Nylons 6 & 6/6 With Up To 100% Biomass For Flexible Packaging
BASF's new Ultramid nylon 6 and 6/6 resins derived from biomass boast identical product formulation and quality.
BASF has used an innovative technology that replaces up to 100% of the fossil resources used at the beginning of the integrated production process of its Ultramid B nylon 6 and Ultramid C nylon 6/6 with certified biomass.
The share of renewable raw materials in the sales product is then indicated in the respective quantity. A third-party certification confirms to customers that BASF has used the required quantities of renewable raw materials which the customer has ordered in the value chain, according to Joachim Queisser, senior v.p. of polyamides and precursors Europe regional business unit. “Consumer demand for products made of renewable raw materials continues to rise. This offering opens excellent possibilities for packaging film manufacturers to market their products accordingly.”
The resulting Ultramid, which is produced according to the so-called mass-balance approach, is reportedly identical in terms of formulation and quality but associated with lower green-house-gas emissions and saving of fossil resources. Also, existing plants and technologies along the value chain can continue to be used without changes.
Want to find or compare materials data for different resins, grades, or suppliers? Check out Plastics Technology’s Plaspec Global materials database.
Related Content
-
What is the Allowable Moisture Content in Nylons? It Depends (Part 1)
A lot of the nylon that is processed is filled or reinforced, but the data sheets generally don’t account for this, making drying recommendations confusing. Here’s what you need to know.
-
Lanxess and DSM Engineering Materials Venture Launched as ‘Envalior’
This new global engineering materials contender combines Lanxess’ high-performance materials business with DSM’s engineering materials business.
-
What's the Allowable Moisture Content in Nylons? It Depends: Part 2
Operating within guidelines from material suppliers can produce levels of polymer degradation. Get around it with better control over either the temperature of the melt or the barrel residence time.