Aortha EVA Foam Sheets - Colourful Kids Pattern - A30£3.54 £2.95Sold: Sheet Size: 1000 x 1000mm
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Aortha EVA Foam Sheets - A25 Low Density - Black - Super Soft - 1000 x 1000mm£7.76 £6.47Sold: Sheet
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AirLite EVA Sheets - Super Soft - 1000 x 1000mm£6.35 £5.29Sold: Sheet
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Craft Foam - EVA for Creative Use£12.71 £10.59Sold: Per Sheet
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Aortha Non-Clog EVA CAD-CAM Blocks£11.69 £9.74Sold: Each
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Aortha EVA Blocks for CAD-CAM Orthotics£11.69 £9.74Sold: Each
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Aortha DieCut Blocks for CAD-CAM Foot Orthotics£3.58 £2.98Sold: Per Pair
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Aortha EVA Foam Sheets - A25 - Red - Low Density - Super Soft - 1000 x 1000mm£7.76 £6.47Sold: Sheet
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Foam sheeting for orthotics, footwear, workshop and creative use
EVA materials for orthotics, insoles, footwear, cosplay and practical workshop use
EVA foam sheets are a practical choice when you need a material that is lightweight, easy to shape and available in a useful spread of densities.
For orthotic labs, footwear technicians, makers, repairers and informed consumers, compare softer cushioning grades with firmer build materials, then choose the sheet that best suits comfort, support, durability and finish.
Shop by Use Case
EVA foam sheets are chosen because they are lightweight, easy to shape, available in different densities and suitable for everything from insole builds and footwear adaptations to props, matting and marine jobs. This page helps you compare densities, understand likely use cases and find the right material for your build or repair.
| Use Case | Recommended Material | Why It Fits | Product Link |
|---|---|---|---|
| Soft orthotic lining & cushioning | Aortha A25 Low Density EVA | Soft, shock-absorbing EVA suitable for comfort layers, lightweight orthotic builds and general cushioning. | View Aortha A25 Low Density EVA |
| Medium-soft fabrication work | Aortha A35 Med-Low Density EVA | A good option where you want a balance between softness, support and easy shaping. | View Aortha A35 Med-Low Density EVA |
| Extra-soft orthotic top layers | AirLite EVA Sheets | Very soft EVA with good abrasion resistance, ideal as a cushioning and covering material. | View AirLite EVA Sheets |
| General orthotic and workshop use | Algefoam Soft & Light EVA | Low-density EVA that is mouldable, washable and suitable for orthotic lining and general fabrication work. | View Algefoam Soft & Light EVA |
| Footwear soling & shoe repair | Algelite Pebble Finish EVA | High-density EVA with a pebble finish, designed for shoe soling, repairs and footwear manufacture. | View Algelite Pebble Finish EVA |
| Sandals & lightweight footwear | Lightweight EVA Pebble Finish Sheet | Flexible, cushioned and slip-resistant EVA soling material for sandals, orthopaedic and casual footwear. | View Lightweight EVA Pebble Finish Sheet |
| Gaskets, seals & protective padding | Plastazote Foam Sheets | Closed-cell foam widely used across orthotics, footwear, gaskets and protective applications. | View Plastazote Foam Sheets |
| Footwear cushioning & bonded padding | Poron 4000 Adhesive Backed | Adhesive-backed cushioning foam suited to footwear, medical and other applications where comfort and clean bonding matter. | View Poron 4000 Adhesive Backed |
Why people choose Algeos EVA
Lightweight and easy to handle
- Simple to cut, sand and shape for lab or workshop use
- Helpful when producing full-length devices, top layers and build-ups
- Available in sheet sizes suited to repeat jobs and one-off projects
Useful density range
- Softer grades for cushioning and comfort-led applications
- Medium grades for general-purpose orthotic and footwear work
- Firmer grades for more supportive, structured additions
Versatile across sectors
- Used in orthotics, prosthetics and footwear adaptation
- Also useful for cosplay, craft, marine, matting and workshop tasks
- Easy to pair with covers and linings, adhesives and other component materials
EVA Types, densities and common formats
Not every EVA sheet behaves in the same way. The right choice depends on how soft or firm you need the material to feel, whether the aim is cushioning or control, and how much grinding, shaping or layering is involved.
A25: soft / cushioning A35: med-low density A50: medium density A65: firmer support
How to choose the right EVA sheet
- Start with the job. Decide whether the sheet is mainly for cushioning, support, accommodation, lining, build-up, repair or creative fabrication.
- Choose the feel. Softer grades are usually easier for comfort-led applications, while medium and firmer grades are more useful when you need shape retention or a supportive platform.
- Think about thickness and layering. One thicker layer is not always the answer. In many orthotic and footwear builds, layered combinations give you more control over comfort and function.
- Check compatibility. If the sheet will be bonded to another material, paired with a top cover, or ground to shape, review the surrounding materials too, such as covers, PORON or cork.
- Use guides when sizing or fitting matters. For in-shoe projects, the shoe size chart and density and hardness guide can help you make better comparisons.
Helpful guides and advice
EVA buying guide
A practical route through density, thickness, cutting, bonding and typical use cases.
Material properties
Useful if you want a clearer understanding of how EVA behaves in real workshop settings.
What EVA is used for
A broad look at where EVA appears across clinical, commercial and creative applications.
EVA in orthotic insoles
Focused guidance for clinicians and technicians using EVA in foot orthotic fabrication.
100 uses for EVA
Helpful inspiration if you work across several sectors or need a broader ideas list.
Foam comparison starting point
Step back and compare EVA with other commonly used foam sheet materials.
Frequently asked questions
What density of EVA foam should I choose?
Choose according to the job rather than the label alone. Softer grades are commonly selected for comfort and cushioning, medium grades for general orthotic or footwear work, and firmer grades where more structure or support is needed. The buying guide is a good starting point.
Is EVA suitable for orthotic insoles?
Yes. EVA is widely used in orthotic insoles because it is lightweight, easy to shape and available in a broad range of hardness levels. For orthotic-specific context, see How EVA Foam Is Used in Orthotic Insoles.
What is the difference between EVA and PORON?
EVA is often chosen as a core fabrication material because it can provide both cushioning and structure, while PORON is more commonly selected as a premium comfort or shock-absorbing layer. Many builds use both.
Can EVA foam sheets be used for cosplay and props?
Yes. EVA is a popular option for costume and prop making because it is workable, lightweight and available in different thicknesses and finishes. The creative uses guide and 100 uses article are useful next reads.
Can I combine EVA with other orthotic materials?
Yes. EVA is regularly combined with top covers, cork, PORON and other workshop materials to achieve a more specific balance of comfort, control and finish.
Where can I get more technical support?
For product support documents, general FAQs and broader resources, visit Product Support or browse the Algeos product guides.
Category Manager
Marc Cameron
Materials and product development specialist with over 25 years of experience in health-related materials, orthotic therapy, and medical product innovation. Deep knowledge of foams, polymers, composites, adhesives and functional materials used across orthotic, rehabilitation, and healthcare applications. Writes for clinicians, techs and educated consumers seeking clear, evidence-informed guidance without the marketing fluff.
Further Reading
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April 25, 2026
Welcome aboard! In this blog, we will explore the world of boat building and repairs with EVA (Ethylene-Vinyl Acetate). EVA has become increasingly popular as a preferred material for boat construction and repairs due to its numerous advantages from its durability and versatility to its comfort safety, aesthetics, low maintenance and environmental friendliness. -
April 25, 2026
Foam rollers have moved from physio clinics and elite gyms into living rooms, kit bags and workplace wellness corners. Whether you’re a clinician guiding patient rehab, a runner chasing a PB, or someone battling desk-shoulder, the right roller can help reduce muscle tension, improve range of motion and speed up recovery. -
April 13, 2026
EVA foam sheets are used in far more than insoles and padding. They are lightweight, easy to cut, available in different densities, and suitable for medical, footwear, sport, creative, workshop and everyday practical jobs. This guide breaks down 100 real-world uses and explains each one in plain English.
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April 05, 2026
This article is intended to give an overview of the different types of in-shoe orthotic heel inserts available and their strengths and shortcomings, and to assist you in choosing appropriate heel lift product
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March 15, 2026
This mini-guide explores the key properties of our foams - including density, thermoforming ability and ease of shaping - as well as its many practical uses.
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January 22, 2026
EVA foam (ethylene-vinyl acetate) is a lightweight, flexible, and durable material used in a wide range of industries. Known for its shock-absorbing properties, waterproof nature, and ease of use, EVA foam is a go-to material in everything from healthcare to creative crafts. In this article, we’ll explore the many ways EVA foam is used and why it is such a valuable resource.
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September 03, 2025
EVA foam sheets are the quiet superstar of DIY, crafts, footwear repairs, home fitness and even marine projects. They’re light, durable, water-resistant, and easy to shape - making them perfect for anyone from weekend makers to seasoned hobbyists.
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May 31, 2025
Foam materials play a critical role in the performance, comfort, and effectiveness of orthotic and prosthetic devices. The right foam can make the difference between a device that supports healing and mobility, and one that causes discomfort, skin irritation or mechanical failure.
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April 30, 2025
Plastazote is a closed-cell, crosslinked polyethylene (XLPE) foam widely used in engineering, medical devices, orthotics and protective packaging. Chemically, it is produced from low-density polyethylene (LDPE) that is crosslinked with high-energy irradiation and inert nitrogen gas.
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