Albany, NY -- (SBWIRE) -- 03/06/2019 -- Biodegradable polymers are obtained either from synthetic or natural polymers. Synthetic biodegradable polymers are derived from aliphatic aromatic co-polyester which is naturally susceptible to microbial attacks. The synthetic biodegradable polymers are generally used where the transient existence of material is required. In biomedical field, synthetic biodegradable polymers find numerous applications because of its versatile nature. One of the most common application of synthetic biodegradable polymer are used by controlled drug delivery system for the drug carrier that includes stabilization, sustained and localized delivery of the drug.

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Non toxicity & good mechanical strength are properties possessed by synthetic biodegradable polymers. In 2015, it was found that PLA (Poly lactic acid) has largest segment in the synthetic biodegradable polymers in terms of volume. The manufacturing of synthetic biodegradable polymers is a controlled process with fixed quantities of chemical constituents. Various other applications of synthetic biodegradable polymers are in the form of implant delivery drug devices, hemostats, scaffolds and in the preparation of sutures & orthopedic devices.

The demand for the synthetic biodegradable polymers is benefiting from the narrow pricing gap between biopolymers & petro chemical based polymers. The key factors that drives the market of synthetic biodegradable polymers are in the application of bio based material & renewable resources. Changing preferences & awareness of consumers towards ecofriendly packaging also escalates the need of synthetic biodegradable polymers in the market. Polylactic acid which is derivative of synthetic biodegradable plastic is used widely in agricultural that also drives the demand.

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Since the synthetic biodegradable polymers have superior mechanical strength, higher esthetic value & reduced level of toxins than its alternatives that escalates the demand of synthetic biodegradable polymers. Positive attitude of government towards greener products which also tends to be the driving key for synthetic biodegradable polymers in the market. Therefore, on global level the synthetic biodegradable polymers acts as a substitute of conventional polymers. However synthetic biodegradable polymers lacks the cost efficiency over its substitutes.