02 July 2004
02 July 2004
DuPont Engineering Polymers has introduced a new ETPV (engineering thermoplastic vulcanisate) material that the company claims shows better performance than conventional TPEs while offering cost savings to the customer.
DuPont's Fusabond AEB-560D is a new copolymer that will help compounders boost toughness and incorporate glass fibre and other fillers into a wide range of plastics.
Targeted at the modified polymer industry, the new product is a chemically modified ethylene acrylate copolymer that, DuPont claims, provides a more economical functionalised ethylene copolymer for polyamide (PA) modification than standard grafted copolymer technology.
The company adds that AEB-560D resin delivers comparable toughness versus traditional maleic anhydride acrylate terpolymer tougheners. However, it also improves mould flow, produces less reduction in flexural modulus than incumbent intermediate tougheners, provides surface finish advantages, and creates a more cost-effective toughener that maintains its resiliency from room temperature to - 20 degrees C.
It can also be used in other applications to function as a coupling agent, compatibiliser and impact modifier in a wide assortment of resin systems. One of these potential applications is the use as a coupling agent in halogen-free flame retardant thermoplastic wire and cable compositions.
The material is claimed to combine a high performance crosslinked ethylene acrylic elastomer dispersed in a high performance thermoplastic ether ester elastomer. The company sees a number of potential applications for the material in the automotive industry that could result in it being used at a level of 1kg/car.
Notus Composites (UAE) will supply the fire retardant prepregs for the 3D façade panels of the Museum of the Future in Dubai.
LANXESS will be attending the In-Adhesives Symposium in Munich this year with an expert presentation. Ronald M. Emanuel, Jr., Senior R&D Scientist, Global Research and Development Adhesives, at LANXESS’s Urethane Systems business unit, will speak about ‘Unique High Performance Low Monomer Urethane Prepolymers for Hot Melt Adhesives’ on 26 February 2019.