Ten Seconds - Superlight Insoles

►THE BEST PERFORMANCE CUSHIONING
We chose Poron^® Cellular Urethane for the most crucial forefoot & heel areas as we believe it is the best insole cushioning material available. Poron is light weight & durable, it does not harden like PVC foam, does not breakdown like Latex foam or take a compression set like EVA foam. The anatomically shaped extra deep heel cup and arch match the ideal contour of the human foot, maximizing contact with the surface area of the insole and spreading the body’s weight over a greater surface area. This feature effectively increases cushioning by reducing Peak G Forces & pressure.

►3 PART SUPPORT SYSTEM
The anatomically shaped extra deep heel cup & arch support, along with the external heel stabilizer work together to properly support the foot.

►ANTI-BLISTER TOP COVER
By controlling the amount the foot slides across the insole’s surface, the etc.^®anti-friction top cover helps prevent blisters.

►COOLER-DRIER FEET
The etc. anti-friction top cover was designed to keep feet cooler & drier.

►LIGHTER WEIGHT
10 – 30% lighter than other performance cushion insoles.

►ADVANCED FIT SYSTEM
Our tapered toe design provides the appropriate amount of room in the toe box of the shoe. To insure the foot fits properly inside the shoe, the heel & forefoot thickness of the SL Insoles have been adjusted by size. For example; a Women’s size 6 insole is for a smaller foot, so it’s made proportionally thinner in the heel & forefoot than the larger Men’s size 13 insole. Our separate Men’s & Women’s insole sizing allows us to make a better fitting insole for Men & Women.

►VERSATILE USE
The SL Insole was designed for use in all types of athletic shoes, sports & activities.

►FIGHTS ODORS
The MicroZap^® antimicrobial in the etc. top cover helps keep the insole top odor free.

►PVC - LATEX - EVA FREE

*Super Light™ Specifications*
How the Superlight Measures Up
Latex, PVC, and EVA Free
Heel Cup Support
Heel Stabilizer
Poron Comparison Chart
Tapered Toe
ETC Anti-Friction Topping