Graham-Field Reusable Bed And Chair Pads

Yes, these pads are ideal for use in hospitals, nursing homes, or at home for individuals needing extra protection.

Yes, these pads are designed with security in mind. They feature rounded corners with bar track security specifically implemented to help keep the pad properly positioned on the bed or chair surface, even with movement. This design element ensures reliable protection where it is needed most.

These reusable pads utilize a durable, washable three-layer construction designed for comfort and superior fluid management:

• Top Layer (Comfort): Features a quilted, breathable cotton surface for enhanced patient comfort.
• Middle Layer (Absorption): A heavyweight absorbent soaker core, capable of holding approximately 1,500 ml of fluid when measured laying flat.
• Bottom Layer (Protection): A robust vinyl barrier laminated with a knitted backing to prevent leakage and maximize the pad’s durability through repeated washing.

For added security and extended product life, the pads also feature rounded corners and bar track security stitching.

Yes, these Graham-Field pads are fully machine washable, making them a sustainable and cost-effective solution for long-term use. They are specifically designed for durability with features like rounded corners and bar track security to maintain their integrity through repeated laundering cycles.

The Graham-Field Reusable Pads are engineered for significant fluid protection and feature a three-layer design for high-performance absorbency.

Absorbency Capacity

• These pads are rated to absorb approximately 1,500 ml (1.5 liters) when measured lying flat on a smooth surface.

Key Construction Features

This high absorbency is achieved through the following layers:

• Surface: Breathable, quilted cotton top layer for patient comfort.
• Core: Heavyweight absorbent soaker designed to quickly capture and lock in fluid.
• Barrier: Durable vinyl barrier bottom layer with a knitted backing to prevent leakage and promote pad longevity.

Additionally, the reusable pads are machine washable, making them a sustainable and cost-effective option. Please note that actual fluid retention may vary based on patient weight and positioning.

Yes, these reusable pads feature rounded corners specifically designed for better functionality. These corners are equipped with bar track security, which helps to improve the pad’s placement and retention, ensuring it stays securely in position on the bed or chair.

Yes, these Graham-Field pads are reliably reusable. They feature a durable three-layer construction and are fully machine washable, making them a practical and long-lasting solution for protecting beds and chairs.

These reusable pads are available in five versatile sizes, designed to fit various needs from chairs to beds. You can choose from a chair pad option or larger configurations suitable for Full, Queen, and King size beds. The pads also feature rounded corners with bar track security to help keep them securely in place.

The reusable Graham-Field pads are constructed with a robust three-layer design that focuses on patient comfort, high absorbency, and long-term durability:

• Surface Layer: This is made from quilted, breathable cotton fabric, ensuring comfort for the user.
• Absorbent Core: A heavyweight absorbent soaker provides high capacity, rated to hold approximately 1,500 ml of fluid (when measured flat on a smooth surface).
• Barrier Backing: The bottom layer consists of a durable vinyl barrier laminated with a knitted backing. This provides essential leak protection and is engineered for enhanced durability, standing up to repeated machine washing.

For improved securement, the pads also feature rounded corners with bar track security to help keep them in place on beds or chairs.

Yes, the pads feature a high-quality three-layer design engineered for comfort and protection. The top layer is made from quilted, breathable cotton fabric, ensuring a soft surface for the user. This comfortable layer works together with a heavyweight absorbent core and a durable vinyl barrier bottom layer to provide reliable fluid containment.