
FibS® single use linen provides a superior alternative to ordinary reusable linen in instances of high linen loss and has been designed to replace reusable linen in the emergency department and ambulance transport markets.
|
 |
Fiber-Tec |
 |
Standard Reusable |
100% Polyester |
100% Paper |
 |
| Strength |
x |
x |
x |
- |
 |
| Absorbancy |
x |
x |
- |
- |
 |
| Hypo-Allergenic |
x |
- |
x |
x |
 |
| Softness |
x |
x |
- |
- |
 |
| Low-Lint |
x |
- |
x |
- |
 |
| Opaque |
x |
x |
x |
x |
 |
| Durability |
x |
x |
- |
- |
 |
| Patented |
x |
- |
- |
- |
 |
Strength - Due to a patented conversion process, the highly durable fabric has the strength to safely support and transport adult patients from a gurney to a treatment table or bed. Wet or dry, the product maintains its strength, offering superior resistance to tearing.
Absorbency - in-depth test results substantiate that FibS sheets is 3 times more absorbent than standard reusable linens.
Softness - the product's very soft cotton-like fabric provides a smooth, wrinkle-free, light weight breathable material.
Low Lint - the nearly lint-free product minimizes lint and dust and maximizes a cleaner environment.
Hypo-allergenic - FibS fabric has not generated allergic or toxic responses to contact with human skin in contrast to the cleaning residuals normally found in reusable linens.
Infection Control - In this era of SARS and potential bio-terrorism, Fiber-Tec single use products are manufactured under rigorous ISO - 9002 standards which provide its customers with confidence that the possibility of infection in their facility occurring as a result of contaminated reusable linen is substantially reduced.
Technological superiority/Patent protection - the unique, patented process utilizes fabric with interlacing fibers without the use of binders, thermal or chemical bonding. The method in which the fabric is cut and used in the products is what gives them their strength. Fiber-Tec's patent also ensures competitors cannot manufacture their products in the same way thus making them significantly less capable of meeting the strength requirements necessary to safely lift patients.
|