KCC Voile Rack Strap (10mm Hook) - 25" Black w/ Teal

Snap-fits to 10mm tubing:

compatible with most bikepacking racks, baskets, and cargo systems. Voile Strap Keeper included!

Voile Straps are incredibly durable, compact, and versatile. They are virtually oblivious to heat, cold, moisture, and UV light. In short: Voile Straps thrive in adversity.

These Voile Straps® are made of tough stretch polyurethane, with a UV-resistant additive to increase their lifespan.

Their Super Tough nylon buckle is non-marring, non-conductive, and non-reflective.

Few things in life are as reliable as the original Voile Strap®. Over the last 30 years they have become the ultimate alternative to duct tape, nylon straps, and bungee cords.

On the job, in the outdoors, and everywhere in between: Voile Straps® are the definitive way to secure, bundle, and repair almost anything on the go.

• Non-Marring: Avoids scratching to preserve sensitive surfaces.
• Non-Reflective: More discrete than the standard aluminum buckle.
• Non-Conductive: The preferred choice for electrical contractors.
• Won't Slip: Textured "rubber" strap provides grip to avoid slipping.
• Holds Tight: Strap is semi-elastic, creating tension that tightly secures items.
• Super Strong: Sustains heavy loads under dynamic force.
• UV Resistant: Endures extended periods of use in direct sunlight.
• Works in Extreme Weather: Immune to atmospheric heat and freezing temperatures.
• Daisy Chain Together: Can be linked to other straps to create longer operating lengths.
• Time-Tested: An iteration of the original polyurethane tension strap, designed in Utah, USA in 1984.

BIKE RACK COMPATIBILITY
This is not an exhaustive list, but the items listed below have been confirmed to have compatible rack tubing diameter:
Axiom Streamliner Road
Blackburn EX-1
Ortlieb Rack3
Ortlieb Quick Rack
Planet Bike ECO Rack
Salsa Alternator Rack
Salsa Down Under Rack
Salsa Wandurlust Rack
Specialized Elite Rear
Surly 8-pack Rack
Surly 24-pack Rack
Surly Front Rack
Surly Rear Rack
Topeka Tetrarack R2