Remind Remedy Heat Moldable Insoles
Remind Remedy Heat Moldable Insoles - The remedy has a Four-layer foam impact rebound system made up of the highest quality materials built to withstand every type of footwear abuse. Its anti-microbial and anti-friction fabric systems reduce hot spots and blisters, keeps the feet cool, dry, odorless and gives you excellent foot grip for enhanced control and stability.
- Heat Molding: HeatMolding technology custom molds to your specific foot details for intricate support and even weight distribution.
- Proper Alignment: Remind insoles are engineered to support your foot's natural movements by aligning your body‰s joints and alleviating stress. The ankles, knees, hips and spine will fall into straight alignment when the foot and arch are supported with the Remind orthotic shape.
- Blue Magic: State of the art high shock impact diffuser that provides the perfect amount of cushion, comfort and support.
- Anatomical Arch Support: Semi-rigid insert that flexes perfectly with your foot's mechanical movements that's been bio-mechanically engineered for proper anatomical alignment. This enhances your performance and provides joint pressure relief.
- Anti-Microbial: Anti-microbial, anti-friction system that reduces hot spots, keeps feet cool, dry, and odorless.
- Moisture Wicking: Every insole has a 100% organic treatment that wicks away moisture and odor, leaving your feet dry and smelling good.
- Four Tech Construction: Four layer construction that absorbs shock, ensures lasting wear and provides structural support.
- Lightweight, high performance, responsive, and durable material that provideshigh energy return and doesn't break down.
About Remind Insoles: REMIND INSOLES are developed from 35 plus years of biomechanics and biomedicine practices along with the testing and approval of the worlds greatest athletes. The result being the best performance enhancing orthotic insoles on the planet. The focus is these key principles; foot and joint alignment, injury preventive support, cushioning, self-molding customization.
