Innovative Cable Solutions For Demanding Applications

The Challenge of Tomorrow
The demanding environments of oceanographic, geological and space applications have placed cables under more severe stress than ever before. Global competition among many industries is increasing the pressure for capital cost reductions. In addition, stricter regulations are compelling these industries to comply with safety and environmental protection measures. All of these factors have considerable impact on the wire and cable industry and have created new challenges. The need for reliable, custom designed, professionally- engineered cables that meet all electrical, mechanical, and optical performance criteria has never been greater.

An Impressive Track Record
Over the past four decades, Falmat has engineered and designed high performance cables that have met the challenges of the most severe environments. Falmat’s success comes from delivering unmatched quality and performance through our custom cable designs for applications as diverse as military, aerospace, industrial electronics, transportation, medical, commercial, undersea and marine. Our rugged, hardworking cables are developed from the most advanced technology to meet all cable requirements.

Cable Design Solutions
Our experienced staff of design engineers will analyze your specific applications to improve existing cables or provide a completely new design solution for optimal performance. In every cable, the selection of conductor, insulation, shielding, fillers and jacketing material, is made with the objective of maximizing the working life of the cable.

Commitment To Ongoing Research
At Falmat, our in-house professional experts handle a full range of electrical, optical and mechanical testing. We constantly search for new techniques and materials that improve cable quality, durability and reliability. The proper selection of electrical and optical components, along with the most advance plastics and strength member technology available, ensure axial and radial compliance to tough applications, helping reduce severe dynamic stress.