SD – SDS Dirt Separators
15 March 2017
SRS Shell and Tube Heat Exchangers
16 March 2017
The water circulating in a thermal system, by its nature and the biochemical characteristics that characterize it, corrodes and generates incrustations. Bearing in mind that corrosion of metals forming heating and cooling systems is often the decisive factor in the life of its components, it is essential to act in such a way as to protect it, to maintain its proper functioning over time and to ensure its performance and efficiency.
The most important corrosive phenomena are those involving iron, the most widespread material in thermal systems, and also the main cause of impurities in the water since, for peculiarity, it is one of the most easily oxidized metals.
When placed in a moist environment and in contact with water it becomes Fe (OH) 2 ferrous hydroxide, unstable compound that is deposited in the anode zone and subsequently transformed into iron oxide, which occurs in systems in the form of black mud or color rust. In the case of Iron, corrosion is "autocatalytic" and continues to advance often with irreversible consequences.
The SM filter series has been designed to protect against such impurities by keeping the iron particles from oxidation caused by the circulation of the system with a high quality product but at a very low cost which improves the efficiency and functionality of the system by protecting its components.
Our SM-Strainers are entirely made of Aisi 304 stainless steel. They work with NH35 neodymium magnets with a minimum magnetic density of 10,000 gauss at 80 ° C and two stainless steel grids, one for breaking the iron particles so as to to facilitate the attraction to the magnets and the other to stop the larger debris. The finishing is made with a chemically crosslinked expanded polyolefin resin coated with 20mm closed cells and an anodised aluminum sheet, thickness 0.6.
The filter is easily positioned on the piping line of the system. Its maintenance is simple and fast and does not have any operating costs. . Our productive flexibility allows us to offer customized tailor-made filters, in special installation situations or where there are room for problems.
The STB Winter Filters are designed and marketed in accordance with Directive 97/23 / EC
The most important corrosive phenomena are those involving iron, the most widespread material in thermal systems, and also the main cause of impurities in the water since, for peculiarity, it is one of the most easily oxidized metals.
When placed in a moist environment and in contact with water it becomes Fe (OH) 2 ferrous hydroxide, unstable compound that is deposited in the anode zone and subsequently transformed into iron oxide, which occurs in systems in the form of black mud or color rust. In the case of Iron, corrosion is "autocatalytic" and continues to advance often with irreversible consequences.
The SM filter series has been designed to protect against such impurities by keeping the iron particles from oxidation caused by the circulation of the system with a high quality product but at a very low cost which improves the efficiency and functionality of the system by protecting its components.
Our SM-Strainers are entirely made of Aisi 304 stainless steel. They work with NH35 neodymium magnets with a minimum magnetic density of 10,000 gauss at 80 ° C and two stainless steel grids, one for breaking the iron particles so as to to facilitate the attraction to the magnets and the other to stop the larger debris. The finishing is made with a chemically crosslinked expanded polyolefin resin coated with 20mm closed cells and an anodised aluminum sheet, thickness 0.6.
The filter is easily positioned on the piping line of the system. Its maintenance is simple and fast and does not have any operating costs. . Our productive flexibility allows us to offer customized tailor-made filters, in special installation situations or where there are room for problems.
The STB Winter Filters are designed and marketed in accordance with Directive 97/23 / EC
