ADT in Home Appliances
Today, many of the "kitchen items" available have become an integral part of our daily lives. The same goes for ADT's innovations, which can be found in almost all household appliances. Powerful motors, fans and pumps not only excel in efficiency and sustainability in the private home, but they are also ideal for delivering peak performance in commercial kitchen technology and professional laundry care. All this with low energy consumption.
Electric motors, fans and pumps in household appliances for private residences
Appliance manufacturers appreciate not only our technology, but also our development expertise. Together with our customers, we can implement innovative solutions: from drip-free dishwasher drying and stove jacket cooling to protecting surrounding kitchen furniture and manufacturing immersion pumps for draining dryer condensation.
Motors, fans and pumps in household appliances for food service
In large-scale gourmet dining, being able to prepare a variety of dishes quickly is critical. It is critical to allow customers to serve meals of consistent quality without having to wait. ADT's solutions have been a standard part of this demanding industry for many years. Our fans and drivers are extremely robust and reliable, and can handle extreme temperatures and even rapid temperature changes.
Motors, fans and pumps in household appliances for food processing
When preparing food, hygiene and quality are paramount – so are efficiency and sustainability. ADT's reliable blowers have a long service life even in continuous use. They use stainless steel fan impellers, which is one thing that makes them perfect for use in the food field.
Motors, fans and pumps in household appliances for the professional laundry industry
Today, high expectations are placed on modern laundry services when it comes to washing, drying or organizing products. Laundry care must be efficient, reliable and gentle. ADT's durable pumps and blowers require low energy consumption and are quiet, functional and compact.
