Multi Jet Fusion material - PAGB 40% glass-filled

Polyamide Nylon PA12 GB

PA12 GB polyamide nylon powder, 40% glass-filled, is a highly resistant thermoplastic material compatible with Multi Jet Fusion technology. This nylon variant is reinforced with glass particles, significantly improving its mechanical, thermal and dimensional properties.

Resistance

A material perfectly suited to applications requiring high mechanical strength, optimum dimensional stability and high heat resistance, thanks to the addition of 40% glass fillers in the nylon matrix.

Speed

With its manufacturing process using a fusing agent and a detailing agent, Multi Jet Fusion technology is significantly faster than other available powder technologies.

Small series

PAGB thermoplastic powder is ideal for the manufacture of parts in small batches, thanks to its high productivity rate and ease of duplication, made possible by its stability and high mechanical strength.

Enjoy the benefits of PAGB powder

Designed to meet the most demanding requirements of 3D printing, this unique combination of strength, rigidity and durability makes it a preferred choice for a variety of industrial applications.

Benefit from functional parts without additional support

This material is widely used in industry for the manufacture of functional parts, mechanical components and prototypes requiring superior performance.

Use a material already used in various industrial sectors

Its advanced features make it a preferred choice in sectors such as automotive, electronics, engineering, construction and aerospace, where strength and durability are paramount.

Download PA12 GB polyamide (nylon) powder data sheet

Our experts are at your disposal

SANDRINE - We collaborate with suppliers of all levels on technical projects, using the 40% glass-filled thermoplastic material PAGB to ensure optimum strength.

AUDREY - We're here to advise and support you throughout the design process of your technical prototype.

CÉCILE - As soon as we got in touch, our Multi Jet Fusion production capacity enabled us to handle very large volumes while maintaining short lead times.