Slow Recovery

Slow-recovery Product Summary

  • Comfortable
  • Moisture wiking
  • Shock absorbing
  • Anti-microbials function
  • High bio-based content
  • Conforms to shape of foot
  • Dual layer to create cushioning and comfort

Slow recovery is a foam compound that provides the insole comfort of traditional memory foam, enhanced by non-Newtonian properties for a more responsive energy return.

Slow recovery delivers exceptional comfort and efficient energy transfer, helping to reduce foot fatigue by maintaining the user’s momentum.

Density Hardness Resilliency Eco-content Potential Development Sheet Dimension

0.09 ~ 0.14 +/- 0.01 g/cm3

70 ~ 80 +/- 10 Asker F

N/A

Biobased carbon >30%

  • More bio-content
  • Anti-microbials function
  • Dual layer to create cushioning and comfort

2000×1100 mm

Density

0.09 ~ 0.14 +/- 0.01 g/cm3

Hardness

70 ~ 80 +/- 10 Asker F

Resilliency

N/A

Eco-content

Biobased carbon >30%

Potential Development

  • More bio-content
  • Anti-microbials function
  • Dual layer to create cushioning and comfort

Sheet Dimension

2000×1100 mm

Available colors

ADVANTAGES

  • Comfortable
  • Moisture wiking
  • Shock absorbing
  • High bio-based content
  • Conforms to shape of foot

Eco Friendly
Slow-recovery foam contains 30% bio-based materials, helping keep hundreds of tons of waste out of landfills each year.

High-Level Cushioning
Slow-recovery has amazing shock-absorbing properties and prevents injury. Supports functional recovery after surgery.

Lightweight
Slow-recovery foam are lightweight, enhancing the performance of the shoes with airy comfort.

Long-Term Cushioning
Unlike traditional footwear foams, the compression set of Slow-recovery foam is less than 20% over time so the cushioning and fit never change inside the shoe, providing maximum comfort every time you put your shoes on.

Washable
Slow-recovery foam are machine washable, coming out like new every time while maintaining all of their performance benefits after washing.

Moisture Management
The unique open-cell structure of Lightweight foam creates a moisture management system, helping to move moisture away from the foot to provide a cooler, drier, healthier shoe environment.