Description
ThixPrint™ 3D-Printer Resin Modifier is expertly formulated to enhance the performance and print quality of your 3D printer resins. Specially designed for UV-curable and other hydrophobic resin systems, this additive pack transforms standard resins by improving suspension stability, flow control, and print reliability for advanced additive manufacturing processes.
- Superior Thixotropy & Suspension: Prevents settling of pigments and particles, keeping your resin homogenous throughout printing—even over extended print jobs.
- Enhanced Flow & Sag Resistance: Provides ideal viscosity under shear (such as during print head movement), while effectively resisting sag and drip for cleaner, crisper vertical builds and detailed features.
- Consistent Layer Quality: Maintains even distribution of fillers, effects pigments, and specialized additives for reliable layer formation and smooth surface finishes.
- Compatible & Customizable: Easily integrates with most commercial and custom photopolymer resins; tweak your formulation by simply adding the suggested percentage and following standard high-shear mixing protocols.
- Industrial Grade Performance: Developed to meet the demands of professional model makers, prototyping labs, and serious makers seeking to optimize their resin formulations.
Recommended For:
- 3D resin printers (DLP, SLA, LCD) requiring pigment suspension and flow control
- High-fill or effect-pigmented resin formulations
- Vertical or overhanging print geometries prone to sag or droop
- Custom resin development and lab-scale testing
Usage Instructions:
- Disperse the modifier into your resin base under low shear to minimize dust.
- Increase mixing to high shear (e.g., with a dissolver or rotor-stator mixer) for 10–20 minutes.
- Gradually add all powder while mixing until fully dissolved and dispersed.
- Optional: Allow mixture to rest for 1–2 hours before final use or measurement.
Unlock precision prints and superior resin performance—perfect your workflow with ThixPrint™ 3D-Printer Resin Modifier.
