Arkema introduces transparent polyamide for home healthcare applications

The rise in home healthcare is expected to increase demand for consumer-friendly medical devices. Reduced weight and improved flexibility of devices worn by patients for continuous periods of time, such as masks, may help improve compliance. Transparency of components used in these devices can improve function and aesthetics.

Rilsan® Clear G-170 MED is designed for innovative transparent medical device components. Light transmittance of this new medical grade is 91%, exceeding that of glass. Sterilization resistant and with a specific gravity of 1.05, Rilsan® Clear G-170 MED is 12% lighter than traditional transparent medical plastics, such as polycarbonates, resulting in devices that are easier to carry or wear for extended periods of time. Such complex devices often require flexibility for a better assemble ability and to improve patient comfort or mobility. Rilsan® Clear polyamide has a flexural modulus of 2,020 MPa (293,000 psi), representing a 16% improvement in flexibility compared to polycarbonate.

Rilsan® Clear G-170 MED will be presented at two exhibitions in the coming days: MEDTEC France, Lyon (May 15-16) and MD&M East, Philadelphia (June 18-20), where Arkema will be present on Velox GmbH and Foster Corp booths, respectively. It will be the opportunity for the professionals of this field to review Arkema’s specialty polyamides MED range, a world reference for use in minimally invasive devices like catheters, angioplasty balloons, nutrition bags, etc.

Following on the success of Pebax® SA 01 MED, Rilsan® MED and Rilsamid® MED, which are now an industry standard in cardiovascular devices, including catheters, because of its commitment to innovation, Arkema constantly develops and proposes new high performance materials for healthcare applications. Highly hydrophilic Pebax® MV 1074 SA 01 MED, was recently introduced and has already made quite a buzz in the marketplace. It offers high moisture absorption and is a unique solution to enhance lubricity of medical devices against wet bodily tissues.

Source: Arkema