KES Series

Maximum efficiency, reliable performance and solutions tailored to your needs: the Kontherm KES Series Standard Cold Room Evaporators offer the ideal solution for your cooling requirements, combining advanced technology and engineering solutions. These evaporators have been designed with cold rooms used for food preservation, industrial storage and logistics in mind. They offer maximum energy efficiency and a long-lasting, reliable performance with minimum energy consumption.

Why choose the KES Series?
The KES Series is designed to deliver high efficiency. The KES Series meets the industry's requirements for superior cooling capacity and low energy consumption. The system design ensures maximum cooling with minimal energy consumption.
Our flexible solutions are designed to meet your specific requirements. Its versatile structure allows for customisation to suit a range of cold room applications. It has been designed to meet the specific cooling requirements of a range of different industries, with a variety of capacity options available.
The product is designed to be durable and reliable. The KES Series is designed using quality materials and advanced manufacturing techniques to reduce your operating costs with its long-lasting performance and low maintenance requirements.
It is easy to install and maintain thanks to its modular structure and practical assembly features. In addition, it guarantees long-term uninterrupted operation with simple maintenance processes.

KES Series Evaporators are designed for use in a wide range of applications, including:

Food preservation and processing plants
Cold storage areas
Logistics centres
Storage solutions for the pharmaceutical and chemical industry
The reliable cooling solution for all kinds of needs, the Kontherm KES Series will make a difference in your industry with its high efficiency, durability and flexible use.
The product features a Ø3/8' copper pipe, an aluminium fin, a 32x28 mould layout, and fan diameters of Ø300mm and Ø350mm.
Please contact us for further details.