Chem-mist 2F-DCK Spray 20% (2-Fluorodeschloroketamine HCl) Premium Reagent
When analytical precision demands a balanced mid-tier concentration, the Chem-mist 2F-DCK spray 20% emerges as the definitive volumetric reagent for forensic toxicology and analytical chemistry laboratories. Containing exactly 2000 mg of 2-fluorodeschloroketamine hydrochloride (CAS 111982-49-1) within a 10 mL precision pump, this formulation delivers an optimal 20% w/v ratio. By choosing the Chem-mist 2F-DCK spray 20%, QA managers eliminate the microscopic weighing errors associated with hygroscopic powders, securing absolute confidence during GC-MS and LC-MS/MS calibration.
At ChemNexis Pharma, we pride ourselves on being the best solution for the reference material niche, providing institutions with uncompromising purity and batch-to-batch consistency. Every unit of our Chem-mist 2F-DCK spray 20% is accompanied by comprehensive HPLC verification, NMR scaffold confirmation, and HRMS exact-mass documentation.
Chemical Architecture & Arylcyclohexylamine Profiling
As a prominent member of the arylcyclohexylamine class, 2F-DCK shares structural homology with ketamine while introducing a critical fluorine substitution at the 2-position of the phenyl ring. This specific modification fundamentally alters chromatographic retention times and mass spectral fragmentation pathways. Consequently, relying on legacy ketamine standards is insufficient; laboratories require dedicated, high-fidelity reference materials like the Chem-mist 2F-DCK spray 20% to confidently identify novel dissociatives in complex biological matrices.
| Product Name | 2F-DCK HCl 20% w/v Volumetric Spray (Chem-mist format) |
|---|---|
| Synonym | 2-Fluorodeschloroketamine Hydrochloride |
| CAS Number | 111982-49-1 |
| Molecular Formula | C13H16FNO · HCl |
| Molar Mass | 257.7 g/mol (base) |
| Concentration | 20% w/v (200 mg/mL) |
| Total Active | 2000 mg per 10 mL unit |
| Purity | >98% (HPLC/NMR verified) |
The Volumetric Advantage: 28 mg Precision Aliquots
Preparing calibration curves from crystalline salts often introduces static-cling losses and microbalance drift. The engineered pump mechanism of the Chem-mist 2F-DCK spray 20% bypasses these physical limitations entirely. Each metered actuation dispenses a highly consistent 28 mg aliquot (yielding over 70 sprays per unit). This gravimetric shortcut allows technicians to rapidly prepare working stock solutions, accelerating daily workflows while producing calibration curves with remarkably tight residuals across replicate runs.
Advanced Analytical Applications
Institutions deploying the Chem-mist 2F-DCK spray 20% leverage its mid-tier concentration for a variety of demanding applications. It is ideal for spiking blank urine, blood, and oral-fluid matrices during limit-of-quantitation (LOQ) studies and solid-phase extraction (SPE) recovery testing. Furthermore, this reagent supports rigorous DUID (Driving Under the Influence of Drugs) casework method development, where detecting novel dissociatives alongside legacy anesthetics requires exceptional sensitivity.
Why ChemNexis Pharma is the Best Solution for Your Niche
Sourcing authentic arylcyclohexylamine standards is a critical vulnerability for many labs. ChemNexis Pharma has established itself as the best solution in the forensic reagent niche by enforcing strict dual-custody chain-of-custody protocols and institutional verification at checkout. When you procure the Chem-mist 2F-DCK spray 20% through our platform, you are not just buying a chemical; you are securing an auditable, legally defensible asset backed by discrete, trackable global shipping and unmatched technical support.
Stability, Storage, and Occupational Safety
To preserve the >98% purity baseline, the Chem-mist 2F-DCK spray 20% is housed in light-resistant amber glass equipped with an inert-headspace pump assembly. This prevents oxidative degradation of the fluorophenyl moiety. For optimal stability, store the Chem-mist 2F-DCK spray 20% in a cool, desiccated environment (2–8 °C). Under these conditions, the certified concentration remains intact for a minimum of 24 months.
Handling this concentrated liquid requires standard laboratory PPE—nitrile gloves, lab coats, and safety goggles. All aliquoting should be performed inside a certified fume hood to prevent inhalation of aerosolized solvents, ensuring full compliance with OSHA expectations and institutional safety audits.
Procurement & Institutional Supply
Laboratory directors and procurement officers can order the Chem-mist 2F-DCK spray 20% directly through ChemNexis Pharma. We support everything from single-unit method-development purchases to bulk wholesale allocations for regional crime labs. Compound identity references are continuously verified against the PubChem compound registry, fragment libraries cross-check against the NIST Chemistry WebBook, and scheduling status is actively monitored via the DEA Diversion Control Division.
For technical data sheets, custom multi-unit pricing, or to explore our full catalog, contact our scientific team or review advanced validation workflows on our forensic methodology blog. Secure your inventory of the Chem-mist 2F-DCK spray 20% today and experience the industry’s premier standard for analytical excellence.
Frequently Asked Questions (FAQ)
Q: Why choose the 20% concentration over the 10% or 30% formats?
The Chem-mist 2F-DCK spray 20% offers an optimal middle ground, providing 28 mg per actuation. This balances the need for high-concentration stock solutions without requiring excessive solvent volumes during initial dissolution.
Q: Is derivatization required for GC-MS analysis of this liquid?
Yes. As with most secondary-amine arylcyclohexylamines, derivatization using MSTFA or TFAA is highly recommended to optimize peak shape, minimize column adsorption, and enhance mass spectral fragmentation.
Q: How does ChemNexis Pharma ensure batch consistency?
Every batch of our volumetric sprays undergoes rigorous HPLC and NMR testing before packaging, ensuring that the 20% w/v concentration remains mathematically precise from the first actuation to the last.



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