Ultrasint® PP 1400 Black leverages the properties of polyolefins for Powder Bed Fusion (PBF) technologies while enabling PP for alternative laser systems (e.g. diode or fiber lasers). An easy-to-print PP with unique isotropic behavior while maintaining the typical advantages of PP, such as high chemical resistance or recyclability.

Characteristics :

• Also suitable for desktop machines
• Easy to print
• Isotropic behavior also in E@B
• Extremely high rigidity
• Excellent chemical resistance
• Sustainable: low density and recyclability
• Weldability with other PP parts
• Easy finishing incl. smoothing agent, Ultracur3D® UV Adhesion Promoter

Ultrasint PP 1400 Black

This multipurpose material is designed to enable PP for standard CO2 lasers and new laser systems, such as diode or fiber lasers, while ensuring a very simple and stable process on any PBF equipment. It offers the well-known characteristics of polypropylene, such as excellent chemical resistance, ductility and support holding, without losing rigidity and with isotropic results that offer the end customer greater freedom during printing. The new Ultrasint® PP 1400 Black is also a strong ally for sustainability since it has a 40% refresh rate and well-documented studies on the recyclability of PP end parts.

Typical applications are:

• Automotive (fluid systems, piping, housings)
• Economical and functional prototypes
• Multipurpose industrial goods
• Pharmaceutical/Laboratory Industry – (Custom Chemical Instruments)
• Insoles

Delivery and storage module

Ultrasint® PP 1400 black powder should be stored at 15 – 25°C in the originally sealed packaging in a clean, dry environment.

Product safety

Mandatory and recommended industrial hygiene procedures and associated industrial safety precautions must be followed whenever this product is handled and processed. The product is sensitive to humid environmental conditions. For further information, please consult the corresponding Material Safety Data Sheets.

Material properties

• Tensile strength: 29MPa
• Flexural modulus: 1350 MPa
• Elongation at break: 25%
• Charpy impact without notch: 34 kJ/m²
• HDT B (0.45 MPa, dry): 131 °C