Our experience spans more than 40 years and gives us the flexibility and technical know-how to provide you with a solution that perfectly matches your quality and requirements. To keep up with industries’ evolving needs, we are strongly committed to innovation. Together with customers, independent research partners and in-house research facilities we are constantly creating new solutions.
Come visit us at booth A25 in Hall 11 at the A+A show and learn more about the advantages of our Bekinox® fibers and yarns for the anti-static, heatable, conductive, shielding and cut-resistant textile market.
Discover our next generation of shielding fabric.
Electro-conductive fabric for EMI shielding applications
Create more durable, more efficient EMI resistant garments with Bekaert’s highly electro-conductive fabrics. These patented fabrics consist of a blend of Bekinox® stainless steel fibers and aramid fibers. The added value of Bekinox® fabric is that it maintains low electrical resistance even after numerous washing cycles. This allows the production of protective garments that provide a long-lasting electromagnetic shielding performance and are comfortable to wear.
Perfect for textile applications
Bekaert conductive fabrics combine excellent electrical conductivity and ﬂame-retardant properties, allowing the production of single layered garments. They are lightweight, highly abrasion resistant and breathable, making them more comfortable to wear.
Garments made of this fabric protect the wearer against the hazardous effects of working near various sources of electromagnetic radiation e.g. power lines, transformers, switches and railway cables.
Meeting your objectives
The fabric weighs approximately 270g/m².
EMI shielding and ﬂame retardant
The fabric consists of ﬂame-retardant fbers combined with a high percentage of Bekinox® stainless steel fibers and an additional electro-conductive component.
In line with a very good electrical conductivity, the fabrics obtain an electromagnetic shielding performance of 50dB over a broad frequency range.
The electrical resistance remains lower than 1 Ohm/square up to 30 washing cycles.