3DXTECH THERMAX™ HTS High Temp Support 1.75mm 250g

Art nr.210000003927
ThermaX™ HTS [High Temperature Support] break away support is ideal for printing high-temperature polymers including PSU, PES, PPSU, PPS, Ultem™ PEI, PEKK, and PEEK. This support adheres well to these advanced materials and then is broken away after printing to allow for complex geometry without dam
Voorgestelde retailprijs €45
Retailkorting 30%
Prijs €31.5
prijs per Piece
excl. BTW
2 op voorraad
Piece

Omschrijving

ThermaX™ HTS [High Temperature Support] break away support is ideal for printing high-temperature polymers including PSU, PES, PPSU, PPS, Ultem™ PEI, PEKK, and PEEK. This support adheres well to these advanced materials and then is broken away after printing to allow for complex geometry without damaging your part.

Specificaties

Merk
3DXTech
Article no. manufacturer
SUP1010250NAT
Filament diameter
1.75mm
Density
0 g/cc
Tensile strength
0 MPa
Tensile modulus
0 MPa
Elongation at break
0 %
Flexural strength
0 MPa
Flexural modules
0 MPa
Izod impact (notched)
0 J/m

3DXTECH THERMAX™ HTS High Temp Support 1.75mm 250g

Art nr.210000003927
ThermaX™ HTS [High Temperature Support] break away support is ideal for printing high-temperature polymers including PSU, PES, PPSU, PPS, Ultem™ PEI, PEKK, and PEEK. This support adheres well to these advanced materials and then is broken away after printing to allow for complex geometry without dam
Voorgestelde retailprijs €45
Retailkorting 30%
Prijs €31.5
prijs per Piece
excl. BTW
2 op voorraad
Piece

Omschrijving

ThermaX™ HTS [High Temperature Support] break away support is ideal for printing high-temperature polymers including PSU, PES, PPSU, PPS, Ultem™ PEI, PEKK, and PEEK. This support adheres well to these advanced materials and then is broken away after printing to allow for complex geometry without damaging your part.

Specificaties

Merk
3DXTech
Article no. manufacturer
SUP1010250NAT
Filament diameter
1.75mm
Density
0 g/cc
Tensile strength
0 MPa
Tensile modulus
0 MPa
Elongation at break
0 %
Flexural strength
0 MPa
Flexural modules
0 MPa
Izod impact (notched)
0 J/m