Today's KNOWLEDGE Share : Evonik unveils flame retardant PA12 and carbon black embedded 3D-printable powders

Today's KNOWLEDGE Share

Evonik is unveiling its latest innovations in PA12 polymer applications for 3D printing at Formnext 2024, the highlight exposition and convention for the world’s additive manufacturing community.

Most notably on display will be the company’s PA12 based INFINAM® 6013 P and INFINAM® 6014 P 3D-printable powders, which through a feat of engineering, possess a relatively substantial amount of carbon black in the core of each particle.

Produced through the precipitation process, these carbon black powders are specially designed for powder bed fusion techniques like SLS (Selective Laser Sintering), and offer high flowability and homogenous sintering. Additionally, the high core-shell carbon black content allows for true pigmentation uniformity, minimizes visibility of surface abrasion and wear, as well as provides elevated resistance to ultraviolet rays and greater isotropic performance.

“These properties make our carbon black powder an ideal material for producing 3D-printed items destined for use outdoors – especially in applications that need to withstand an elevated exposure to heat and light, such as those found in the aerospace and automotive industry,” says Arnim Kraatz, director of Powder Bed Fusion at Evonik.

To better serve the needs of this specialized customer base, the carbon black embedded INFINAM® 6013 P and INFINAM® 6014 P powders will be available for direct purchase from Evonik.

Also featured at Formnext will be the product launch of HP 3D HR PA12 FR, a robust, PA12-based 3D-printable polymer. Developed jointly by Evonik and well-known additive manufacturing technology powerhouse, HP Inc., the innovative powder is halogen-free, flame retardant, and remarkably features 50% reusability.

“We are very excited to be introducing the new HP 3D PA12 FR, a halogen-free flame-retardant polymer enabled by Evonik. Our long-term partnership is key to developing innovative solutions to continue growing the industry. This innovative material, which is 50% reusable, enables cost-effective production of high-quality parts and is poised to be a breakthrough in 3D printing, paving the way for scalable applications in consumer electronics,” says François Minec, VP and Global Head of 3D Polymers at HP Inc.

“We are proud of the fruits of this successful partnership with HP Inc., as it is the latest application of an encapsulation technique enabled by Evonik’s specially pioneered precipitation method,” says Dominic Stoerkle, head of Evonik’s High Performance Polymers’ Long Chain Polyamides product line. “Partnerships like these help Evonik continue to develop innovative technology that put customers at the center of our business.”

source:Evonik