„With our many years of experience in non-contact torque transmission, we are your first port of call for the design and development of customised solutions using magnetic couplings and agitator drives.“
DST magnetic couplings can be used in various areas: besides the chemical, pharmaceutical and food industry, DST products are applied in biotechnology, in industrial furnaces, in water management, in compressors, in measurement and dosing technology, in hydraulics or in petrochemistry.
Own branch offices in the USA, China, India, Italia, the United Kingdom and France, as well as further sales and distribution partners in all relevant industrial countries build a worldwide network. This allows DST to offer a perfect on-site service, competent consultation and application expertise.
From calculation to your product
To achieve an optimum performance, we offer a special service to our customers. We make sure the technical feasibility of every inquiry by carrying out a series of calculations and simulations. This means that we work with concrete data and design guidelines directly from the planning phase. Professional simulation software help us to consider different application parameters like pressure, torque and speed.
DST exhibited environmentally compatible technologies at ACHEMA 2018
At this year’s ACHEMA, the World Forum and Leading Show for the Process Industries in Frankfurt, DST exhibited its environmental friendly technologies. Visitors could inform themselves about magnetic couplings, conversion kits, agitator drives and canisters. Due to a great number of visitors at the booth and numerous and professional conversations, the summary for the fair is more than positive.
DST with magnetic couplings and conversion kits for the PU industry at the UTECH 2018
Every three years international manufacturers and suppliers of the polyurethane industry meet at the UTECH in Maastricht. DST was also present at this year's exhibition and showcased its environmental friendly permanent magnetic couplings and conversion kits.