the turkish biobased pmma market is expected to grow substantially over the next 14 years, driven by increasing demand from a broad range of industries in the country. turkey’s renowned construction industry combined with the booming medical sector is especially pushing the market for biobased pmma, a form of polymethyl methacrylate (pmma). according to market research, the demand for biobased pmma in turkey is expected to be mainly driven by ongoing residential construction projects, healthcare services, and increasing number of plastic producing industries. the development of relevant technologies for processing the biobased pmma is expected to be a point of leverage for the industry. increasing number of packaging companies is also expected to increase the demand for biobased pmma in turkey. in terms of production, turkey is already a major player in the biobased pmma market. from small-scale production to large-scale production, local turkish companies are already established, and more are continuously being established as the green initiatives and green manufacturing guidelines are pushed forward by the turkish government. this is reflected in the increasing number of patents filed for biobased pmma in turkey. in terms of price, it is expected that biobased pmma prices will remain competitive, considering the large number of local pmma producers in the country. with the availability of various renewable alternative sources for raw materials, it is expected that biobased pmma prices in turkey will be highly competitive in comparison to its closest competitors. the major trends driving the biobased pmma market in turkey are increasing demand from the medical, automotive, and gaming industries, alongside a rising trend toward green manufacturing practices. furthermore, the government in ankara continues to incentivize the usage of biobased pmma, further stimulating the growth of biobased pmma in the country. as such, turkey is expected to be an important player in the global biobased pmma market over the next several years, with materials production and usage expected to reach a significant level by 2032.
