Lay-filaments
Laywood prints are otherwise quite rigid with high tensile strength and tend to break faster, but Laywood-Flex has a higher elasticity with slightly lower tensile strength.
As Kai points out: "More than 2 years has gone and some more filaments have been developed in my garage and I wanted to come back to LAYWOOD (TM) again, making it better or more flexible as some sorts of wood in real nature are also bendable. So I added some flexibilizers and got a proper result which is in sum a thermoplastic polymer-composite, made from harmless ingredients."
Ei hintahistoriaa saatavilla
Laywood prints are otherwise quite rigid with high tensile strength and tend to break faster, but Laywood-Flex has a higher elasticity with slightly lower tensile strength.
As Kai points out: "More than 2 years has gone and some more filaments have been developed in my garage and I wanted to come back to LAYWOOD (TM) again, making it better or more flexible as some sorts of wood in real nature are also bendable. So I added some flexibilizers and got a proper result which is in sum a thermoplastic polymer-composite, made from harmless ingredients."