Incremental Engineering Ltd, Incremental-AM, HP PA12 Nylon

15 September 2026 | Incremental Engineering Ltd

Incremental's HP PA12 Nylon Delivers Outstanding Results

Businesses looking for dependable, high-quality 3D printed components are increasingly turning to Incremental Engineering's HP High Reusability PA12 Nylon, a material engineered to deliver exceptional strength, versatility and surface finish across a wide range of applications.

When performance matters, HP High Reusability PA12 from Incremental Engineering, a trading name of Incremental-AM, stands out as the complete additive manufacturing solution. Designed for Multi Jet Fusion (MJF) production, this advanced nylon material enables the creation of highly complex parts without sacrificing precision, durability or appearance.

Known as the true all-rounder of industrial 3D printing, PA12 excels in producing components with excellent mechanical properties and impressive detail resolution. Whether manufacturing prototypes, functional parts or low-volume production runs, customers can achieve consistent, repeatable results with confidence.

One of the material's key advantages is its ability to deliver superb surface finishes straight from the build process. For applications requiring an even higher-quality appearance, vapour polishing can produce exceptionally smooth surfaces, while thinner sections can demonstrate remarkable flexibility. Thicker parts, meanwhile, provide the strength and robustness demanded by engineering and industrial environments.

HP High Reusability PA12 also offers strong chemical resistance and a UL94-HB fire rating, making it suitable for a broad spectrum of sectors including automotive, electronics, engineering, manufacturing and product development.

Backed by the expertise of Incremental-AM, customers gain access to a material that balances quality, durability and design freedom. The result is a faster, smarter way to bring innovative products to market while maintaining the performance standards modern manufacturers expect from advanced additive manufacturing solutions.