Description
nora® Lunalight A is a high-density expanded EVA sheet designed for applications requiring increased rigidity, dimensional stability, and durable structural support. With a hardness of approximately 60 Shore A and a density of around 0.35 g/cm³, this material provides excellent resistance to compression while maintaining the workability needed for orthotic and prosthetic fabrication. It is widely used for lift constructions, mid-soles, shell bottoms, and corrective build-ups where a firm and stable EVA layer is required.
The smooth surface finish allows clean bonding and precise finishing, making Lunalight A suitable for both manual fabrication and CAD/CAM milling workflows. The material can be thermoformed and bonded using standard EVA processing techniques, ensuring compatibility with existing workshop equipment.
Material specification
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Hardness: approx. 60 Shore A
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Density: approx. 0.35 g/cm³
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Sheet format: approx. 860 × 550 mm (33.9" × 21.7")
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Surface: smooth, closed-cell expanded EVA
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Thermoforming temperature: 120° – 170°C (248° – 338°F)
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Bonding: compatible with standard EVA adhesives
Available colours
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05 light beige
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07 beige
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09 white
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17 grey beige
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19 stone
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35 medium brown
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41 pale brown
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46 dark brown
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56 stone grey
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60 bright grey
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78 dark blue
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80 anthracite
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81 black
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89 red
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352 jeans blue
Available thicknesses
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3 mm
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4 mm
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5 mm
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6 mm
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8 mm
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10 mm
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12 mm
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14 mm
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16 mm
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20 mm
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24 mm
(selected colours available in multiple thickness options)
Typical applications
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Lift sheets for orthopaedic footwear
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Roll soles (butterfly rolls, joint rolls)
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Outer and inner edge elevation
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Mid-sole construction
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Shell bottoms and base layers
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Structural orthotic build-ups
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Prosthetic foot and sole components
Key properties
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High rigidity and stability
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Excellent compression resistance
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Dimensionally stable under load
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Clean grinding and finishing
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Reliable bonding with standard adhesives
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Suitable for thermoforming and milling
nora® Lunalight A is a proven material for orthopaedic, prosthetic, and footwear workshops requiring a firm EVA sheet that maintains shape and performance even under high mechanical stress.
