Aitrtech
Published

High-Performance Medical PC for Overmolding with LSR

Covestro’s new Apec 2045 copolycarbonate boasts higher heat resistance to enable lower production time and cost.

Share

Covestro's high- heat resistance  Apec 2045 copolycarbonate overmolded LSR medical devices
Photo Credit: Covestro

A new medical copolycarbonate, Apec 2045, from Covestro with what is said to be the highest heat resistance is designed to enable molders and medical OEMs to significantly lower production time and cost, without sacrificing quality, performance or appearance. Overmolding with LSR is commonly used to produce respiratory masks and other medical devices requiring molded-in seals. Highlighted at the 2024 MD&M West (February 6-8 in Anaheim, California), Apec 2045 offers many other key benefits including:  durability, transparency, and biocompatibility testing according to ISO 10993-1 and USP Class VI for contact of 30 days or less. It also supports sterilization methods such as irradiation, autoclave and hot air, and reportedly offers consistent and efficient processing.

Furthermore, the material may contribute to customer sustainability goals, as it can enable circular business models by supporting close- and open-loop recycling, as well as the possibility of attributed bio-circular content. Says Covestro’s global healthcare technology lead Pierre Moulinie, “We work closely with our healthcare customers, and recognized that we could offer a polycarbonate made for highest curing temperatures in silicone overmolding, helping them more than double production volumes in the same amount of time due to shorter cycle times. Our experts provide support every step of the way when switching to this new high-heat Apec copolycarbonate grade—for example, simulating material performance in specific applications and calculating cost benefits with our LSR calculator tool.”

Related Content

The World According To
UPM Additive Solutions
Airtech
Acquire
Dri-Air
We ❤ Powders
Conveying with Optimizer
TD-Series Desiccant Dryers
Airtech International Inc.