FOOTWEAR
FOAMS

SHOE AND SANDAL SOLES

CUSHIONING
FOAMS

POLYURETHANE
COMPONENTS

POLYURETHANE
MACHINERY

BIO-BASED
MATERIALS

FIND THE FORMULATION THAT’S RIGHT FOR YOUR PROJECT

The foam manufacturing process and open-cell structure provide outstanding physical properties. In the Eco-Polymers’ lab, cell structure is a key factor for providing comfort. In terms of comfort, we are not only referring to flexibility, touch, and adaptability, but also thermal control, breathability, and impact absorption. Open-cell structure are engineered for higher softness while still maintaining a strong compression set It has antibacterial components to help eliminate unwanted odours. It also offers simple insole solutions for footwear developers, with a variety of molded and die-cut possibilities.

Eco-Pouring Product Summary

  • Energy return
  • High durability
  • Anti-UV yellowing
  • Peak performance
  • Anti-microbials function
  • Combine with WTR mesh
Density

0.30 +/- 0.02 g/cm3

Hardness

35 +/- 4 Asker C

Resilliency

>20%

Eco-content

N/A

Potential Development

  • Anti UV yellowing
  • Anti-microbials function
  • Combine with WTR mesh

Reference price

Plz! Contact Us.

12 Available colors

Eco-Pouring Product Summary

  • High durability
  • Anti-UV yellowing
  • High shock-absorption
  • Anti-microbials function
  • Recycled powder specker
  • High bio-based content (30%)
Density

0.20 +/- 0.01 g/cm

Hardness

25 +/- 4 Asker C

Resilliency

>20%

Eco-content

Bio-based >30%

Potential Development

  • Anti UV yellowing
  • Anti-microbials function
  • Recycled powder specker

Reference price

Please contact us!

12 Available colors

Multi-density Product Summary

  • Breathable
  • Moisture wicking
  • More eco-content
  • Anti-UV Yellowing
  • Eco-friendly content
  • High-definition molding
  • Anti-microbials function
  • Cushioning & comfortable
Density

0.08 ~ 0.18 +/- 0.03 g/cm3

Hardness

10 ~ 35 +/- 4 Asker C

Resilliency

10% ~ 40%

Eco-content

> 5%~30%

Potential Development

  • More eco-content
  • Anti-UV Yellowing
  • Anti-microbials function

 

Sheet dimension

2000×1100 mm

16 Available colors

Recycled Product Summary

  • Flexible
  • Zero waste
  • GRS Certified foam
  • The highest eco-content
  • PU foam with a good cost
  • Able to recycle die-cut waste
  • Breathable and moisture wicking
  • The attractive appearance of a true recycled product
  • Delivers foam for comfort while respecting our planet
Density

0.2 ~ 0.4 +/- 0.03 g/cm3

Hardness

30 ~ 50 +/- 4 Asker C

Resilliency

>20%

Eco-content

PU recycled powder: 80%

Bio-based content: 15%

Potential Development

  • Anti UV yellowing
  • Anti-microbials function
  • Applying to insole top cover

Sheet dimension

2000×1100 mm

10 Available colors

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
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

2 Available colors

Lightweight Product Summary

  • Upper padding foam
  • Anti-microbials function
  • Recycled powder speckle
  • Lower cost and comfortable
  • Standard strength and resiliency
  • Breathable and moisture-wicking
  • Great for constant, on-the-go, busy days
Density

0.08 ~ 0.09 +/- 0.01 g/cm3

Hardness

10~25 +/- 4 Asker C

Resilliency

>25%

Eco-content

>5%

Potential Development

  • Upper padding foam
  • Anti-microbials function
  • Recycled powder speckle

Sheet dimension

2000×1100 mm

3 Available colors

High-rebound Product Summary

  • Breathable
  • Cushioning
  • Moisture wicking
  • Anti-microbials function
  • Recycled powder speckle
  • High hardness but comfortable
  • Energy return for high performance
Density

0.16 ~ 0.18 +/- 0.01 g/cm3

Hardness

25 ~ 35 +/- 4 Asker C

Resilliency

>40%

Eco-content

>5%

Potential Development

  • Resiliency More
  • Anti-microbials function
  • Recycled powder speckle

Sheet dimension

2000×1100 mm

3 Available colors

Eco-friendly Product Summary

  • Breathable
  • Moisture wiking
  • High cushioning
  • Up to 50% recycled
  • Eco peak performance
  • Anti-microbials function
  • Premium step in comfort
  • Using less petroleum and less energy
Density

0.13 ~ 0.17 +/- 0.01 g/cm3

Hardness

15 ~ 35 +/- 4 Asker C

Resilliency

>30%

Eco-content

PU recycled powder 30% ~ 50%

Potential Development

  • Up to 50% recycled
  • Anti-microbials function

Sheet dimension

2000×1000 mm

4 Available colors

Original Product Summary

  • Best price
  • Breathable
  • High hardness
  • Moisture wicking
  • Impact absorbing
  • Greater daily comfort
  • Anti-microbials function
  • Recycled powder speckle
  • Stable and durable performance
Density

0.10 ~ 0.13 +/- 0.01 g/cm3

Hardnesses

15 ~ 35 +/- 4 Asker C

Resilliency

>25%

Eco-content

>5%

Potential Development

  • More eco-content
  • Anti-microbials function
  • Recycled powder speckle

Sheet dimension

2000×1100 mm

2 Available colors

Bio-based Product Summary

  • Neutral cost
  • Moisture wicking
  • Out of boundaries
  • Eco-friendly content
  • Anti-microbials function
  • Recycled powder speckle
  • Reduce your carbon footprint
Density

0.11 ~ 0.13 +/- 0.01 g/cm3

Hardness

15 ~ 35 +/- 4 Asker C

Resiliency

>20%

Eco-content

Biobased carbon (Beta Lab) >30%

Potential Development

  • Softer or harder more
  • Anti-microbials function
  • Recycled powder speckle

Sheet dimension

2000×1100 mm

2 Available colors