A-A-52084-A-3
- Color: Black, Natural
- Detail: Tracer, No Tracer
- Finish: No Finish
- Finish Content: None
- Length (yds): 500
- Material: Nomex
- Max. Tensile Strength: 35 lbs
- Mil-Spec: Formerly Mil-T-43435, Type V, Size 3, Finish A or A-A-52084-A-3
- Size: 3
- Temperature Rating: Base Yarn Stable to 800F (427C)
- Thickness (in): 0.009 - 0.015
- Ultimate Elongation: 0.4
- Width (in): 0.068 - 0.083
A-A-52084-A-3 — Nomex Lacing Tape with No Finish
A-A-52084-A-3 from Breyden is a Size 3 Nomex Lacing Tape with no applied finish, designed to provide durable, flame-resistant wire bundling and cable management in demanding technical environments. Manufactured using high-quality Nomex material, this lacing tape offers inherent resistance to heat, flames, and a wide range of chemicals, making it well-suited for both commercial and military-grade applications where performance and safety are top priorities.
With a tensile strength of 35 lbs, this lacing tape is engineered to securely hold smaller-diameter wire bundles or harnesses without sacrificing reliability. It has a width range of 0.068 to 0.083 inches, making it ideal for precision bundling tasks in tight spaces or around complex circuitry. The absence of a finish allows the raw properties of the Nomex fibers to deliver excellent thermal and electrical insulation performance in high-temperature environments.
Each roll includes approximately 500 yards of lacing tape, providing ample material for large-scale installations or maintenance operations where consistency and material longevity are critical. The tape’s lightweight, low-profile design helps reduce space and weight, which is particularly beneficial in aerospace and avionics applications.
Commonly used in aircraft wiring systems, telecommunications equipment, and panel board construction, A-A-52084-A-3 ensures long-lasting bundling support under mechanical stress, vibration, and thermal cycling. Its finish-free Nomex construction makes it an environmentally stable and non-corrosive solution for sensitive electrical environments.