A-A-52083-F-1
- Color: Natural
- Finish: Silicone Resin
- Finish Content: 7-17%
- Length (yds): 250
- Material: Fiberglass
- Max. Tensile Strength: 200 lbs
- Mil-Spec: Formerly Mil-T-43435B, TypeIV, Size 1, Finish F or A-A-52083-F-1
- Size: 1
- Temperature Rating: Base Yarn Stable to 800F (427C)
- Thickness (in): 0.013 - 0.019
- Ultimate Elongation: 0.05
- Width (in): 0.203 - 0.248
A-A-52083-F-1 — Fiberglass Lacing Tape with Silicone Resin Finish
A-A-52083-F-1 from Breyden is a Size 1 Fiberglass Lacing Tape featuring a Silicone Resin finish, specifically designed to meet the rigorous demands of military, automotive, and general industrial bundling applications. Manufactured using durable fiberglass material, this high-performance lacing tape delivers excellent thermal stability, abrasion resistance, and mechanical strength, making it ideal for securing and organizing cable harnesses in environments that demand long-term reliability.
This lacing tape offers an impressive tensile strength of 200 lbs, providing a secure hold even under heavy stress or vibration, which is crucial in high-performance or high-stakes applications. The silicone resin coating enhances its resistance to heat and chemicals while providing a smooth, flexible handling experience that allows for easy tying and consistent bundling performance. The coating also helps reduce fraying and increases the tape’s lifespan in harsh service conditions.
Each roll contains approximately 250 yards of tape, providing ample material for multiple projects or complex wiring assemblies. The width range of 0.203 - 0.248 inches allows for effective bundling of larger or more complex cable groups, making it well-suited for heavy-duty wire management tasks.
Whether used in military ground vehicles, aerospace systems, automotive harnesses, or general-purpose electrical assemblies, the A-A-52083-F-1 lacing tape ensures dependable performance, even in environments exposed to extreme heat, moisture, and mechanical wear. Its combination of strength, heat resistance, and flexibility makes it an essential component for maintaining cable integrity and organizational efficiency in critical systems.