Additive manufacturing
SLS powders whose flow and packing suit a powder bed, for lightweight printed parts.
Polymer particles, engineered to your process
- Particle size
- sub-10 to >150 µm
- Tapped density
- 0.70 g/mL
- Angle of repose
- 32.6°
Why the particle matters as much as the polymer
Two powders can share a chemistry and behave nothing alike. How they flow, pack, melt, and disperse is set by the particle, not by the polymer name.
So we engineer the particle itself — its size, its distribution, its shape, its surface — around the process it has to survive.
The variables we control
Size and distribution
Particle size engineered from sub-10 microns to >150 microns, with narrow distributions where the target process requires them.
Morphology and surface
Shape, surface characteristics, and functional additives are set during particle formation — not by post-processing.
Composition
Applicable across polymer chemistries, from commodity resins to engineering polymers, matched to the application.
Characterized for the process
Flow, packing, and morphology are measured in-house against the requirements of the target process, as with the TPU70 SLS grade below.
Processes it was made for
Dosing and delivery
Particles engineered to carry a payload and let it go on a defined schedule.
Coatings and fillers
Functional particles dispersed into a coating, an ink, or a host polymer, at volume.
Development programs
The particle platform's controlled-release capability is being developed into identified programs — stated at their actual maturity.
- In development
Controlled and drug-release particles, with Osmotex
Particles that hold an active and release it slowly and predictably — a behaviour set by particle size, morphology, and surface.
How it works
In development for controlled- and drug-release applications, including a program for the Osmotex platform, a Myant ecosystem technology.
Release profiles, actives, and regulatory pathway are defined per program during scoping — controlled-release grades are not offered as standard supply.
Supply and scoping
Custom quantities available upon request. Grades are engineered per program and confirmed during scoping.
Available for partner development · Internally characterized
5 kgIdeal for R&D and prototyping.
25 kgDesigned for pilot runs and production.
How it is described technically
MyantX engineers polymer particles around defined size, morphology, surface chemistry, and composition — from sub-10 microns to >150 microns — and the processing behavior a target application requires.
Current development work includes a TPU70 SLS powder designed around the flow and packing requirements of a powder-bed (selective laser sintering) process. The specifications below are for that identified grade; the platform's broader ranges are engineered per program.
TPU70 SLS powder — identified grade
Engineered Polymer Particles — full specifications Particle size 20–100 µm (GSD: 1.25)Characterized Aerated bulk density 0.60 g/mLCharacterized Tapped bulk density 0.70 g/mLCharacterized Angle of repose 32.6 °Characterized Values are for the identified TPU70 SLS grade. The platform's broader size, morphology, and composition ranges are engineered per program and confirmed during scoping.
Build with Engineered Polymer Particles
When you need particles engineered to a target size, morphology, and surface for a process such as SLS.