Fasteners
Fastening Solutions for Secure, Conductive, and Specialized Applications
When your projects demand both secure fastening and reliable electromagnetic performance, you need solutions built to handle both. Fasteners in this category are designed to help you protect what matters—whether that’s shielding sensitive electronics, ensuring secure closures in challenging environments, or integrating conductivity into a functional design. With options that balance durability, flexibility, and high conductivity, you can choose the right fastener for applications in defense, aerospace, medical, industrial, or wearable technology.
Products
- Hook & Loop — Conductive hook-and-loop fasteners combine reclosable convenience with EMI shielding and grounding. Ideal for quick assembly, repositioning, and securing conductive textiles or enclosures without sacrificing performance.
- Zipper — Shielded zipper systems provide a secure closure method for flexible shielding enclosures, garments, and equipment covers. Unlike hook-and-loop closures, zippers generate minimal debris, making them an ideal choice for clean environments where contamination control matters. They maintain shielding integrity through repeated opening and closing while delivering mechanical strength and high conductivity.
V Technical Textiles is ready to help you go from prototype to production with fastener solutions that meet your performance, compliance, and supply chain goals.
Applications
EMI/RFI shielded enclosures
Fasteners provide the necessary closure solutions to maintain the shielding integrity of flexible enclosures, tents, and curtains used in testing, secure communications, and other sensitive environments.
Grounding and bonding
Hook & loop and zipper fasteners ensure reliable conductive contact points for grounding straps, panels, or textile assemblies where repeatable connections are needed.
Wearable and technical textiles — From protective garments to specialized gear, VTT fasteners deliver flexibility, comfort, and reliable closure in applications where performance and ease of use are equally important.


