Taulman 3D
Taulman - Alloy 910 - 1.75mm
*Cannot print with an MK series extruder This high strength material is one of the most durable filaments we have ever used. It is ideal when you need a filament to be able to withstand high temperatures, with incredible strength...
$42.99 CAD
4.27
All Filaments
Everything but 3D printers
Everything but Ultimaker or 3D Printers
Nylon 3D Printer Filaments
Taulman 3D
*Cannot print with an MK series extruder This high strength material is one of the most durable filaments we have ever used....
Taulman - Nylon 645 - 2.85mm
Nylon 645 was designed by Taulman 3D to offer all of the strength and durability of their first Nylon, 618, with the added ease of use due to less de-lamination and warping. This material offers incredible strength in your printed...
$37.99 CAD
4.24
All 2.85mm/3.00mm Filaments
All Filaments
Everything but 3D printers
Everything but Ultimaker or 3D Printers
Nylon 3D Printer Filaments
Taulman 3D
Nylon 645 was designed by Taulman 3D to offer all of the strength and durability of their first Nylon, 618, with the...
Taulman - Red In-PLA - 1.75mm
"In-PLA, which is formerly known as PLAdium is Taulman3D's new high strength PLA. Taulman3D wanted to develop a 3D printed PLA that meets the bonding and strength requirements of all Taulman3D materials. We found newer PLAs developed as a replacement for...
$59.99 CAD
4.35
All 1.75mm Filaments
All Filaments
Everything but 3D printers
Everything but Ultimaker or 3D Printers
PLA 3D Printer Filaments
Taulman 3D
"In-PLA, which is formerly known as PLAdium is Taulman3D's new high strength PLA. Taulman3D wanted to develop a 3D printed PLA that meets...
Taulman - Blue T-Glase PETT Filament - 2.85mm
This material is a industrial high strength, low temperature material made from PETT. It is designed for users who normally print with lower temperature materials, but are looking for a high strength features. This also offers very high clarity and...
$38.99 CAD
4.12
All 2.85mm/3.00mm Filaments
All Filaments
Everything but 3D printers
Everything but Ultimaker or 3D Printers
T-Glase
Taulman 3D
Taulman T-Glase PETT Filaments
This material is a industrial high strength, low temperature material made from PETT. It is designed for users who normally print with...
Taulman - Clear T-Glase PETT Filament - 1.75mm
This material is a industrial high strength, low temperature material made from PETT. It is designed for users who normally print with lower temperature materials, but are looking for a high strength features. This also offers very high clarity and...
$32.99 CAD
4.17
All 1.75mm Filaments
All Filaments
Everything but 3D printers
Everything but Ultimaker or 3D Printers
T-Glase
Taulman 3D
Taulman T-Glase PETT Filaments
This material is a industrial high strength, low temperature material made from PETT. It is designed for users who normally print with...
Taulman - Green T-Glase PETT Filament - 2.85mm
This material is a industrial high strength, low temperature material made from PETT. It is designed for users who normally print with lower temperature materials, but are looking for a high strength features. This also offers very high clarity and...
$38.99 CAD
4.14
All 2.85mm/3.00mm Filaments
All Filaments
Everything but 3D printers
Everything but Ultimaker or 3D Printers
T-Glase
Taulman 3D
Taulman T-Glase PETT Filaments
This material is a industrial high strength, low temperature material made from PETT. It is designed for users who normally print with...
Taulman - PCTPE (Flexible) - 2.85mm
PCTPE is a specialty strong flexible material developed by Taulman 3D. It offers the strength of a nylon with the flexibility of a semi-flexible From Taulman 3D "PCTPE stands for "Plasticized Copolyamide TPE" or a chemical co-polymer of highly flexible...
$33.99 CAD
4.52
All 2.85mm/3.00mm Filaments
All Filaments
Everything but 3D printers
Everything but Ultimaker or 3D Printers
Flexible 3D Printing Filaments
Nylon 3D Printer Filaments
Taulman 3D
PCTPE is a specialty strong flexible material developed by Taulman 3D. It offers the strength of a nylon with the flexibility of...
