Heavy Duty Fitted Cot Sheet, 30" x 73", White
| MPN | 3516 |
|---|---|
| Brand | Dynarex |
| Packaging | 50/cs |
Note : Image shown for reference purposes only. Actual product appearance may vary. Please read product description for full and accurate details.
DETAILS
Code Blue Care Disposable Cot Sheets are premium, single-use sheets specially designed to fit stretchers, gurneys, and cots in emergency situations. These water-resistant Cot Sheets are constructed from non-woven materials that are tear-resistant for optimal reliability. The Sheets are crafted from soft, breathable material for improved patient comfort. Dynarex Disposable Cot Sheets are lightweight and easily foldable for convenient storage and quick portability. Heavy Duty Fitted Cot Sheets provide added durability and improved tensile strength to assist with patient transfers.
Quantity per Case: 50
- Designed to securely fit cots, gurneys, and stretchers
- Non-woven materials are fluid-resistant and tear-resistant
- Soft, breathable sheets provide improved patient comfort
- Created for single use to help prevent contamination
- Lightweight design allows for convenient storage and quick portability
- Ideal for first responders in emergency situations
- Fitted Sheets feature elastic edges for a secure fit during transport
- 3516: Heavy Duty Fitted Sheets provide added durability to assist with patient transfers.
SPECIFICATIONS
| weight | 6.62 |
| Case Quantity | 50/cs |
| Contains Natural Rubber Latex (Y/N) | No |
| DEHP Free (Y/N) | Yes |
| Individually Packed Product Weight lbs | 0.1 |
| Product Material Main | Non-Woven |
| Product Size Actual Weight Pounds | 1.1 |
| Rx Only (Y/N) | No |
| Sds Exemption Letter |
This product is an article and is exempt from SDS requirements in accordance with 29 CFR 1910.1200(b)(6).
|
| Size Filter | Heavy Duty Fitted - 30" x 73" |
| Unit Of Sale | CS |
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 