Peltier elements are compact yet incredibly powerful components, adaptable to a wide range of applications. Their unique ability to heat, cool, and transfer thermal energy makes them an appealing choice […]

Peltier elements are compact yet incredibly powerful components, adaptable to a wide range of applications. Their unique ability to heat, cool, and transfer thermal energy makes them an appealing choice […]
Whether as individual Peltier elements or integrated into bespoke Peltier cooling units, P&N Europe offers a comprehensive range of products that can be precisely tailored to meet your specific needs. […]
The P&N Europe High-Performance Peltier elements, also known as TEMs (Thermo Electric Modules), are versatile components utilized across various applications. They offer high cooling capacity, extended heat conduction, and durability […]
P&N Europe’s Peltier elements stand as the most efficient choice in many applications demanding precise cooling while dealing with limited space. These elements are available as single elements or in […]
In industrial and high-end applications, Peltier elements are the preferred solution for exact temperature control. At P&N Europe, customers receive a suitable Peltier solution for direct or indirect tempering of […]
P&N Europes’ Thermoelectric Modules (TEM) are well known for its Power, Efficiency and long-life time. Since it is important to have a reliable and performant Thermal Interface between the TEM […]
P&N Europe develops and produces high efficiency cooling assemblies, based on peltier technology. These assemblies can be developed in accordance to customers’ requirements to efficiency, performance and durability. As for […]
P & N Europe provides hightech peltier solutions in Europe. The main part of any peltier cooling solution is one or more peltier element. Depending on the application, P & […]
Powerful electrical assemblies or components usually generate power losses, converted into heat. Depending on the ambient temperature, operating location and installation position, the increased temperature can lead to malfunctions or […]