LANXESS launches bio-based prepolymer line Adiprene Green

  • Replacement for fossil based polyether prepolymers
  • Enables PU components with reduced CO2 footprint
  • Easy to handle and to process
Cologne
Adiprene green
LANXESS
LANXESS has developed a new range of MDI polyether prepolymers containing renewable raw materials. Marketed under the brand name Adiprene Green, the products are suitable as replacement for existing fossil based polyether prepolymers and allow the PU processor to produce components with a reduced CO2 footprint. Photo: LANXESS AG
Specialty chemicals company LANXESS has developed a new range of MDI polyether prepolymers containing renewable, bio-based raw materials. Marketed under the brand name Adiprene Green, the products are suitable as replacement for existing fossil based polyether prepolymers to manufacture highly durable polyurethane (PU) elastomers.

The overall objective to develop Adiprene Green was to create a range of bio-based prepolymers which allow the PU processor to produce components with a reduced CO2 footprint. Depending on the system, a reduction of CO2 between 20 to 30 percent is possible compared to fossil-based prepolymers due to the use of polyether polyols based on starch. The share of bio-based raw materials varies between 30 to 90 percent dependent on the targeted system hardness. At the same time the existing PU processing capabilities would remain applicable and the properties of the final polyurethane elastomer would be similar to established elastomers based on fossil based polyether or even better.

Dr. Markus Eckert, head of the LANXESS Urethane Systems business unit, says: “At LANXESS, we have a clear sustainability strategy. With the goal to be climate neutral until 2040, we are building on our established and successful commitment to climate protection. The first major projects have already been launched. By using our new Adiprene Green products, customers can benefit from our journey to climate neutrality.”

Adiprene Green prepolymers are easy to handle – they are processed in an identical manner to conventional prepolymers. No modifications to material handling, process temperatures or mixing ratios are necessary. In addition, the reactivity profile and demolding times are similar to fossil based polyether prepolymers.

When reacted with 1,4 butanediol, a range of PU elastomers with a hardness from 40 Shore A to 60 Shore D can be achieved. As the PU system is versatile, Adiprene Green can be hand-mixed or machine mixed. Moreover, the prepolymers can be processed with Vibracat catalysts from LANXESS. Products of the Adiprene Green line are well suited for demanding applications such as roll covers, wheels, press sleeves or non-pneumatic tires.

MORE ABOUT THIS TOPIC

PRESS RELEASE
Ion exchange resins of the Lewatit range for manufacturing of ultra pure water

LANXESS ion exchange resins applied in hydrogen production

April 15, 2024
PRESS RELEASE
LANXESS at InCosmetics 2023 in Barcelona

LANXESS presents extensive portfolio for the cosmetics industry

April 04, 2024
PRESS RELEASE
Adiprene Green

Sustainable, high performing systems and additives for the polyurethane industry

March 28, 2024
PRESS RELEASE
The new module of the LewaPlus design software from LANXESS enables the dimensioning of ion exchange systems for food applications.

LANXESS’ LewaPlus design software receives numerous new functions

March 27, 2024
PRESS RELEASE
Since August 1, 2013, specialty chemicals Group LANXESS is steering its global business from the LANXESS Tower in Cologne.

LANXESS expects earnings improvement for fiscal year 2024

March 14, 2024