See the previous story (here) about the predicted optimistic future for polypropylene mesh (PP) according to Frost & Sullivan.
• Polypropylene’s (PP’s) cost-to-performance ratio is one of the determining factors for its use over alternatives, such as polycarbonate and polystyrene.
• Although other polymers can provide greater performance than PP in specific applications, the latter typically is preferred when it comes to cost effectiveness.
• PP is used for various purposes in the medical industry, such as in devices, drug-delivery systems, nonwoven fabrics, and packaging. It is widely used in applications, including syringes, pouches, hospital disposables, test tubes, beakers, and pipettes.
• Polypropylene is most often used as a nonabsorbable, synthetic suture material. PP has been used extensively in medical implants and in hernia repairs.
• The PP application with the greatest Volume is disposable hypodermic syringes. Radiation-resistant high-performance polypropylene (HPP) and clear, radiation-resistant random copolymer (RCP) also are used often in medical devices.
• But with the development of HPP, impact resistance increases while cost remains effective. HPP slowly has gained entry into the markets, and usage is expected to grow in the short term.
• A recent application of PP is in casting cups used to make short-use contact lenses. PP is gaining prominence in this application because of its resistance to the harsh chemicals used to make the lenses.
• In 2011, the PP in medical devices segment in the United States was $247.7 million and Volume was 351.7 million pounds. By 2018, Volume is expected to reach 490.0 million pounds.
• Revenues are growing at a 6.0 percent CAGR.
• One of the key medical applications for PP is syringes, which accounted for 24.3 percent of volume in 2011.
PP is one of the dominating polymers in the medical devices industry. Although, there are speculations about the side effects of PP, a lot more research is required to prove the harmful effects of polypropylene. The price to performance ratio is also very high for this polymer and hence the market for PP will grow strongly, at around 6.0 percent CAGR in the near future.
However, polypropylene may not be compatible for certain applications and OEM’s have to concentrate on R&D for suitable material selection for any application.
Hope this helps!
Jeannette Garcia | Associate | North America Corporate Communications | Frost & Sullivan
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