BASF MJF Ultrasint TPU-01
(Thermoplastic Polyurethane)
- A SHORE HARDNESS
- MPA TENSILE STRENGTH
- % COMPRESSIVE SET
- % ELONGATION AT BREAK
- °c COMPRESSIVE SET
-
Flexible & Tough
TPU 90A MJF, also known as Ultrasint TPU-01, is manufactured using MJF 5200 Industrial 3D Printing. It produces parts that are both tough and flexible, capable of efficiently absorbing shock with excellent elasticity. Leveraging cutting-edge multi jet fusion technology, this material does not necessitate support structures during the manufacturing process, allowing for the creation of parts with unrestricted design freedom. TPU 90A is suitable for functional components like shoe soles, grippers, enclosures, and tools that require flexibility.
-
Industrial Grade Quality
Directly from production, this material exhibits a matte raw grey texture. Its surface is slightly rougher than MJF nylon PA12 parts. TPU 90A MJF is available in its raw grey state or dyed black.
Technical Specifications
Datasheet
Actual values may vary based on build conditions, part geometry, and orientations.
For additional information and guidance, please contact our team.
MJF Nylon 12 – PA12
- MPA TENSILE MODULUS
- MPA TENSILE STRENGTH
- KJ/M² IMPACT STRENGTH
- % ELONGATION AT BREAK
- °c HDT@0.45 MPA
-
High Quality
MJF Nylon PA12 is professionally manufactured using the renowned HP Multi Jet Fusion 5200 system. This advanced process involves fusing nylon material with specific agents through precise heat control. Throughout the production process, parts are self-supported by the surrounding nylon powder. This feature allows for the creation of highly accurate and intricate components without the need for cumbersome support structures, providing exceptional design flexibility.
-
Strong & Durable
MJF Nylon PA12 is crafted using the cutting-edge HP Multi Jet Fusion 5200 Industrial 3D Printing Process. This material boasts outstanding thermal, chemical, and mechanical properties. Moreover, it holds certifications for biocompatibility, FDA skin contact approval, and IP-rated water tightness. These attributes make it well-suited for various applications, including functional prototypes, outdoor use, and end-use components.
Technical Specifications
Datasheet
Actual values may vary based on build conditions, part geometry, and orientations.
For additional information and guidance, please contact our team.
PA 12 for Selective Laser Sintering (SLS)
- MPA TENSILE MODULUS
- MPA TENSILE STRENGTH
- KJ/M² IMPACT STRENGTH
- % ELONGATION AT BREAK
- °c HDT@0.45 MPA
-
Tough, Accurate & Functional
PA 12 for SLS exhibits a unique combination of toughness and strength in thicker sections while remaining flexible in thinner areas. It boasts good biocompatibility, high thermal and chemical resistance, making it suitable for highly functional prototypes and end-use applications. When used in sufficiently thick parts, it can endure demanding conditions such as drilling, impact, and prolonged exposure to outdoor elements.
-
Professional Quality
Freshly produced, this material has a matte white texture. To enhance the finish of all our Nylon PA 12 components, we provide bead blasting as a default option, resulting in a polished matte appearance. Additionally, we offer various colour options, including black, red, blue, yellow, and orange for this material.
Technical Specifications
Datasheet
Actual values may vary based on build conditions, part geometry, and orientations.
For additional information and guidance, please contact our team.
TPU for Selective Laser Sintering
- A SHORE HARDNESS
- MPA TENSILE STRENGTH
- % COMPRESSIVE SET
- % ELONGATION AT BREAK
- °c HDT@0.45 MPA
-
Rubber Like Quality
Our flexible TPU boasts impressive mechanical properties, making it a versatile material suitable for a wide range of applications. Whether you need parts with rubber-like elasticity or flexible lattices, this material is ideal for 3D printing. From functional prototyping to production, TPU’s properties open up a multitude of possibilities.
-
Flexible & Compressible
In the automotive industry, TPU’s flexibility shines as it can be used to create components for car interiors, such as air filter covers and bellows gimbals. Any application that requires flexible and durable parts within the automotive sector can benefit from 3D printing with TPU.
Technical Specifications
Flexible & Elastomeric Resins - Stereolithography SLA
- A SHORE HARDNESS
- MPA TENSILE STRENGTH
- % Water Adsorption
- % ELONGATION AT BREAK
- % REBOUND RESILIENCE
-
High Elongation For Durability
Our photopolymers stand out due to their remarkable high elongation at break, which makes them exceptionally well-suited for applications demanding materials with superior flexibility and resilience. The flexible product line has undergone rigorous testing, including drop tower analysis, which demonstrates the materials’ capacity to withstand repeated stress and deformation, indicating their robustness and resilience.
-
Seamless Processability
Flexible photopolymer materials are renowned for their quick printing and ease of processing, making them an excellent choice for rapid 3D printing without compromising on quality.
Technical Specifications
Flexible resin with quick elastic response and low hardness (Shore 75 A).