Industrial system - Import export

acuraLine 1FU Cartridge Filter Housings are industrial inline filtration units. These filter housings feature strong Stainless Steel construction, robust threaded closure, high operating pressures of up to 25 barg and option to mount a differential pressure gauge. All 1FU filter housings are supplied with a Viton seal as standard for chemical compatibility. Applications Oils Chemicals Water Paints CNC machine Coolant Acids Process water Solvents Batch filtration Laboratories Recirculating baths Parts washing Features Connections Inline connections for easy installation. Cartridge locking Suitable for DOE or SOE (Code 3 & Code 8) filter cartridges. Traceability Identification with serial number. Construction Strong industrial design with threaded closure for industrial & process applications. Design Code According to AD2000. pecifications Cartridge sizes 5”, 10”, 20”, 30” Connections 1” BSPF Inline Housing material 304 Stainless Steel (Optional 316SS)

Plastic RPE solenoid valves are used in many different industries and applications: • Landscape irrigation systems • Household appliances • Hydromassage • Sanitary applications • Water & drink dispensers • Steam Ovens and Steam Irons • Coffee machines • and many more......

Q: What are DIFHEMI inductive fluid heaters? A: DIFHEMI inductive fluid heaters (DIFHEMI is an acronym of ‘direct fluid heating by electromagnetic induction’) are of leading-edge innovative technology which is the sole property of Brascoelma; they belong to a new generation of fluid heaters which are unparalleled worldwide. They are currently the most-efficient equipment and heat any type of fluid, directly or indirectly, liquid or gaseous, at the desired temperature, flow rate and pressure. They utilise electromagnetic induction to generate heat and do not require electrical resistances of any kind, nor the use of fossil fuels. DIFHEMI inductive fluid heaters have permitted realising heating projects which would otherwise be non-viable, and since 1983 over 300 companies have used them. They have been found to be more advantageous than systems utilising resistance heating, fuel oil or natural gas, due principally to the inefficiency inherent in these latter systems of heat generation