Custom Wave Anti Slip Outsole EVA Rubber Material

Introducing our custom wave anti slip outsole eva rubber material, the high-quality eva rubber material is the perfect solution for all your footwear needs. Crafted with meticulous attention to detail and a deep understanding of the challenges faced by individuals in various industries, this innovative outsole design offers unparalleled performance and reliability.

Custom Wave Anti-Slip Outsole EVA Rubber Material — Product Data

Product overview

Closed-cell EVA outsole sheet engineered with a wave anti-slip tread for wet/dry traction, comfort cushioning, and lightweight durability. Ideal for work shoes, safety footwear, outdoor sandals, casual sneakers, and water-friendly footwear.

Technical specifications

  • Material: EVA (closed-cell foam; “EVA rubber” outsole sheet)

  • Surface: Wave anti-slip texture (custom patterns available)

  • Density: Customizable to project targets

  • Hardness: 25–80° Shore C (soft comfort → firm, durable)

  • Thickness: To request (typical outsole bases 3–12 mm; midsoles/top-layers as specified)

  • Color: Custom/Pantone-matched (solid or two-tone)

  • Formats: Sheets, rolls, or molded blocks for CNC/die-cut

  • Origin: CN

Key benefits

  • High traction, less slip: Wave geometry creates multi-directional edges and channels water/mud away from the contact patch for confident grip.

  • Soft landings, lower fatigue: Resilient EVA structure provides shock absorption and energy return for all-day wear.

  • Durable & light: Good abrasion resistance with low density for lighter shoes and lower shipping weight.

  • Comfort in wet use: Closed-cell build resists water uptake; dries quickly and cleans easily.

  • Process-friendly: Cuts, skives, and sands cleanly; heat-formable for contouring and bonding stacks.

Recommended use & hardness guide

  • Indoor service / comfort clogs: 25–40° Shore C

  • Casual & lifestyle outsoles: 35–50° Shore C

  • Outdoor/hiking sandals & water shoes: 45–60° Shore C

  • Work/safety & high-wear zones (with rubber pads if needed): 55–80° Shore C

Options & customization

  • Custom wave pitch, groove depth, and siping per outsole CAD

  • Perimeter bevels, branding deboss, heel/toe traction zones

  • Multi-durometer laminates (soft core / firm wear layer)

  • Fabric scrim or PSA backing for peel-and-stick assembly

  • UV stabilizer package; color masterbatch to spec

  • CNC kit-packing from CAD/DXF (left/right mirrored, part ID labeling)

Processing & bonding

  • Cutting: Die-cut, waterjet, or CNC; maintain minimum web thickness to protect grooves.

  • Forming: Heat and press to last curves; avoid scorching with controlled platen temps.

  • Bonding: Roughen and solvent-wipe; use PU/contact cements or reactive hot-melt per your SOP.

  • Finishing: Buff edges; add rubber wear pads where extreme abrasion is expected.

Quality & testing (on request)

  • Hardness: ASTM D2240 (Shore C)

  • Abrasion: DIN 53516 / ISO 4649

  • Compression set: ISO 815

  • Slip evaluation: SATRA TM144 or equivalent (specify surfaces/conditions)

Care & storage

Store flat, dry, out of direct UV. Clean with mild soap and water; avoid harsh solvents/bleach.

Frequently asked questions

  • Lead time: Standard sheets/rolls typically ship in ~25 days; allow +1–2 weeks for PSA, lamination, perforation, or kit-cut sets.

  • Samples: Yes—sample kits available across densities, hardnesses, thicknesses, and tread patterns.

  • Soft/firm options: Achieved via compounding/expansion to your target Shore C.

  • Recyclability: EVA can be recycled where facilities exist; in-plant offcuts are recycled.

  • From CAD: Provide CAD/DXF and notes; after minor revisions, sample production can usually begin within two weeks.

Ordering checklist

  • Shoe category & target use (indoor, outdoor, water, work)

  • Target hardness and thickness per zone/layer

  • Tread details: wave pitch, groove depth, siping, logo/branding

  • Color(s) and finish (matte, two-tone, print)

  • Sheet/roll size or CNC kit-cut with nesting plan

  • Bonding method (cement/PSA) and any rubber pad co-mold/laminate needs

  • Test/report needs (hardness, abrasion, slip method & surfaces) and delivery timeline

Share your CAD and checklist and we’ll return a tuned stack-up, tread drawing confirmation, and quotation.