Precision materials with documentation-first quality.
TG Polymer AB supports advanced R&D teams with precision polymer and nanomaterial building blocks delivered with clear specifications, practical guidance, and bespoke synthesis support for demanding workflows.
Focus
Reproducible R&D
Supply model
Enquiry-led
Support
Custom synthesis
What we optimize for
Decisions stay simple: clear specs, usable documentation, and honest feasibility so research teams can move fast.
- Clear specifications and batch documentation where applicable
- Practical usage guidance that reduces iteration time
- Fast feasibility feedback for custom routes and target specs
- Support for international logistics and research timelines
What we do
Building blocks for advanced materials work
We focus on high-signal, research-grade components teams can evaluate quickly and then scale with confidence, supported by clear documentation and responsive guidance.
Catalog materials
Precision polymers, functional intermediates, and nanomaterial building blocks for targeted applications.
Documentation + guidance
SDS/CoA/datasheets where applicable, plus handling, storage, and workflow notes that reduce iteration.
Bespoke synthesis
Route feasibility checks, target spec review, and realistic lead-time planning for custom requests.
Capabilities
Designed for research teams who move fast
Variant guidance
Help choosing molecular weight / functional group / purity targets to match your workflow.
Batch-aware context
When docs are batch- or variant-specific, we keep sharing aligned to the right material.
Feasibility-first custom
Quick feedback on synthetic route feasibility before you spend cycles designing around assumptions.
Research-friendly logistics
Support for global timelines, import realities, and reliable delivery expectations.
Principles
Mission, quality, and global collaboration
Each principle has a dedicated page with more detail and how it shows up in our process.
Mission
Make advanced materials easier to evaluate and reproduce through clear specs, practical guidance, and responsive support.
Quality mindset
Documentation-first where applicable: CoA/SDS/datasheets, plus context on handling, storage, and variability.
Global collaboration
We work with teams across regions and timelines, supporting international logistics and research constraints.
How we work
A simple, research-friendly process
01
Browse + shortlist
Find materials by category, tag, or use case. Save a shortlist for enquiry.
02
Enquiry + lead time
We confirm feasibility, lead time, documentation availability, and variant recommendations.
03
Deliver + support
Receive materials with guidance. Follow up as your workflow evolves or constraints change.
Footprint
Built for collaboration across regions
Many advanced research timelines have constraints: procurement windows, shipping realities, and lab scheduling. We aim for clarity so teams can plan accurately.
International-ready
Support for cross-border collaboration and realistic lead times.
Shipment clarity
Upfront communication on packaging, handling expectations, and documentation availability.
Timeline
What you can expect after an enquiry
Response with feasibility
We review your target specs, constraints, and suggest variants that fit your workflow.
Lead time + documentation
We confirm lead time, documentation availability, and any request-gated materials.
Quote and next steps
You receive a quote and the path forward (catalog or custom synthesis).
Delivery + follow-up
We deliver with guidance and support iterative questions as your process evolves.
Typical request info
FAQ
Common questions
Do you provide CoA / SDS / datasheets?
Where applicable, yes. For some materials, documentation depends on variant or batch context. We’ll confirm during enquiry.
Can you support custom synthesis requests?
Yes — share target specifications, constraints, and intended use case. We respond with feasibility and lead time.
Why are some resources request-only?
Some documents are context- or variant-specific, or shared only for the right use case. Request access and we’ll respond.
How do we choose the right variant?
Tell us your buffer/solvent system, stability needs, and target performance. We’ll suggest variants and trade-offs.