PlasticHunter
Mechanical
- Oct 7, 2014
- 3
Hi,
I am looking for a suitable flexible, plastic product for making a closed extrusion for us which would be used outdoors (outdoor, flexible, plastic, extrusion)
We would like flexibility since it allows us to form extrusion around curved architectural features
Ideally, we want:
1) Optical clarity > 88% for 1/16" THK wall
2) Flame rating UL 94 HB or greater
3) UV rating UL746C f1
4) Operating temperature -40 C to 85 C
5) Temperature rating (RTI electrical) UL 746 > 90 deg C
Note that we are flexible on some requirements so we don’t have to have all our requirements exactly met
Plastic would need to be clear since we are inserting our light product within the extrusion.
Please let us know if you know of any suitable plastic which could meet our needs
Currently, we use polycarbonate for our extrusion, but with a flexural modulus of over 2200 MpA, it is too stiff
So far, the best option we found was a copolyester material from Eastman (Tritan GX 100) which has a flexural modulus of 1480 MPa
Cheers, Greg
I am looking for a suitable flexible, plastic product for making a closed extrusion for us which would be used outdoors (outdoor, flexible, plastic, extrusion)
We would like flexibility since it allows us to form extrusion around curved architectural features
Ideally, we want:
1) Optical clarity > 88% for 1/16" THK wall
2) Flame rating UL 94 HB or greater
3) UV rating UL746C f1
4) Operating temperature -40 C to 85 C
5) Temperature rating (RTI electrical) UL 746 > 90 deg C
Note that we are flexible on some requirements so we don’t have to have all our requirements exactly met
Plastic would need to be clear since we are inserting our light product within the extrusion.
Please let us know if you know of any suitable plastic which could meet our needs
Currently, we use polycarbonate for our extrusion, but with a flexural modulus of over 2200 MpA, it is too stiff
So far, the best option we found was a copolyester material from Eastman (Tritan GX 100) which has a flexural modulus of 1480 MPa
Cheers, Greg