Substrate & process
Share the material combination, coating or bonding method, cure conditions and current project stage.
Start with the application.
Build a material route you can verify.
Define the substrate, process and performance target first. Then connect UV-curable, waterborne and functional platforms to real model screening and technical discussion.
What application problem
are you solving?
These six directions connect to applications and material categories found in SUMDA's existing product data. In the model library, continue by category, model or performance keyword.
Coating · Adhesion
3C electronics
↗Precision adhesion, optical appearance, fast cure and surface feel.
Transparent · Flexible · Functional
Film applications
↗From film bonding to hardcoat, scratch resistance and functional surfaces.
Electronics protection
PCB coatings
↗Adhesion, insulation and protective coating routes for electronic substrates.
UV inks
Inkjet & printing
↗Screen around wetting, adhesion, flexibility and curing speed.
Photopolymer forming
3D printing
↗Balance precision and cure speed with strength and toughness.
Waterborne surfaces
Interiors & leather
↗Surface routes for flexibility, wear resistance and lower odour.
Do not guess the model.
Align the problem first.
More specific project information makes material screening more useful. We turn real application conditions into candidates that can be checked, without promising an unverified one-size-fits-all answer.
Set priorities
Clarify whether adhesion, hardness, flexibility, chemical resistance, yellowing resistance or surface appearance matters most.
Screen & verify
Enter the real model range, continue formulation and test checks, and request deeper documents when needed.
Continue by platform.
Narrow the field.
70
UV-curable
Existing UV adhesive, UV coating, UV ink and 3D printing product categories.
→ 19Waterborne
Waterborne resins and epoxy curing agents connected to coating, leather, textile and anticorrosion applications in the supplied data.
→ 2Functional materials
Use the existing aziridine crosslinker and fluorine-modified resin entries to check system and performance fit.
→Put your application
in the right hands.
Share your company, contact, substrate, process and target performance. We will route the question to the relevant technical or commercial contact; TDS, SDS and deeper documents can start from the data request.