Medline Quick Dry Poly Laminated Underpad, 34" x 36"

Quick Dry Poly Laminated Underpad, 34" x 36"

This quick dry poly laminated underpad is a heavy absorbency underpad for fluid protection and patient comfort. It fits care settings that need a pad that wicks fluid quickly, stays dry to the touch in minutes, and lays flat without bunching or rolling. The breathable polyurethane film helps block fluid while allowing moisture vapor to escape.

Good Fit For

• Patient care areas needing heavy absorbency underpads
• Workflows where a drier touch and reduced bulk are important
• Settings that prefer pads that lay flat without bunching

Key Features

• Quick-dry face fabric wicks fluid fast and is dry to the touch in minutes
• Heavy absorbency supports higher fluid-management needs
• Soaker layer uses a unique fiber blend to absorb and distribute fluid more effectively
• Breathable polyurethane film helps block fluid while allowing moisture vapor to escape
• Bonded construction reduces bulk without decreasing absorption
• Lays flat with no bunching or rolling for a neater, more comfortable surface

Applications and Usage

• Protecting beds or support surfaces during patient care
• Managing higher-volume fluid exposure with a heavy absorbency underpad
• Using a flatter, lower-bulk pad where bunching can disrupt comfort or positioning

Packaging and Handling

• Packaging: DZ.
• This underpad is latex free
• The barrier color is blue and the face color is green

FAQ

• Is this underpad meant for heavier absorbency needs? Yes. This underpad has heavy absorbency, making it a better fit when you need more fluid management than a light-duty pad.
• Does the surface dry quickly? Yes. The face fabric quickly wicks fluid and is dry to the touch in minutes.
• Will this underpad stay flatter on the bed or surface? Yes. The underpad is made to lay flat with no bunching or rolling, which can help keep the surface neater and more comfortable.
• Does the backing trap heat and moisture? The breathable polyurethane film helps block fluid while allowing moisture vapor to escape, which supports a cooler, drier patient environment.

From Medline.