Eastman Tenite™ cellulosics, the first modern thermoplastics based on tree-sourced cellulose, were developed in the 1930’s and are proof that everything old is new again.
In a constant search for innovation, materials of ages past have been looked over in lieu of new technologies. Today, Eastman’s Tenite™ cellulosics are retaking the spotlight as our world looks to embrace sustainable solutions.
Created from renewable softwood materials, Tenite™ triggers our emotional senses, like touch and smell, while enabling our customers to create sustainable and functional end-use products. It is known in the plastics world as a safe and durable material noted for its toughness, clarity and chemical resistance. Its design and application possibilities make it a compelling alternative to today’s newest materials.
“Cellulosics present Eastman with a great sustainability story. It is one of the few bio-based polymers that exhibit good physical properties,” says Dan Bolton, Market Development manager. “Cellulosics allow us to be ahead of the game as the market moves to more sustainable materials. Bio-based materials are what consumers want and brands can get excited about telling this story.”
A team is in the early phases of determining the different ways cellulosics can be used in the current market. “We’re trying to determine if there are different chemistries we could use in a compounding process to improve the physical properties of cellulosics,” Bolton says.
Today you can find Tenite™ cellulosics in a variety of applications. Just look at your toothbrush in the morning, or notice your sunglasses when you get outside. They are found in anything from tool handles to cosmetic applications – and the possibilities are endless. Bolton thinks these are just the tip of the iceberg. He believes cellulosics could have a big impact in the electronic and automotive markets if the properties could be modified. “We need to think outside our normal product portfolio,” he says. “If we can do that, we can collaborate with customers who are seriously interested in finding bio-based alternatives to today’s material offerings.”
