Foils/Sheets/Cable Shields

INTER-8® Weave Cable

Advanced Cable Design for Superior Magnetic Interference Control

Precision Braided. Magnetically Silent.

Experience the superior noise rejection of the authentic INTER-8® Weave Cable.

Product Overview

INTER-8® Weave Cable is a high-performance cable engineered to dramatically reduce electromagnetic interference (EMI) and magnetic radiation—whether emitted or received.

Benefits

Why Choose INTER-8® Weave Cable?

Interlocking 4-conductor weave for enhanced EMI performance

Available in both PVC and ETFE insulation

Options with and without high-permeability Co-NETIC® AA magnetic shielding

Outer jacket available in shielded versions (black or red)

Ideal for signal integrity, current-carrying conductors, and laboratory or industrial applications

Variants & Construction - INTER-8® Weave Cable

INTER-8® Weave Cable
Item #	Item Name	Shield	Jacket	Insulation	Conductors	AWG	Coating
MT-24	INTER-8® PVC Insulated	None	None	PVC	7 Strands 32	24	Tinned
MT-24T	INTER-8® ETFE Insulated	None	None	ETFE	19 Strands 36	24	Tinned
MTH-24	INTER-8® PVC Insulated, with shield	Co-NETIC®	Black	PVC	7 Strands 32	24	Tinned
MTH-24T	INTER-8® ETFE Insulated, with shield	Co-NETIC®	Red	ETFE	19 Strands 36	24	Tinned

Ideal Applications

Precision instrumentation wiring

Audio, video, and control signal transmission

Environments with high electromagnetic interference

Systems where twisted pair is insufficient

Medical, military, and aerospace electronics

Trusted in Critical Applications

ISO 45001

Occupational Health and Safety (OH&S) management systems

ISO 14001

Environmental Management Systems (EMS)

ISO 9001

Quality Management Systems (QMS)

IATF 16949

International Standard for Automotive Management Systems

AS 9100

Aerospace Quality Management System (QMS)

Frequently Asked Questions

: INTER-8® is a high-performance cable featuring a proprietary interlocking 4-conductor weave. It is specifically engineered to suppress electromagnetic interference (EMI) and magnetic radiation more effectively than standard twisted-pair designs.