Nearest Maillefer contacts for USA
Maillefer North America
Pipe & Tube
#1 Extrusion Drive<br />
CT 06379 Pawcatuck
Tel: +1 860 625 48 45
com;rd.;nda;sta;is-;dav;uk/;jwnMaillefer North America
Wire & Cable
#1 Extrusion Drive
CT 06379 Pawcatuck,
Tel: +1 920-215-6628
om;d.c;dar;tan;s-s;avi;w/d;cho;jzaKN Manufacturing Solutions LLC
Fiber Optic
325 Kentucky Court
GA 30548 Hoschton
Tel: +1 404 202 9655
Cell: +1 404 202 9655
com;ol.;nms;n/k;ine;iem;i.n;karAmaral Automation Associates
Wire & Cable
1697 Warwick Ave, Suite D
RI 02889 Warwick
Tel: +1 401 405 0755
om;n.c;tio;oma;aut;ral;ama;es/;salRepco Industries LLC
Wire & Cable
13299 W. Essex Ln.
Illinois 60142 Huntley
Tel: +1 847 802 4315
Cell: +1 847 274 9218
com;es.;tri;dus;oin;epc;s/r;otu;nliSouthern Industrial Equipment
Wire & Cable
2708 Cambridge Way
TX 75092 Sherman
Tel: +1 281 844 4260
Fax: +1 903 813 0285
net;ns.;tio;olu;ons;usi;xtr;y/e;troWould you like to help further develop the telecommunications world? Communication networks currently rely on fiber optic cables. Whether you produce cables for FTTx, wireless networks or local area networks, cable quality and production reliability are key to your success.
The secondary coating of your fiber optic cables is the most important aspect in your production process. As the quality of loose tube defines the final properties of your cable, it is crucial that you have the technology in place to get it right.
As SZ stranding defines the mechanical and environmental properties of your loose tube fiber optic cable, you need technology that you can rely on. Our SZ stranding technology is not only reliable, but it helps you produce flexible and durable cable for use in various applications.
The sheathing process is where you apply the final touch to your loose tube fiber optic cable. Mechanical properties for different cable types are set with armoring and strength members. Our state-of-the-art extrusion technology offers you the ability to utlize a large variety of plastic materials to produce high-quality jacketing.
We recognize that you expect tight buffering to be the most basic element of your fiber optic indoor cable production process. Our technology makes tight buffering simple to achieve, so you can reach levels of high productivity.
By adopting our technology for stranding and jacketing in tandem, you make your fiber optic cable manufacturing process more efficient. Also, when you combine our stranding unit and yarn server, you receive flexible and reliable cable for indoor installations.
13.5.2025
The promise for exceptionally high productivity without losing on cable quality may raise eyebrows. Yet, several customers have made the leap of faith towards rapid crosslinking. Read more
29.4.2025
More heating & plumbing pipe with less EVOH is possible with our five-layer PXL line. Extrude ultra-thin, low mol% EVOH for 5 or 3 layer PEX-b or PE-RT pipes. Read more
9.4.2025
Serving multiple markets like heating & plumbing, fiber-optics microducts, medical tubes, automotive tubes, oil & gas and more, means building on commonalities and responding to the specificities. Read more
20.3.2025
In the rapidly evolving field of optical fiber manufacturing, efficiency, precision, and quality are paramount. AI is in place to revolutionize the OF cable manufacturing process. Read more
26.2.2025
Online Curing Control helps manage cable curing in real time using live measurements. This digital concept relies on process modeling to further reduce scrap and cable defects. Read more
14.2.2025
With electric vehicles, the demand is for light weight, recyclable tube constructions. The transition is taking place as we help customers shift from rubber compounds to thermoplastic elastomers. Read more
29.1.2025
EVOH demand heightens, and prices climb. Maillefer teams up with suppliers so that manufacturers can make more multi-layer PEX or PE-RT pipe with less. Read more
20.1.2025
We have expanded the fiber optic portfolio for indoor cables. This new line produces all types including tight buffers, simplex/ duplex, drop cables and distribution cables. Read more
