- Color: Natural
- Finish: Silicone Resin
- Finish Content: 7-17%
- Length (yds): 250
- Material: Fiberglass
- Max. Tensile Strength: 100 lbs
- Mil-Spec: Formerly Mil-T-43435B, TypeIV, Size 2, Finish F or A-A-52083-F-2
- Size: 2
- Temperature Rating: Base Yarn Stable to 800F (427C)
- Thickness (in): 0.013 - 0.019
- Ultimate Elongation: 0.05
- Width (in): 0.099 - 0.121
A-A-52083-F-2 — Fiberglass Lacing Tape with Silicone Resin Finish
A-A-52083-F-2 from Breyden is a Size 2 Fiberglass Lacing Tape featuring a Silicone Resin finish, designed to deliver reliable performance in demanding industrial, electronic, and aerospace wiring applications. Crafted from high-strength fiberglass material, this tape offers exceptional resistance to heat, abrasion, and chemical exposure—making it ideal for environments where mechanical durability and thermal stability are critical.
This lacing tape provides a tensile strength of 100 lbs, ensuring secure bundling of cables and wire harnesses without compromising flexibility or ease of application. The silicone resin coating adds a layer of protection and enhances the tape’s ability to withstand elevated temperatures while also reducing fraying and providing a smooth surface for efficient tying. It is well-suited for applications where insulation, cleanliness, and heat resistance are required.
Each roll includes approximately 250 yards of material, giving installers and technicians sufficient length for multiple assemblies or extended use in high-volume settings. With a width range of 0.099 - 0.121 inches, it is versatile enough to accommodate a wide range of bundling sizes while maintaining a consistent wrap and strong hold.
Ideal for use in electronic control panels, defense systems, motor assemblies, and telecommunications infrastructure, Breyden’s A-A-52083-F-2 lacing tape ensures dependable cable management and long-term performance under challenging operational conditions. Its combination of strength, temperature resilience, and chemical protection makes it a trusted solution in critical applications.