROGUSS Talent Award which will reward the most outstanding end-of-degree work in the field of pressurised fusion or the opening of the "Innovation made in Germany" pavilion where visitors will be able to discover newly created companies. The additive manufacturing will have its own pavilion, a perfect complement to many production areas: prototype design, tool and mould making… Translated with www.DeepL.com/Translator (free version)
WINTER SHUT DOWN.-

The adhered corundum layer is initially soft and can be easily removed, but in later stages the product is dense, hard and difficult to remove during cleaning and can cause mechanical damage to the lining during removal. So , it is evident that the accumulation of corundum is one of the main factors influencing energy consumption, because the growth of corundum reduces the capacity of the hearth furnace and the thermal conductivity in walls also its reduces the furnace life due to differential thermal behavior. corundum re-growths. The growth of corundum requires intensive cleaning of the liner with cleaning fluxes and mechanical tools that cause wear of the hot face liner and consequent loss of heat in the furnace. The use of some refractory materials can also help to reduce the formation of corundum; in general, phosphate bonded materials show excellent resistance to aluminium metal penetration and corundum growth.
RENAULT Bursa Project,

in Turkey, where INSERTEC has supplied a 2000 kg/hr Fusora Tower and auxiliary equipment . (Sleeve Filter, Transport ladles, Preheater and Degasser).
NEW ORGANIC BLANKET

The soluble fibre blanket is manufactured using a unique spinning technology and is made from a mixture of calcium, silica and magnesium which gives the fibre the ability to withstand continuous applications under high temperature conditions of 1300ºC. The soluble fibre blanket is flexible and suitable for treatment with refractory lining, thermal insulation and metal transfer. Main characteristics: Low thermal conductivity.Resistance to thermal shockLightweightHigh tensile strength.Low heat storage.