High Strength Polymers for 3D Printing, Trusted Worldwide
|
Alloy 910
Super Hard Alloy 910 is a measurable advancement in 3D Printing materials technology from taulman3D. taulman Alloy 910 as stiff as PLA yet retains the durability of a hard Nylon. Alloy 910 is the combined effort of chemical companies, extrusion manufactures and taulman3D to specifically develop a single material to meet as many high performance 3D Printing needs as possible. With a combined tensile strength higher than the strongest co-polyesters, the durability of Nylons, a shrinkage factor that rivals our t-glase, a vast range of chemical resistance and a ~82C working range, you now have one solution easily printable at 255C-260C. Comes in Natural and Black. The Natural is a egg shell white and the Black is a super dark blue as we do not use carbon for black due to it's effect on strength. |
|
Alloy 910 HDT, High temperature 112C HDT
Taulman3D’s " Alloy 910 is a measurable advancement in 3D Printing materials technology from taulman3D. taulman Alloy 910 is the combined effort of chemical companies, extrusion manufactures and taulman3D to specifically develop a single material to meet as many high performance 3D Printing needs as possible. And Alloy 910 HDT continues those features but with a higher HDT for even higher temperature requirements. Specifications: Tensile Strength = 8,100PSI Modulus PSI = 72,932 Max Elongation at break = 31% Print Temperature = 285C - 300C Nozzle size = Any - There are no particulates or additives in Alloy 910 HDT = 112C and > 150C when annealed Print Bed = Cold = BuildTak with coat of gluestick Hot = Glass heated to 55C with coat of PVA (PVA is 50% water and 50% "Elmers Glue All") Shrinkage = 0.0033 in/in |
PA cast Plate Nylon High Strength 95MPA, High temperature 110C HDT
Taulman3D’s PA Cast Plate is a High strength poly-amide that uses manufacturing techniques similar to Nylon industrial plates. Casting Nylon in dies is a unique process that usually requires a difference in the manufacturing of the base polymer. While there are some cast Nylons that will be used as is, the majority are destined for subtractive/tooling/CNC machining. For this type of machining, a high and consistent tensile strength is required. Taulman3D has worked with our Chemical Company to develop this type of Nylon into a 3D Printing line thus bringing with it an exceptionally high tensile of 95MPA or over 13,500PSI. The result is taulman3D’s PA (Polyamide) Cast Plate.
HDT = 112C & 185C Annealed
Color - Super Dark Blue
Print Temp = 280C-300C
Speed = 38mm/s
Retract = 3mm
Tensile = 13,400PSI
Taulman3D’s PA Cast Plate is a High strength poly-amide that uses manufacturing techniques similar to Nylon industrial plates. Casting Nylon in dies is a unique process that usually requires a difference in the manufacturing of the base polymer. While there are some cast Nylons that will be used as is, the majority are destined for subtractive/tooling/CNC machining. For this type of machining, a high and consistent tensile strength is required. Taulman3D has worked with our Chemical Company to develop this type of Nylon into a 3D Printing line thus bringing with it an exceptionally high tensile of 95MPA or over 13,500PSI. The result is taulman3D’s PA (Polyamide) Cast Plate.
HDT = 112C & 185C Annealed
Color - Super Dark Blue
Print Temp = 280C-300C
Speed = 38mm/s
Retract = 3mm
Tensile = 13,400PSI
We are extremely pleased to have the excellent co-operation of our top tier chemical company along with our extrusion manufacturing company. This team has worked together to produce an excellent polymer that not only meets chemical requirements, but enables the use of nylon 680 in most FFM type 3D Printers. Nylon 680 is compatible with Ethylene oxide and Flash Steam post processing.
Please read for regulation information. 
Nylon 645 is currently being used by CNC shops around the world to support quick turn prototypes for Pre-Pilot and Pilot runs as well as some limited production runs. Nylon 645 has the highest chemical resistance of all of our Nylons and is highly compatible where Nylon 6,6 is required.
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 prosthetics 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, and the added flexibility offered by a rubber like TPE.
Bridge Nylon is similar to Nylon 645 with excellent tensile and low friction surface. While similar to Nylon 645, Bridge is chemical resistant to most chemicals except chlorine, bromines and some petrols. Bridge Nylon is fully capable of thread tapping and machine tooling.
|
“SAC1060”, a new Mechanically removable support material for Nylon
Taulman3D is pleased to release “SAC1060”, a new Mechanically removable support material for Nylon 3D printing materials. SAC1060 is a mechanically removable (requires needle nose pliers) support material that works with all Nylons. This includes all of TAULMAN3D’s Nylons as well as Carbon Fiber Nylon and Glass filled Nylons. While SAC1060 Prints at 235C to 255C like higher temp Nylons, it does not “melt into or weld onto” Nylons. It was developed to stick to all Nylons as a support material during the printing process, yet retain a mild adhesion at ambient temperatures. This allows the user to print at 240C to 280C base Nylons with a support material that does not warp or melt based on print temperatures. SAC1060 is designed to support zero layer spacing between base Nylons and support material allowing for the best bottom surface finish. SAC1060 has a low tensile making it crack easily during removal. SAC1060 stands for "Sacrificial Material #1060". Now you can 3D Print extremely strong parts having unique geometry with Nylons from PCTPE to Alloy 910. SAC1060 comes in 1.75mm and 2.85mm. While some parts will always require a water soluble support material, now you have a support material for all your other Nylon requirements. 
DOW Chemical EVOLV3D™ USM Universal Support Material
-Tap Water soluble at room temperature, safe for users and drain systems -Print temperature from 200C to 250C -Sticks to Nylons, ABS, PLA, PETG, TPU, TPE and LSR (silicons) EVOLV3D™ USM overcomes limitations of other support materials through its compatibility with a broad array of popular build materials, a broader print temperature range, easy removal through tap water dissolution at room temperature, and safer disposal of the solution. These features significantly increase the design space for additive manufacturing innovators to build complex and functional parts with an array of materials that may have previously been impossible. 3D printing is often done outside of industrial settings (homes and offices) by users who may not have chemical handling training. As a non-hazardous material that does not use harsh reagents or generate harmful waste, EVOLV3D USM reduces handling concerns and meets environmental requirements. 
guidel!ne - A medical grade ISO 10993 FDA reg material.
When 3D Printed, guidel!ne has a tensile strength higher than our strongest TECH-G, coming in at 6,850PSI. Elongation is 5.9 and a modulus of 281,469PSI. Heat distortion temp is 70C. Softening temperature is 100C guidel!ne is a clear PETG based polymer that prints at 250C. guidel!ne is very easy to print needing only a small amount of retraction. A key feature of guidel!ne is that one can easily print small hollow tubes without the issue of heat build-up deforming the tube. 
t-glase (called TEE-GLASS) is an “optically correct” or water clear polymer that comes in Clear, Red, Green, Blue, White, Black and Aqua. Red, Green, Blue and Aqua are translucent rather than opaque. t-glase is a food and beverage safe polymer and carries the recycle rating of "1". t-glase is one of the lowest shrinkage of the polyesters. With optical coatings, t-glase can appear as clear as a glass part. t-glase prints at 235-245C. One can easily print light guides or light pipes.
TECH-G was developed to not only be high strength, but also have limited elongation. Engineering firms were using PLA and ABS for initial Form and Fit evaluations. In some cases, the strength of these materials allowed some limited functional use. In the case of PLA, it was the brittle nature of medium or larger parts that severely limited functional testing. With ABS, the limit was always Tensile strength. With TECH-G, we believe we have now given the development and design industry an easy to print material with much higher Tensile when 3D Printed and enough elongation so as to be truly useful in functional testing.
taulman3D and DuPont Packaging & Industrial Polymers (DuPont) worked together to manufacture and release a unique new flexible material to the 3D printing community called T-lyne that uses DuPont™ Surlyn® ionomer. T-lyne is a unique, crystal clear polyethylene co-polymer developed specifically for high durability, flexibility, unique viscosity and a wide temperature range. Glass-like aesthetics can easily be obtained at high layer sizes using low speed and low temperatures in the range of 190 C to 210 C. Utility style parts are easily printed faster at standard layer sizes using higher temperatures up to 245 C, depending on nozzle size.
|
Note: taulman3D, taulman logo, taulman 618, taulman3D Alloy 910, taulman Nylon 230, taulman Bridge, taulman PCTPE, taulman t-glase, taulman BluPrint, taulman T-Lyne, taulman In-PLA, taulman 645, guidel!ne and taulman 680 are all registered to taulman3D, LLC
