No.1,Shigou Village,Chengtou Town,Zaozhuang City,Shandong Province,China.
D(+)-Lactide is a class of chemical known as a monomer. This allows it to bond with other molecules to form a larger molecule called a polymer. You can find polymers in random products around you, such as plastic bags, clothing, toys, and even car components! This indicates how crucial D(+)-Lactide is for the construction of goods for day to day human use.
But D(+)-Lactide is really special because it is used to produce PLA, a kind of plastic. PLA is a biodegradable plastic, that is, much better for the environment than regular plastic. It is because it uses natural materials such as corn and sugarcane. This means that instead of damaging nature, PLA decomposes more easily in the environment, which is a great advantage for our earth.
This requires first the extraction of D(+)-Lactide to lactic acid for the production of PLA. To do this, they use a special process known as polymerization. The D(+)-Lactide molecules are concatenated with each other, they form PLA. PLA making must be done with utmost care, by scientists. This creates a special mix with just the right amount of D(+)-Lactide and at the right temperature with all the right chemicals to make sure everything fits together just right.
D(+)-Lactide is a compound that's really really significant in a variety of fields, because it's used in the synthesis of biodegradable plastic. As more people are informed on how to protect our environment, biodegradable products such as PLA are in high demand. As a result, more businesses and consumers are opting for these environmentally friendly alternatives to help minimize waste and pollution.
D(+)-Lactide is an important biobased and biodegradable material. This area is sometimes referred to as sustainable materials science. Biodegradable plastic is essential because it is capable of decomposition in the environment over time. Unlike regular plastic which can last for hundreds of, if not thousands of years, leading to great damage to planet. Biodegradable plastic like PLA decomposes in a short time, which makes it a great option for a cleaner and greener planet.
D(+)-Lactide has always opened new and enthusing ways for scientists. They're interested in learning more about how even more environmentally friendly materials, made from D(+)-Lactide, can be developed. Some scientists, for example, are developing a new type of biodegradable plastic stronger than PLA. D(+)-Lactide as a waste that can be used in the making of this new plastic along with other natural materials making it versatile to be used in various products. This research has the potential to create incredible new innovations that protect our planet.
Since we are considered Green, we are very keen on Environment Conservation. For example, this is why several of our products, including our biodegradable plastic bags, are made from D(+)-Lactide. We also feel that by using biodegradable products, we are decreasing part of the waste and damage that society causes to the environment.
We D(+)-LACTIDE the quality of every product. We have a Quality Control department who is dedicated to the quality control of products. We do not hesitate on enhancing existing products to meet the demands of consumers.
D(+)-LACTIDE a variety of warehouses and a partnership with efficient and professional shipping companies, we're confident to guarantee that each product will be delivered quickly and safely.
We're an innovative chemical enterprise company that integrates scientific research, manufacturing and sales. The business focuses on production, sales and the D(+)-LACTIDE for organic chemical intermediates, catalysts chemical additives, food chemicals, and pharmaceutical intermediates.
D(+)-LACTIDE use advanced production equipment and testing tools and adhere to ISO9001 quality management and manufacturing processes and ISO9001 quality standards. It has strong research and development capabilities. It constantly creates new products, offers custom-designed services and meets the changing market needs at any time.