Where Rigorous Science
Meets Manufacturing Excellence
Our PhD chemistry team publishes protocols, technical guides, and process data rooted in peer-reviewed literature — so you can evaluate our chemistry with the same rigor we use to develop it.
35+ Years Synthetic Expertise
Decades of complex molecule synthesis across pharma, cosmetics, and advanced materials
PhD-Level Scientific Team
Direct access to our scientists for technical consultation and process development
Peer-Reviewed & Literature-Backed
Every technical claim supported by published research with transparent references
Our Approach
Science You Can Verify
We don't just manufacture compounds — we publish the data that proves they work. Every product line is backed by transparent, reproducible science.
Analytical Rigor
HPLC-MS, NMR, GC-MS, chiral HPLC, and more. Every batch characterized, every specification verified by orthogonal analytical methods.
Process Innovation
Novel synthetic routes optimized for purity and scale. From milligrams to multi-kilogram commercial supply, with process robustness at every stage.
Literature-Backed Claims
Technical content rooted in peer-reviewed research. Transparent references, defensible positioning, and honest assessment of what the data supports.
Research Areas
Deep Technical Hubs
Each research area provides detailed protocols, process data, and literature-backed guidance for scientists and engineers.
DMTMM Coupling Reagents
Triazine-based amide bond formation across aqueous, organic, and mixed-solvent systems. Protocols for SPPS, bioconjugation, DEL chemistry, and lipidation.
Metal-Organic Precursors
TMHD-based ALD/CVD precursors for ZrO₂, Cu, and Gd₂O₃ thin films. Deposition protocols, handling guides, characterization checklists, and troubleshooting.
L-Ergothioneine
The longevity amino acid with dedicated OCTN1 cellular uptake. High-purity synthetic EGT for supplement, cosmetic, functional food, and research applications.
Prostaglandin Analogs
15+ high-purity prostaglandin analogs for ophthalmic, cosmetic hair growth, reproductive, and research applications. Latanoprost, bimatoprost, travoprost, and more.
Analytical & Synthetic Capabilities
Instrumentation That Matches the Ambition
Our Fairfield, NJ facility houses a comprehensive analytical suite and flexible synthetic infrastructure — from cryogenic (−90 °C) to high-temperature (200+ °C) reactions, with 50–100 L reactor capacity and dedicated QC laboratories.
Have a Challenging Synthesis or Process Question?
Our PhD scientists are available for direct technical consultation. Whether you need protocol guidance, custom synthesis, or help selecting the right reagent — let's talk science.