Synthesis technology transfer for solvent & water based resins for inks, coatings and adhesives
Polymer architecture and reaction route support for solvent-based and water-based resin systems used in inks, coatings and adhesives — designed for reproducibility, safety and scale-up.
- This page is for polymer synthesis route development, process windows and scale-up readiness (SB/WB).
- If your core need is application tuning of an existing resin platform, go to Formulation Technology Transfer.
- If synthesis + formulation must be engineered together, go to Synthesis + Formulation Technology Transfer.
What this service is
We support manufacturers who need robust resin architectures that can be produced reliably at scale. The work typically includes polymer design, reaction route optimization, process control strategy and scale-up guidance.
Solvent-based synthesis (SB)
- Specialty resins for inks and industrial coatings
- High-solids resin systems (project-defined)
- Application-driven polymer design aligned to your process and constraints
Water-based synthesis (WB)
- Acrylic polymer emulsions / dispersions (emulsion polymerization)
- Water-based resins for inks, coatings and functional layers
- Systems for paper, non-wovens and specialty coatings (project-defined)
Associated 2D synthesis & formulation pages
Related pages within our 2D synthesis and formulation consulting (technology transfer) offering:
- Synthesis technology transfer for solvent & water based resins for inks, coatings and adhesives
- Water based emulsion polymerization / synthesis consulting for specialty paints & coatings
- UV & EB vacuum metallisation consulting
- High performance water-based resins for all your graphic arts applications
- Acrylic emulsions, colloidal dispersions, and resin solutions for Graphic Arts
- High performance water-based resins for specialty paper & non woven applications
- Formulation technology transfer for solvent, water based & UV & EB systems
- Synthesis & formulation technology transfer for solvent, water based & UV & EB systems
- Technology transfer
Typical scope
- Raw material selection and supplier strategy
- Polymer architecture design: Tg, polarity, functionality, MW targets
- Reaction route optimization: feed strategy, initiators, temperature profile, solids, stabilization
- Process control and safety considerations for pilot/production
- Definition of in-process checks and QC guidance
Deliverables (project-defined)
- Reaction scheme and process window
- Critical parameters, in-process controls and QC strategy
- Scale-up roadmap (lab → pilot → production)
- Troubleshooting guidance for common failure modes (coagulation, viscosity drift, conversion issues)
All projects are conducted under NDA. Project scope, documentation level and intellectual property boundaries are defined in advance. 3Dresyns does not disclose third-party proprietary formulations.
Engagement structure
Projects involving structured knowledge transfer and proprietary development baselines are executed with an upfront engagement fee and milestone-based scope definition.
Email info@3dresyns.com and include:
- Application & end-use (what the resin must enable)
- Target polymer type (high level) and constraints (solids, viscosity, VOC/odour)
- Equipment and process constraints (reactor type, feeds, temperature limits)
- Target properties and acceptance criteria
- Current baseline at high level (chemistry family + known issues)
- Timeline and scale (lab / pilot / production)
Related documentation
Synthesis + Formulation Technology Transfer | Formulation Technology Transfer