Low-Friction, Abrasion-Resistant, Load-Distributing, Moisture-Wicking Overlayer Keeps Feet Cooler and Drier

ShockBlockers® Insole Inserts fabric surface solves this problem through its combination of low-friction, high-wicking, extremely durable textile.

Mike Dennis further explains: “The fabric is woven in such a way that it captures perspiration; the heat [both body heat and heat from the impact energy conversion process] and perspiration are wicked to the outer edges of the insole insert where they are released and dissipated through evaporation. An additional material in the fabric reduces friction between the foot and the insert, preventing blisters”.

* Our testing methods

Another common complaint about insole inserts is the tendency for the formation of painful “hot spots” on the bottom of the feet. What the brain records as a “hot spot” is actually a localized loss of capillary blood flow known as ischemia.

Most insole inserts are made from materials that are resilient (spring-like) in nature. It is this attribute that can cause the ischemic condition.

ShockBlockers® Insole Inserts feature a polymer that reads the temperature and pressure of the foot. The polymer reconfigures its molecular structure to mold to the foot, dramatically increasing the supported area.

Conclusion from Lab Test Report:

“The pressure map shows a visual representation of the pressure gradient on the foot during a single step. Red areas are the high pressure and blue areas are low.”  [High pressure on any area of the foot, whether standing, walking or running is a primary cause of foot injury.]

“On the ShockBlockers® VKP [ShockBlockers® WORK/SPORT Insole Inserts] pressure map there is a significant improvement…”*

*Our testing methods

True or False? At the end of a long day, it’s not just your feet that hurt; Ankles, shins, knees and hips…the older we get the further up the pain seems to go!

Mike Dennis explains: “When we run, walk or stand, we generate shock, which is mechanical energy. This shock can cause pain as well as stone bruises, shin splints and compression fractures. The goal of our ShockBlockers® Insole Inserts is to reduce the negative effect of this mechanical energy.

“The total energy generated can’t be reduced, but it can be converted into a form of energy that is more easily manipulated, in this case, into [minimal] heat. A unique molecule in the ShockBlockers® Insert polymer creates this conversion. The heat created is then captured by the proprietary fabric upper layer of the insole insert.”

This core layer outperforms vinyl sponge, neoprene sponge, sponge rubber, latex foams and “gel” type materials in side-by-side drop weight tests.

View the video clips and witness for yourself these AMAZING results!

ShockBlockers® Insole Inserts obtained the best performance with the lowest positive rebounding (Max + G’s) of any of the inserts we tested against.

Conclusion from Lab Test Report:

“Force/Time comparisons show the overall force placed on the foot through a step. The green line is the total force, while the pink and red [lines] show the force on the rear and forefoot, respectively.[We are] mainly looking for a smooth green line that shows the pressure being transferred evenly and smoothly across the foot. Overall, the ShockBlocker VKP [ShockBlockers® WORK/SPORT Inserts] did the best”

There’s more than the core to ShockBlockers

Our testing methods

Neil Reed, Orthotist, working under the direction of Dr.Thomas R. Palmer, DPM at Oregon Foot Clinic, 6108 NE Glisan, Portland, OR.

All tests were conducted using the same criteria.

• The same shoes were used in each test by the same test subject
• Walking test on a treadmill at 3.5 mph.
• All scaling done at the same levels

How was the ball-drop test conducted?

A steel ball measuring 1″ in diameter and weighing 2.5 ounces was dropped from a height of 36″ through a clear acrylic tube onto the heel portion of the insole to be tested. To eliminate any spring in the surface upon which the test was to be conducted, the insole was placed on a 3/16″ thick steel plate measuring 4″ x 11¼”. This steel plate was then placed on a 3/8″ thick piece of acrylic measuring 8″ x 14″.