Promet AG products

Promet`s rigid busbars are engineered to provide efficient and reliable energy transmission for modern applications. Designed with high current-carrying capacity, these busbars offer mechanical stability and an extended service life, making them optimal for demanding environments. Fully customized to meet specific requirements, Promet`s busbars ensure superior electrical conductivity and represent an economically sound energy solution. The production process is entirely automated, employing advanced robotics to maintain stringent quality control and flexibility. This technology allows the company to adapt quickly to market demands, with each product characterized by precision and future-oriented innovation. The introduction of Promet`s 3D technology marks a significant advancement over traditional busbar connections, eliminating the issues associated with bolted joints by offering a seamless point-to-point connection.

Flexible busbars from Promet AG offer a robust solution for efficient energy transmission, catering to demanding electrical applications. Designed to facilitate safe power transfer, these busbars effectively absorb vibrations and compensate for thermal expansions, ensuring a reliable connection. Their flexible nature simplifies installation, particularly in constrained spaces, making them ideal for compact environments. These busbars find application in various industries including renewable energy, e-mobility, general industry, and transportation sectors. With a design focused on practicality and dependability, Promet AG`s flexible busbars stand as a vital component in modern electrical systems where efficiency and adaptability are paramount.

Promet AG specializes in the production of laminated busbars and expansion straps designed for optimal conductivity and adaptability in high-current applications. Their laminated busbars boast excellent current-carrying capacity with minimal contact resistance, achieved through a unique lamella construction for uniform electrical load distribution. These busbars are ideal for compact and demanding setups, ensuring durability and effectiveness. Furthermore, Promet AG offers expansion straps that are engineered to handle expansions and vibrations, providing robust connections between busbars and components like switchgear, transformers, and generators. These straps are manufactured from high-quality copper foils, processed into flexible packages with solid ends joined by pressure welding, ensuring high load capacity and longevity. Promet AG prides itself on in-house production using advanced automation and robotics, maintaining strict control over quality and responsiveness to market demands. By integrating precision, technical expertise, and continuous process monitoring, the company guarantees a consistently high production standard suitable for energy distribution, vehicle construction, and industrial applications.

Promet AG offers highly flexible grounding and power straps engineered from E-Cu flat braids, designed to effectively handle mechanical movements and bridge electrical contacts. These components are pivotal in diverse applications such as electrical engineering, plant construction, energy supply, and power transmission. The high adaptability of these connections is enabled by distinct braid structures combined with varied cross-sections and wire diameters between 0.05 mm and 0.20 mm. The EMK ground straps, a notable line of their products, utilize press-welding technology underwater to ensure top-tier quality and secure electrical connections. Available in both bare and tinned forms, these straps can be customized to meet specific needs, offering choices in dimensions, cross-sections, and even insulated varieties upon request. This versatility renders them suitable for low-resistance grounding and power transmission in various industrial and renewable energy sectors.

ProFlex, developed by Promet, offers a revolutionary approach to the wiring of switchgear installations. This modular system efficiently reduces the complexity and space typically required for electrical installations, while also minimizing both time and cost investments. Applicable across various domains including control cabinets, energy systems, vehicles, and infrastructure projects, ProFlex is designed to seamlessly adapt to diverse requirements. Quick installation and straightforward maintenance are achieved through an innovative design that ensures shorter service durations. Its compact nature results in less material usage, utilizing shorter conductor lengths—up to 35% less than traditional methods—thereby significantly cutting material and space needs. Transport and packaging costs are also notably reduced by the system`s lightweight and compact form factor. The system facilitates immediate project start-up without delays in material processing.