OREGON AERO SHOCK BLOCKERS
DELUXE INSOLE INSERTS (GREEN)

От 19 797 до 21 825
Арт. MPN Описание Цена Add to cart form
13-11773
47515
OREGON AERO SHOCK BLOCKERS DLX MEDIUM
19 797
13-10215
47514
OREGON AERO SHOCK BLOCKERS
DELUXE INSOLE INSERTS (GREEN)
19 797
13-11776
47518
OREGON AERO SHOCK BLOCKERS DLX XX-LARGE
21 825
13-11775
47517
OREGON AERO SHOCK BLOCKERS DLX X-LARGE
19 797
13-11774
47516
OREGON AERO SHOCK BLOCKERS DLX LARGE
19 797
Описание

ShockBlockers® Deluxe Insole Inserts Feature a three-layer custom design for foot injuries. Also effective for walkers. Not recommended for running or standing for long periods. Consult your health professional prior to use if you have a medical condition. Top fabric is high-wicking and low friction. The two underlayers are special polymers: one soft and conforming, and the second more stiff for improved shock absorption. At 5/16" thick, inserts require footwear with sufficient room. Users should try insoles in new footwear before purchasing to insure proper fit. Can be trimmed easily for exact fit. Instructions included.

How Do They Absorb So Much Shock?

The patented ShockBlockers® Insole Inserts, available to the general public, combine innovative designs and materials. How can something that looks as simple as our insole inserts be so complex?

Explains Mike Dennis, President of ShockBlockers Technology LLC & Oregon Aero, Inc.: “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 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 heat. A unique molecule in the ShockBlockers® Insole Inserts polymer creates this conversion. The heat created is then captured by the proprietary fabric upper layer of the insert. This fabric is woven in such a way that it also captures perspiration; the heat 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 insole insert, preventing blisters."

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