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NACE 20.16 Domain Candidate: Fused-Ring Dianhydride Polymer for Programmable Matter
Product:
A virtualized design fused-ring dianhydride scaffold proposed for thermally reprogrammable behavior in the 250–350 °C window. This is a candidate discovery pack intended for R&D screening and lab follow-up (not a field-certified material.
What this is:
This is a candidate discovery dossier for R&D evaluation: a fused-ring dianhydride scaffold proposed for thermally reprogrammable behavior via reversible aromatic stacking effects at elevated temperatures. It’s designed as a starting point for lab validation and iteration.
Benchmark vs known polyimides: directional comparison using RDKit/MMFF proxy metrics (not experimental; not full MD/DFT unless added).
Best suited for: materials R&D teams, advanced composites researchers, and IP scouts exploring high-temperature reprogrammable polymer architectures.
Structure files are generated using RDKit-standard workflows (SMILES → SDF/PDB with MMFF-based geometry optimization assumptions). All deliverables load cleanly in RDKit, PyMOL, and ChemDraw.
This 15 000 SEK (USD 1600) base pack includes (ZIP file Digital delivery • In-silico only • Not experimentally validated):
-3D-optimized SDF (MMFF force-field)
-Individual PDB file
-Synthesis route + reagents (2 steps) and estimated yields
-CRO quotes for ~1g synthesis (China / EU / US)
-Patent-positioning note (non-legal; screening-style)
-One-page commercialization snapshot (markets, competitors, pricing)
-Optional 30-minute walkthrough
Intended applications:
-High-temperature shape-memory / reprogrammable components
-Adaptive panels, morphing structures, thermal-resilient actuation concepts
-Reconfigurable casings / self-healing form factors (R&D stage)
Ownership & licensing:
Buyer receives full ownership of the delivered candidate package as provided (no royalties). If pursuing patenting an attorney-led prior-art search and claim drafter is advisable for consulting.
Add to cart for immediate delivery.
Questions or custom orders (e.g., substituent sweeps, DFT energetics)? Email us.
Tiers 2 & 3 on request:
Base Pack - $1,500 (current product)
Extended Validation Pack- $4,500
Everything above +
+MD or coarse-grained simulation summary
+Thermal transition hypothesis memo
+Revised patent-positioning note
Directed Variant Sweep - $7,500
+3–5 substituent variants
+Comparative proxy metrics
+Short recommendation memo
NACE 20.16 is an industrial classification designator (“manufacture of plastics in primary forms”) for cataloging and commercial structures , not a chemistry taxonomy.
Product:
A virtualized design fused-ring dianhydride scaffold proposed for thermally reprogrammable behavior in the 250–350 °C window. This is a candidate discovery pack intended for R&D screening and lab follow-up (not a field-certified material.
What this is:
This is a candidate discovery dossier for R&D evaluation: a fused-ring dianhydride scaffold proposed for thermally reprogrammable behavior via reversible aromatic stacking effects at elevated temperatures. It’s designed as a starting point for lab validation and iteration.
Benchmark vs known polyimides: directional comparison using RDKit/MMFF proxy metrics (not experimental; not full MD/DFT unless added).
Best suited for: materials R&D teams, advanced composites researchers, and IP scouts exploring high-temperature reprogrammable polymer architectures.
Structure files are generated using RDKit-standard workflows (SMILES → SDF/PDB with MMFF-based geometry optimization assumptions). All deliverables load cleanly in RDKit, PyMOL, and ChemDraw.
This 15 000 SEK (USD 1600) base pack includes (ZIP file Digital delivery • In-silico only • Not experimentally validated):
-3D-optimized SDF (MMFF force-field)
-Individual PDB file
-Synthesis route + reagents (2 steps) and estimated yields
-CRO quotes for ~1g synthesis (China / EU / US)
-Patent-positioning note (non-legal; screening-style)
-One-page commercialization snapshot (markets, competitors, pricing)
-Optional 30-minute walkthrough
Intended applications:
-High-temperature shape-memory / reprogrammable components
-Adaptive panels, morphing structures, thermal-resilient actuation concepts
-Reconfigurable casings / self-healing form factors (R&D stage)
Ownership & licensing:
Buyer receives full ownership of the delivered candidate package as provided (no royalties). If pursuing patenting an attorney-led prior-art search and claim drafter is advisable for consulting.
Add to cart for immediate delivery.
Questions or custom orders (e.g., substituent sweeps, DFT energetics)? Email us.
Tiers 2 & 3 on request:
Base Pack - $1,500 (current product)
Extended Validation Pack- $4,500
Everything above +
+MD or coarse-grained simulation summary
+Thermal transition hypothesis memo
+Revised patent-positioning note
Directed Variant Sweep - $7,500
+3–5 substituent variants
+Comparative proxy metrics
+Short recommendation memo
NACE 20.16 is an industrial classification designator (“manufacture of plastics in primary forms”) for cataloging and commercial structures , not a chemistry taxonomy.