Our N2 Dry Curing Value Package provides a nitrogen supply and the necessary equipment for the dry curing process. The nitrogen atmosphere is the correct solution for cable materials which are sensitive to oxygen and moisture. Production is independent of steam availability and the costs of steam generation.
Product quality is ensured with the N2 dry curing process. Versatility of the line is extended to include production of cables which require a dry curing atmosphere.
26.1.2023
R&D partnering, performance excellence throughout equipment life-cycles, and sustainable practices help nurture long lasting partnerships. Come explore the innovations and collaboration possibilities. Read more
24.1.2023
World events increase demand for multi-layer pipe around the globe. Maillefer provides you with the experience, the right resources, and the support to realize manufacturing excellence. Read more
11.1.2023
Stop by and meet with Maillefer at any of the industry events during 2023. We invite you to arrange your meeting with us before the show takes place. Read more
14.12.2022
The new generation multi-layer crosshead for co-extruding today’s EVOH, PE-RT and PEX materials has arrived. Its nested distributor design results in perfect layer concentricity. Read more
7.12.2022
Check out this new addition to our existing floor traversing take-up and pay-off family. It answers the demand for heavy cable carrying capacity of up to 100 tons. Read more
1.12.2022
Here is a perfect solution for dual-layer extrusion of rubber cables. Aim for higher speeds while avoiding premature crosslinking thanks to the DHC crosshead. Read more
23.11.2022
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
16.11.2022
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
