DynaSorb - Super Absorbent Dressing, Non-Adhering, 6" x 6", 12/10/cs
$600.20
In stock
Product Code :
MPSDYN-3090
| MPN | 3090 |
|---|---|
| Brand | Dynarex |
| Packaging | 10/cs |
Note : Image shown for reference purposes only. Actual product appearance may vary. Please read product description for full and accurate details.
DETAILS
A highly absorbent, multi-layered dressing for use on heavily exuding wounds. Each dressing is soft, comfortable and easy to apply to curved and hard-to-dress areas.
Quantity per box: 10
Boxes per Case: 12
- Multi-layered dressing with a contact layer and waterproof backing to prevent contamination.
- Super absorbent polymer core rapidly absorbs exudate, locking it away, minimizing the risk of maceration.
- Soft and conformable. Pliable enough to allow for a range of movement during use.
- High absorbency dressing used for heavily exuding wounds.
- Primary or secondary dressing for partial to full thickness at stages 2, 3 or 4.
- Used to treat leg and pressure ulcers, surgical wounds and donor sites.
SPECIFICATIONS
| weight | 9.48 |
| Absorbency Level | High |
| Adhesive | Yes |
| Antimicrobial (Y/N) | No |
| Bandage Size | 6" x 6" |
| Case Quantity | 12/10/cs |
| Composite (Y/N) | Yes |
| Contains Natural Rubber Latex (Y/N) | No |
| DEHP Free (Y/N) | Yes |
| Dressing Shape | Square |
| Exudate Drainage | High |
| HCPCS code | A6197 |
| Individually Packed Product Weight lbs | 0.1 |
| Occlusive (Y/N) Semi | No |
| Primary Or Secondary Dressing | Primary or Secondary |
| Product Material Main |
SAP Air-Laid Paper (Sodium polyacrylate, Wood pulp fiber, ES fiber), SMMMS polypropylene (non-woven), SSS polypropylene (non-woven), Silicone gel, PE Release film
|
| Dyn Product Type | Self-Adherent |
| Rx Only (Y/N) | No |
| Size Filter | 6" x 6" |
| Unit Of Sale | CS |
| Waterproof (Y/N) | Yes |
| Wound Stage | 2|3|4 |
Write Your Own Review
WARNING: There are products on this website which can expose you to chemicals known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to 