High Density aortha EVA
Item No. WWHEVA
Variant Id. OG1550
Aortha EVA Foam Sheet - Density A65 is a reliable choice for applications requiring very firm support and durability. Â The properties of Aortha EVA foam make it an ideal material for crafting custom orthotics. Its medical-grade quality ensures that it meets the highest standards for patient care
Description
Aortha EVA Foam Sheet - Density A65 is a reliable choice for applications requiring very firm support and durability.
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The properties of Aortha EVA foam make it an ideal material for crafting custom orthotics. Its medical-grade quality ensures that it meets the highest standards for patient care and comfort. Whether you are looking to fabricate orthotic insoles or mold orthopaedic supports, Aortha's foam products offer exceptional versatility and performance.
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Commonly used for shoe lifts, heel lifting, block heels, wedge bottoms, rigid orthoses and a variety of commercial uses. Mouldable between 120°C and 170°C depending on density with an average oven time of 2 minutes per mm.
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Features:
Sheet Size: 100 x 80cm (sheet size may vary)
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Benefits:
Common Uses:
The ideal temperature for thermo-moulding Aortha EVA depends on the material thickness and hardness.
The standard principles would be:
1. Shore A25-A35 and 15mm EVA material: 100-130°C temperature during 30 to 90 seconds exposure.
2. Shore A50 and 15mm EVA material: 110-140°C temperature during 30 to 120 seconds exposure.
3. Shore A65 and 15mm EVA material: 120-150°C temperature during 30 to 140 seconds exposure.
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It is important to indicate the above conditions should be adjusted according to the following patterns:
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The properties of Aortha EVA foam make it an ideal material for crafting custom orthotics. Its medical-grade quality ensures that it meets the highest standards for patient care and comfort. Whether you are looking to fabricate orthotic insoles or mold orthopaedic supports, Aortha's foam products offer exceptional versatility and performance.
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Commonly used for shoe lifts, heel lifting, block heels, wedge bottoms, rigid orthoses and a variety of commercial uses. Mouldable between 120°C and 170°C depending on density with an average oven time of 2 minutes per mm.
Â
Features:
- High Shore Hardness (A65): This foam sheet has a very firm density, making it suitable for specific applications.
- Polypropylene Construction: Made from durable polypropylene material.
- Heat Mouldable: Can be customized to fit individual foot contours.
Sheet Size: 100 x 80cm (sheet size may vary)
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Benefits:
- Precise Orthotic Support: A65 EVA foam provides stability and support.
- Durable and Shape-Retaining: Retains its shape well and reflects body heat.
- Toxic-Free and Washable: Skin-friendly and easy to maintain.
- Customizable: Can be fine-sanded and adjusted for an exceptional finish.
Common Uses:
- Heel Lifts: Ideal for creating heel lifts in orthotics.
- Rigid Orthoses: Used as a base material for rigid orthotic components.
- Heel Raises: Often used for heel raises and shoe lifts.
- Commercial Applications: Versatile for various industrial and commercial uses.
The ideal temperature for thermo-moulding Aortha EVA depends on the material thickness and hardness.
The standard principles would be:
1. Shore A25-A35 and 15mm EVA material: 100-130°C temperature during 30 to 90 seconds exposure.
2. Shore A50 and 15mm EVA material: 110-140°C temperature during 30 to 120 seconds exposure.
3. Shore A65 and 15mm EVA material: 120-150°C temperature during 30 to 140 seconds exposure.
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It is important to indicate the above conditions should be adjusted according to the following patterns:
- The thinner the material the lower the temperature or the exposure timing. The only effective way to determine heating times based on variable thickness and sheet size, is to test in stages based on the above guidelines.
- The heat source is also important; a direct infrared radiation will be much more aggressive than heating a piece with a circulating air system, meaning the temperature should be adjusted accordingly. Again, test in stages as per above.
- In general, EVA copolymers should not be extruded hotter than 200°C since degradation may occur.
- Degradation products include the elimination of acetic acid, which can account for a "vinegar" odour and corrosion of some materials.
Reviews (0)
There are no reviews yet.
High Density aortha EVA
Variant Id. OG1550
Item No. WWHEVA
Aortha EVA Foam Sheet - Density A65 is a reliable choice for applications requiring very firm support and durability. Â The properties of Aortha EVA foam make it an ideal material for crafting custom orthotics. Its medical-grade quality ensures that it meets the highest standards for patient care
Description
Aortha EVA Foam Sheet - Density A65 is a reliable choice for applications requiring very firm support and durability.
Â
The properties of Aortha EVA foam make it an ideal material for crafting custom orthotics. Its medical-grade quality ensures that it meets the highest standards for patient care and comfort. Whether you are looking to fabricate orthotic insoles or mold orthopaedic supports, Aortha's foam products offer exceptional versatility and performance.
Â
Commonly used for shoe lifts, heel lifting, block heels, wedge bottoms, rigid orthoses and a variety of commercial uses. Mouldable between 120°C and 170°C depending on density with an average oven time of 2 minutes per mm.
Â
Features:
Sheet Size: 100 x 80cm (sheet size may vary)
Â
Benefits:
Common Uses:
The ideal temperature for thermo-moulding Aortha EVA depends on the material thickness and hardness.
The standard principles would be:
1. Shore A25-A35 and 15mm EVA material: 100-130°C temperature during 30 to 90 seconds exposure.
2. Shore A50 and 15mm EVA material: 110-140°C temperature during 30 to 120 seconds exposure.
3. Shore A65 and 15mm EVA material: 120-150°C temperature during 30 to 140 seconds exposure.
Â
It is important to indicate the above conditions should be adjusted according to the following patterns:
Â
The properties of Aortha EVA foam make it an ideal material for crafting custom orthotics. Its medical-grade quality ensures that it meets the highest standards for patient care and comfort. Whether you are looking to fabricate orthotic insoles or mold orthopaedic supports, Aortha's foam products offer exceptional versatility and performance.
Â
Commonly used for shoe lifts, heel lifting, block heels, wedge bottoms, rigid orthoses and a variety of commercial uses. Mouldable between 120°C and 170°C depending on density with an average oven time of 2 minutes per mm.
Â
Features:
- High Shore Hardness (A65): This foam sheet has a very firm density, making it suitable for specific applications.
- Polypropylene Construction: Made from durable polypropylene material.
- Heat Mouldable: Can be customized to fit individual foot contours.
Sheet Size: 100 x 80cm (sheet size may vary)
Â
Benefits:
- Precise Orthotic Support: A65 EVA foam provides stability and support.
- Durable and Shape-Retaining: Retains its shape well and reflects body heat.
- Toxic-Free and Washable: Skin-friendly and easy to maintain.
- Customizable: Can be fine-sanded and adjusted for an exceptional finish.
Common Uses:
- Heel Lifts: Ideal for creating heel lifts in orthotics.
- Rigid Orthoses: Used as a base material for rigid orthotic components.
- Heel Raises: Often used for heel raises and shoe lifts.
- Commercial Applications: Versatile for various industrial and commercial uses.
The ideal temperature for thermo-moulding Aortha EVA depends on the material thickness and hardness.
The standard principles would be:
1. Shore A25-A35 and 15mm EVA material: 100-130°C temperature during 30 to 90 seconds exposure.
2. Shore A50 and 15mm EVA material: 110-140°C temperature during 30 to 120 seconds exposure.
3. Shore A65 and 15mm EVA material: 120-150°C temperature during 30 to 140 seconds exposure.
Â
It is important to indicate the above conditions should be adjusted according to the following patterns:
- The thinner the material the lower the temperature or the exposure timing. The only effective way to determine heating times based on variable thickness and sheet size, is to test in stages based on the above guidelines.
- The heat source is also important; a direct infrared radiation will be much more aggressive than heating a piece with a circulating air system, meaning the temperature should be adjusted accordingly. Again, test in stages as per above.
- In general, EVA copolymers should not be extruded hotter than 200°C since degradation may occur.
- Degradation products include the elimination of acetic acid, which can account for a "vinegar" odour and corrosion of some materials.
Reviews (0)
There are no reviews yet.