Clear Choice for Next-Gen Propulsion
Meeting the Challenge
Energy levels demanded of hypersonic rockets. Zero-porosity printing
POWERFUL.
Open printing with a simple gantry system, combined with a pump-driven deposition, permits rapid printing with low-cost hardware.
SCALABLE.
With a propellant based on the same rubber binder rocket users know and love, our propellants meet performance standards.
STRONG.
Printing method can be used for large part production. Because the material cures quickly as it is deposited, the material is strong enough to support large structures.
BIG.
High-Performance 3D Printed Propulsion
Unique, proprietary process for 3D printing curable propellant.
High energy-content propellant based on same chemistry as state-of-the-art propellants.
Fast production and large sizes with pump-driven process for scalability.
High Performance, Novel Designs
We design the binder chemistry so that the propellant mixture is printable upon mixing. Within seconds of deposition, the mixture has cured enough to hold its shape and minimize slumping. Deposited material bonds with layers below for high strength required for shock resistance.
Multi-material and fixture-free
Traction from all US military branches
“Only 3D printing can achieve the geometries required for breakthrough performance.”
“Yours is the only 3D printing technology that meets mechanical performance requirements.”
Chromatic 3D Materials Achieves ITAR Certification
ITAR certification enables Chromatic 3D Materials to handle defense-related products and technical data, ensuring compliance with strict U.S. government regulations designed to protect national security interests.
