Typical preheaters ineffectively heat conductors, causing the inner semicon material to penetrate the outermost wires. In a worst case scenario, the conductors can then no longer pass through the wire guide of the crosshead. Our Dual Preheating System uses two coils to effectively heat the entire conductor.
With our Dual Preheating System, higher conductor preheating temperatures lead to 25% faster line speeds.
Nexans’ high-voltage cable plant underwent a significant expansion to become the first plant in the USA producing for offshore wind farms. Cable roundness goes a long way to help achieve excellence. Read more
There are several thousand of Maillefer extrusion lines and components currently producing for a large range of applications. Some may be yours. Turn to us to help keep them running at optimum levels. Read more
New features on the PML extrusion lines facilitate medical device assembly downstream and the production of intravenous (IV) tube overall. Read more
Every decade or two, Maillefer reconsiders its portfolio of extruders and undertakes overall redesign. This year, we usher in the first of the MXD series. Read more
The two young entrepreneurs already had extensive experience in the plumbing and heating industry when they first came up with their plan, one that would prove to be quite successful. The passion and commitment brought to the enterprise at the beginning continues today. Read more
MED 3.0 is Maillefer’s web-enabled technical documentation and part identification resource. No more paper binders with outdated references. MED is a sustainable and reactive solution proposed through Maillefer Services. Read more
Much has happened over the past three years. However, one thing hasn’t changed. K 2022 is soon here. Make arrangements now to join us on stand 16 A43! Read more
Microducts are a growing part of the last mile infrastructure. Their bundles, distribution nodes, junction boxes, and connection points compose a no-nonsense network of pathways that are relatively easy to install and maintain. Read more