PCTPE stands for "Plasticized Copolyamide TPE" or a chemical co-polymer of highly flexible nylon and TPE (thermoplastic elastomer) . PCTPE has several unique features that allow any user to print a highly flexible part with the added durability of our nylon polymers. This combination of polymers was developed specifically to allow anyone using current FFF 3D Printers to print parts from durable prosthesis to complete cosplay wearable outfits, cell phone enclosures as well as highly flexible utility/industrial parts. The flexibility of PCTPE means that the end parts will have the smooth lustrous texture of nylon, the added flexibility offered by a rubber like TPE, yet maintain the high durability and non-delaminating benefits of all taulman3D Printing materials.
The list of features includes:
Proven performance = Tested worldwide by the 3D Printing community - summer of 2014.
Prints on bowdens or direct drive extruder. = From 1.75mm SeeMECNC "MAX" bowden to LULZBOT "TAZ" direct drive.
Print temperature = 235C - 242C
Low shrinkage = prints on glass with a 50% water/PVA glaze heated to 40C
Super Layer to layer bonding that allows for single perimeter walls to be folded along thread axis.
Takes on any acid based color dye (RITT) very fast = 5 min @ 140F
Takes on acid based antimicrobial coatings for footwear and prosthetic.
Color = Bright White/reflective Nylon surface
Tensile PSI = 5,043
Modulus PSI = 10,954
Elongation @ Break = 497%+
Flexibility - As some users have experienced difficulties with 1.75mm flexible materials, we have worked with our manufacturer to perform an added "draw" process. A process that actually stretches the material during the final mfg stage. This is a similar process used to make large nylon rope for cruise ship docking maintenance. This added stretch increases the tensile properties of the raw 1.75mm and 2.85mm line such that the tendency to fold or buckle is eliminated. Some of our testers remarked that the raw line was actually stiffer than printed parts! This additional process allowed us to increase the percentage of TPE resulting in a material that gives the user a wide range of design flexibility based mostly on the nozzle size, number of perimeters and percentage of internal fill used during slicing. From thin parts that wad up like thin paper to thicker shoe soles with just the right flexibility, PCTPE is an easy-to-print material meeting a long list of requirements from users.
Super layer to layer Bonding - PCTPE ensures that you do not need to use an enclosure just to get excellent layer bonding of parts from 100mm to 1,000mm+. With PCTPE the layer bonding will allow you to print single perimeter walls and bend or fold along the printed axis without delamination or separation.
Wearable Texture - As nylon is known to be a comfortable material to the touch, we made sure that the 3D Printed texture of PCTPE was just as smooth to the touch as any wearable nylon. This lustrous texture is key to making new wearable objects that flow with body movements. In addition to the lustrous texture, the flexibility of PCTPE is more accommodating for complex wearable designs.
Note: All filament weights include packaging. Average weight for 5 metres of 1.75mm filament (without packaging) is 15 gms and 5 metres of 3mm filament is 35 gms.
Samples are shipped in a clear resealable bag, with a small sachet of silica gel.
Manufacturer recommended printer temperatures.
Extrusion Temp: 225ºC - 230ºC
Platform Temp: 40ºC-60ºC Tested on a glass bed with PVA
Please note, the above temperatures and settings are only a guide.
You can purchase whole spools/reels/coils from 3D FilaPrint
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Very easy to print.
I used a P3Steel, with Airtripper Bowden setup, e3d v6 hot end, 0.4mm nozzel, 1.75mm filament. Hot end temperature of 230ºC, heated bed at 60ºC and UHU stick to hold the print on. I used a slow print speed of 20mm/s for accuracy on a single perimeter drive belt.
The belt has the perfect amount of flex for use, is a very little bit elastic, and was unbreakable without using tools.
(The first 30mm seemed to react with old PLA in the hot end and produced a bit of steam or something that looked like steam, but once the hot end was purged this stopped)