Our droppers are precision-engineered components designed to maintain the correct spacing and alignment of contact wire in catenary systems, keeping it horizontal at a specific height, ensuring stable and efficient power distribution.
Our portfolio of droppers can be provided for contact wires and messenger wires, as well as accessories to go along side these for example a thimble and compression sleeves. Mosdorfer Rail also provide clamps for their dropper systems to create seamless application.
Our droppers are essential components that contribute to the reliability and efficiency of overhead line systems, ensuring stable and safe operation in various environmental and operational conditions. Here are some advantages as too why:
High Quality Materials
Constructed with High Quality materials which are designed to withstand environmental stress.
Corrosion Resistance
Corrosion resistance of our droppers allows for longer life cycle.
Precision Engineering
Precision engineering ensures accurate spacing.
Light Weight Design
Lightweight design reduces the overall load makes it easier to manage.
Customizable Solutions
Customizable solutions ensures that the droppers can be tailored to the unique applications.
Compliance of Standards
Compliance of standards ensures compatibility with global power transmission and distribution systems providing reliable performance across various regions.
Our Cantilever assemblies are engineered for exceptional strength and durability, providing critical support and stability for overhead contact wires in railway catenary systems.
Our Tensorex C+ is an advanced automatic tensioning system designed for railway electrification systems, specifically for overhead catenary systems (OCS).
Our Insulators are essential components in railway electrification systems, ensuring secure and reliable insulation that maintains the stability and efficiency of the railway power infrastructure.
Our safety equipment and solutions for railway infrastructure, focusing primarily on ensuring the safety and reliability of electrified rail systems, particularly for overhead catenary systems (OCS) and high-voltage power components.
Safe, reliable power transmission in Low Voltage and Medium Voltage Power Networks and Rail Infrastructures need quality solutions that allow the continuous energy supply.