Teva ReEmber Terrain · EVA Footbed
Teva ReEmber Terrain: Recycled EVA Footbed
The ReEmber Terrain uses a substantial molded EVA footbed built around Teva’s ULTRA-COMF construction. For this project, we developed a recycled-content EVA footbed with controlled hardness, cushioning and molded profile, while keeping the visible recycled speckles and key dimensions consistent through mass production.
The challenge
A substantial EVA footbed had to maintain the required cushioning and profile consistently through molding.
The footbed uses recycled-content EVA with a visible speckled appearance and a relatively substantial molded profile. For production, the key challenge was keeping the material thickness, heating conditions and molding time under control so that the finished footbed remained consistent in hardness, cushioning and dimensions from batch to batch.
Our work
What We Did
We focused on the material, molding conditions and dimensional controls needed to move the footbed into consistent mass production.
Defined the Material Targets
Hardness, density, rebound and compression behavior were aligned with the approved footbed specification and underfoot feel target.
Controlled the Cold-Press Molding Process
Semi-finished material thickness, heating conditions and molding time were controlled together to achieve the required molded profile and dimensional consistency.
Checked the Finished Footbed Against the Approved Spec
Production checks focused on hardness, finished thickness, molded profile and appearance to keep the footbed consistent with the approved reference throughout production.
Result
The Result
The approved recycled-content EVA footbed moved into mass production for Teva, maintaining the required molded profile, cushioning and hardness across the finished component. The yellow EVA retains visible dark recycled-material speckles, giving the footbed a distinctive material appearance without an added fabric top cover.
In the finished shoe: Teva uses the ULTRA-COMF® footbed as part of the ReEmber Terrain’s cushioned underfoot construction. Fuxiang’s scope covers the footbed component; overall fit, traction and finished-shoe performance depend on the complete footwear system.
References
Sources
The project brief confirms the component. The brand page provides the finished-shoe context.
Scope: This case covers the footbed geometry and recycled-EVA direction. The exact recycled percentage and documentation must be confirmed for the named layer and production program.
| Reference | Used for |
|---|---|
| Project brief | Confirms the footwear model and component named in this case. |
| Teva US — Men's ReEmber Terrain Slip On official product page ↗ | Provides the finished-shoe construction and product context. |
| FX Footwear — EVERYDAY EVA insole platform ↗ | Explains our relevant component platform and development scope. |
FAQ
Common Questions
Does recycled EVA always have visible speckles?
No. Visible speckles depend on the recycled feedstock, particle size, color combination and compound formulation. Some recycled EVA can be made with a relatively uniform appearance, while other constructions intentionally retain visible recycled particles as part of the material look.
Does adding recycled content change EVA performance?
It can. Recycled content may affect density, hardness, rebound, compression set and processing behavior depending on the recycled material source and formulation. For footwear applications, the recycled-content target therefore needs to be evaluated together with the required physical properties rather than treated as a percentage alone.
Why can thick molded EVA footbeds be more difficult to keep consistent?
As material thickness increases, heating and forming conditions become more sensitive. Uneven material temperature or variation in molding time can affect the finished profile, hardness and dimensions, so thicker constructions generally require tighter process control.
Can recycled-content EVA be used for different footwear applications?
Yes. Recycled-content EVA can be developed for insoles, footbeds and other molded cushioning components, with density, hardness, rebound, color and recycled-content level adjusted according to the application and performance requirements.
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Developing a molded EVA footbed with recycled-content or specific cushioning requirements? Share the approved sample, drawing, material targets and finished profile. We can review the material and molding requirements for sampling and production.
