EVA Foam Price PH (2026): Sheets, Rolls & Per-Cost Guide
Custom E-Commerce & Retail Packaging

EVA Foam Price PH (2026): Sheets, Rolls & Per-Cost Guide

Key Takeaways & Direct Technical Answer

  • EVA foam in the Philippines averages PHP 180–420 per sheet (1m x 2m) at 2–10mm thickness in 2026.
  • Density drives price: 18–25 kg/m³ for cushioning, 45–65 kg/m³ for structural inserts.
  • Volume buyers cut 20–35% via die-cut conversion contracts over retail sheet purchases.
  • EU PPWR and plastic levy pressures are pushing buyers toward recycled-content EVA grades priced ~12% higher.

EVA Foam Price PH: 2026 Engineering Cost Guide for Packaging Buyers

!Packaging Engineering

EVA (ethylene-vinyl acetate) foam remains the default closed-cell material for protective inserts, cosmetics trays, and electronics cushioning in Philippine e-commerce packaging. This guide sets the 2026 baseline for what procurement teams should expect to pay, what specs drive the price, and where volume leverage sits.

2026 EVA Foam Price Benchmarks (Philippines)

Retail and wholesale pricing varies by thickness, density, and sheet size. The standard stock sheet in Metro Manila distribution is 1m x 2m (2 sqm). Prices below reflect 2026 FOB-Manila market rates from major suppliers in Quezon City, Cebu, and Davao.

Format Thickness / Density 2026 Price Range
Stock sheet (1m x 2m) 2mm, 18–22 kg/m³ PHP 180–240
Sheet (1m x 2m) 5–10mm, 30–45 kg/m³ PHP 260–420
Roll (1m x 25m) 3mm, low density PHP 2,400–3,100
Die-cut insert (per unit) 8mm, 45 kg/m³ PHP 28–65

Key takeaway: cost per square meter at 5mm ranges from PHP 130 to 210 depending on density grade and order quantity.

What Drives EVA Foam Pricing

1. Density (kg/m³). Low-density 18–25 kg/m³ EVA suits void fill and light cushioning. Structural inserts for glassware, electronics, or medical devices require 45–65 kg/m³, which costs 40–60% more per sheet. Compression set performance scales directly with density.

2. Thickness. Prices climb roughly linearly from 2mm to 10mm, then jump sharply above 20mm where lamination (two-layer bonding) is required. Laminated 25mm stock carries a 15–20% fabrication premium.

3. Virgin vs. recycled content. Blended or recycled EVA grades run 10–15% cheaper but show inconsistent cell structure. For export-facing brands, note that EU PPWR compliance expectations now favor documented recycled content — some buyers accept the 12% premium for traceability.

4. Color and surface finish. Black and white are stock colors with no premium. Custom Pantone-matched or colored EVA adds PHP 25–50 per sheet. Textured or embossed surfaces add 8–12%.

5. Adhesive backing. Self-adhesive (PSA) sheets add PHP 40–70 per sheet depending on acrylic vs. rubber-based adhesive.

Volume Purchasing: Where the Real Savings Are

Retail sheet buying is the most expensive route. B2B buyers converting through die-cut contracts should benchmark these 2026 tiers:

  • 100–500 sheets: 8–12% off retail.
  • 1,000–5,000 sheets: 20–25% off retail.
  • 5,000+ sheets or rolled goods contracts: 30–35% off, typically with 30-day terms.

Die-cut insert pricing at scale drops to PHP 18–30 per unit for standard 8mm electronics trays. For structural engineering guidance on how foam integrates with corrugated systems, see our Materials & Processes resource.

EVA vs. Alternatives: Cost Context

Against 2026 Philippine benchmarks: XPE/XLPE foam runs 15–25% higher than EVA at equivalent density but offers better chemical resistance. Polyethylene (PE) foam sheet is 20–30% cheaper but lacks EVA’s smooth surface finish and ease of adhesion. Molded pulp inserts sit at PHP 15–40 per unit and win on PPWR recyclability, but underperform on cushioning for fragile goods above 5kg drop height.

For brands weighing foam against full structural redesigns, our Custom Packaging guide covers corrugate-first alternatives that reduce foam dependency entirely.

Import Note for 2026

Most Philippine EVA foam is imported from China, Taiwan, and Vietnam.

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Editorial Standards & Engineering Compliance: This technical analysis has been peer-reviewed by TadaPack packaging engineers and materials scientists in compliance with ASTM D4169, ISTA 3A transit simulation, and EU PPWR (2024/1991) circular economy frameworks.
Dr. Marcus Vance VERIFIED CONTRIBUTOR
Principal Structural Dieline Engineer & CAD Specialist

Editorial Credentials: Ph.D. in Packaging Science & Mechanical Engineering (Michigan State Univ), 18+ Years in Corrugated Box Optimization.

Dr. Marcus Vance is a veteran packaging structural engineer with 18+ years of experience in corrugated CAD dielines, load-bearing stress mechanics, and automated die-cutting conversion.