Catalog

Unfilled PEKK combining high impact strength while maintaining high tensile strength.

TPE 410 is designed for a variety of different applications which require a strong durable yet flexible material. It’s ideal for short series production work for elastic parts that will see a variety of applications.

Melt mixed black PA 11 that is formulated for easy processing. Tightly controlled particle distribution creates a smooth surface finish and excellent feature detail.

White PA 11 that is formulated for easy processing across all LS platforms. Tightly controlled particle distribution creates a smooth surface finish and excellent feature detail.

Unfilled, color stabilized nylon 11 material that is also stabilized to prevent premature thermal degradation. Parts produced from PA D80-ST exhibit superior mechanical properties.

Well suited to applications which require superior thermal properties, with maximum performance and consistent properties in XY&Z dimensions.

A well suited material where the application requires superior thermal strength in the X, Y, and Z dimensions. The material offers high stiffness and high tensile strength. Excellent material for Wind Tunnel models and under the hood automotive applications.

Highly-Carbon-Fiber-Filled Nylon 11 optimized for high-performance.

Mineral-Fiber-Filled nylon 11 optimized for high performance and certified as carbon neutral through the entire material supply chain all the way to your door.

Engineered for excellent mechanical properties, part definition and surface finish. Stabilized against thermal degradation resulting in little or no scrap material.

Black carbon fiber filled nylon 11 optimized for high performance and certified as carbon neutral through the entire material supply chain all the way to your door.

This nylon 11 based material uses graphite for its electrostatic-dissipative (ESD) properties and contains no carbon fibers.

The parts produced from FR-106 exhibit superior mechanical properties, while maintaining high levels of fire retardancy.

Unfilled Nylon 12 optimized for excellent mechanical properties, part definition, and surface finish.

Unfilled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable Unfilled Nylon 12’s.

23% Carbon-Fiber-Filled Nylon 12 optimized for stiffness and sustainable accuracy at elevated temperatures.

33% Carbon-Fiber-Filled Nylon 12 optimized for a smooth surface finish without sacrificing feature details.

Hollow Glass-Sphere-Filled Nylon 12 optimized for stability, recyclability, and increased stiffness.

40% Aluminum-Filled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable aluminum-filled materials.

25% Mineral-Filled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable Fiber-Filled Nylon 12’s.

50% Glass-Sphere-Filled Nylon 12 optimized for higher temperature applications compared to unfilled nylons.

50% Glass-Sphere-Filled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable Glass-Sphere-Filled Nylon 12’s.

40% Glass-Sphere-Filled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable Glass-Sphere-Filled Nylon 12’s.

40% Glass-Sphere-Filled Nylon 12 optimized for material stabilized against thermal degradation and scrap material reduction.

The only commercially available Fire Retardant Nylon 12 that meets the FAR 25.853 60 second burn specification.

The HT-23 is based on a PEKK resin with 23% Carbon Fiber compounded in and ground to a fine powder.

TPE 210-S exhibits good feature definition and infiltration with polyurethane will impart even higher toughness and abrasion resistance.

This TPU is 92 ShoreA. ALM has extensive experience processing this powder, and it has excellent recyclability.

This CoPolyester material has excellent physical properties, is easy to process and has 100% recyclability.

PP 400 offers superior mechanical properties in comparison to other options currently available on the market.

Ultrasint® PP nat 01 now harnesses the properties of polyolefins for PBF technologies, delivering the well-known characteristics of polypropylene, such as excellent chemical resistance, ductility and media tightness.

PA 6 from BASF is a tough and strong material affording parts with good damping characteristics and high shock resistance even in the dry state and at low temperatures.

PA 6 from BASF is a tough and strong material affording parts with good damping characteristics and high shock resistance even in the dry state and at low temperatures.

Ultrasint® PA6 FR is an advanced engineering polymer powder containing a flame-retardant (FR) additive.

Ultrasint PA6 MF is the material of choice for advanced technical applications where properties of mechanically reinforced thermoplastics are needed.

Ultrasint PA6 LM is a special powder material designed to maximize production accessibility to any PBF user.