EVA Base Insoles (6 Pairs)
EVA Foam insoles for custom orthotics.
EVA Foam Base Insoles provide a lightweight, shock-absorbing and very hard-wearing base for your custom orthotics.
Available in either 2mm or 3mm thicknesses, they come in packs of 6 pairs and can easily be cut to size.
EVA Foam insoles provide protection to the sole of shoes which would otherwise be broken down by excessive pressure from orthotic devices.
| Size | |
|---|---|
| Size |
| Absorbency | |
|---|---|
| Accuracy | |
| Application | |
| Arch | |
| Automation | |
| Battery Life | |
| Bristles | |
| Capacity | |
| Cleaner Type | |
| Closure Type | |
| Colour | |
| Colour Temperature | |
| Configuration | |
| Container | |
| Cuff | |
| Density | |
| Depth | |
| Display | |
| Doors | |
| Door Type | |
| Speed | |
| Filter Level | |
| Fitment | |
| Fold | |
| Fragrance | |
| Further Information | |
| Gauge | |
| Gender | |
| Grade | |
| Grit | |
| gsm | |
| Height | |
| Housing Construction | |
| Illumination | |
| Impervious | |
| Instrument Size | |
| Insufflation Bulb | |
| Interface | |
| Length | Full length |
| Light Intensity | |
| Magnification | |
| Magnification/Working Distance | |
| Material | |
| Maximum Temperature | |
| Max Height | |
| Mhz | |
| Minimum Height | |
| Minimum Temperature | |
| Needle Diameter | |
| Needle Length | |
| Oxygen Percent | |
| Pack Size | |
| Panels | |
| Ply | |
| Polorisation | |
| Powder | |
| Power Source | |
| Precision | |
| Prefilled | |
| Reinforced | |
| Resistance | |
| Ruler | |
| Shape | |
| Shelves | |
| Side | |
| Size | |
| Size | |
| Softness | |
| Spot Size | |
| Sterility | |
| Strength | |
| Thickness | |
| Tip | |
| Trays | |
| Tube Length | |
| Tube Type | |
| Type | |
| Type of Light | |
| Usage | |
| Viewing window | |
| Volume | |
| Waste Type | |
| Width | |
| Working Distance |
| GTIN | |
|---|---|
| Manufacturer | Cuxson Gerrard |
| MPN | |
| Warranty |
| Delivery Time |
|---|
EVA Foam Base Insoles provide a lightweight, shock-absorbing and very hard-wearing base for your custom orthotics.
Available in either 2mm or 3mm thicknesses, they come in packs of 6 pairs and can easily be cut to size.
EVA Foam insoles provide protection to the sole of shoes which would otherwise be broken down by excessive pressure from orthotic devices.
| Size | |
|---|---|
| Size |
| Absorbency | |
|---|---|
| Accuracy | |
| Application | |
| Arch | |
| Automation | |
| Battery Life | |
| Bristles | |
| Capacity | |
| Cleaner Type | |
| Closure Type | |
| Colour | |
| Colour Temperature | |
| Configuration | |
| Container | |
| Cuff | |
| Density | |
| Depth | |
| Display | |
| Doors | |
| Door Type | |
| Speed | |
| Filter Level | |
| Fitment | |
| Fold | |
| Fragrance | |
| Further Information | |
| Gauge | |
| Gender | |
| Grade | |
| Grit | |
| gsm | |
| Height | |
| Housing Construction | |
| Illumination | |
| Impervious | |
| Instrument Size | |
| Insufflation Bulb | |
| Interface | |
| Length | Full length |
| Light Intensity | |
| Magnification | |
| Magnification/Working Distance | |
| Material | |
| Maximum Temperature | |
| Max Height | |
| Mhz | |
| Minimum Height | |
| Minimum Temperature | |
| Needle Diameter | |
| Needle Length | |
| Oxygen Percent | |
| Pack Size | |
| Panels | |
| Ply | |
| Polorisation | |
| Powder | |
| Power Source | |
| Precision | |
| Prefilled | |
| Reinforced | |
| Resistance | |
| Ruler | |
| Shape | |
| Shelves | |
| Side | |
| Size | |
| Size | |
| Softness | |
| Spot Size | |
| Sterility | |
| Strength | |
| Thickness | |
| Tip | |
| Trays | |
| Tube Length | |
| Tube Type | |
| Type | |
| Type of Light | |
| Usage | |
| Viewing window | |
| Volume | |
| Waste Type | |
| Width | |
| Working Distance |
| GTIN | |
|---|---|
| Manufacturer | Cuxson Gerrard |
| MPN | |
| Warranty |
| Delivery Time |
|---|
EVA Foam Base Insoles provide a lightweight, shock-absorbing and very hard-wearing base for your custom orthotics.
Available in either 2mm or 3mm thicknesses, they come in packs of 6 pairs and can easily be cut to size.
EVA Foam insoles provide protection to the sole of shoes which would otherwise be broken down by excessive pressure from orthotic devices.
