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Nicotine Salicylate Reference Materials for Residue and Product Analysis
Nicotine salicylate High-Purity Reference Materials for Confident Quantification
Accelerate compliant, reproducible nicotine analysis with HPC Standards rigorously characterized nicotine salicylate reference materials. Engineered for calibration, method validation, and QC across e-liquids, nicotine pouches, environmental wipes, air filters, and wastewater, our standards deliver traceable nicotine content, defined stoichiometry, and excellent handling versus free-base. Each lot is verified by LC-MSMSHPLC, supplied with a Certificate of Analysis and uncertainty, and available as neat or ready-to-use solutionsplus custom concentrations and solvents on request. Rely on HPC Standards GmbH for ISO-aligned quality, robust documentation, and dependable logistics to keep your food, environmental, and consumer product testing defensible and on-spec.
Product | Catalog No./ CAS No. | Quantity | Price | |
|---|---|---|---|---|
 | 679738 | 1X10MG | Please log in. | |
D3-Nicotine salicylate solution |  | 680561 | 1X1ML | Please log in. |
ISO 17034 Reference Material |  | 691574 | 1X10MG | Please log in. |
High-purity reference materials of nicotine salicylate for accurate calibration, method validation, and quality control in food, environmental, pharmaceutical, and consumer product testing.
Overview
Nicotine salicylate is an ionic salt formed from protonated nicotine and salicylate anion. It is used in research, product development, and analytical testing where defined nicotine content and improved handling characteristics of a salt are advantageous. As an organic salt, it can offer enhanced stability and controlled volatility compared to free-base nicotine, supporting robust analytical workflows.
HPC Standards GmbH supplies rigorously characterized reference materials of nicotine salicylate to ensure traceable, reproducible quantification across diverse matrices.
Chemical Identity and Properties
Synonyms: Nicotine salicylic acid salt; Nicotine salicylate salt. Chemical class: Organic salt of a tertiary amine alkaloid and salicylate. Typical appearance: solid or concentrated solution (depending on formulation). Key attributes: defined stoichiometry, known nicotine content fraction, improved handling over free-base nicotine, solubility in polar organic solvents and water (matrix-dependent).
Relevant properties for analytics: UV activity (salicylate chromophore), amenability to LC-MS/MS and HPLC-UV, predictable dissociation in solution enabling quantification of nicotine moiety.
Applications and Use Cases
- Calibration and system suitability testing for nicotine determination in e-liquids, refill solutions, nicotine pouches, and related consumer products.
- Method validation (LOD/LOQ, linearity, precision, accuracy) for regulatory compliance testing.
- Spiking standards for recovery studies in complex matrices (e.g., aerosols/air filters, environmental wipes, surfaces, wastewater).
- Research on nicotine salts and formulation performance, dissolution, and stability.
Regulatory Landscape
Nicotine-containing products are regulated regionally (e.g., EU Tobacco Products Directive for e-liquids; FDA regulations in the United States). Nicotine as a substance is classified under GHS/CLP with acute toxicity and specific target organ toxicity hazards; site-specific classification for nicotine salicylate should follow the supplier Safety Data Sheet (SDS) and CLP criteria for mixtures/salts.
Manufacture, use, and supply of nicotine-containing chemicals are also subject to general chemicals legislation (e.g., EU REACH obligations, transport rules, storage quantity thresholds, and poison center notifications where applicable).
Monitoring and Target Matrices
- Consumer products: e-liquids, nicotine salt formulations, nicotine pouches, gums, lozenges (as applicable).
- Workplace and environmental: air (personal and area sampling), surfaces (wipe tests), wastewater and laboratory effluents.
- Biological and food-contact relevance: migration from devices and packaging, cross-contamination checks in production environments.
Analytical Methods
- LC-MS/MS: preferred for selectivity and sensitivity across complex matrices; multiple reaction monitoring of nicotine transitions with matrix-matched calibration using reference materials.
- HPLC-UV/DAD: suitable for routine testing; salicylate provides UV absorbance, while nicotine is detectable at low UV wavelengths; requires careful chromatographic separation and verification by standards.
- GC-MS (derivatization optional): applicable for volatile fraction assessment; consider thermal behavior and potential salt dissociation.
- Sample preparation: dilution/extraction in aqueous-organic media; internal standardization (e.g., isotopically labeled nicotine) recommended; evaluate ion suppression in LC-MS/MS and perform recovery studies with spiked reference materials.
Human Toxicity
Nicotine is a potent nicotinic acetylcholine receptor agonist. Acute exposure can cause nausea, vomiting, dizziness, tachycardia/bradycardia, hypertension/hypotension, tremors, seizures, and in severe cases respiratory failure. Dermal and inhalation routes are relevant; nicotine is readily absorbed through skin and mucosa. The salicylate counter-ion may contribute to salicylate-related effects at high exposures (e.g., tinnitus, metabolic disturbances), though toxicity is primarily driven by nicotine.
Laboratory handling requires strict exposure control, immediate decontamination of skin contact, and adherence to the SDS.
Environmental Impact and Fate
Nicotine is toxic to aquatic organisms and insects, with potential risk to non-target species upon release. It is biodegradable but may exert acute toxicity before degradation. Environmental controls should prevent discharge to wastewater without treatment.
Effects on Wildlife
Due to its neuroactive properties, nicotine can adversely affect invertebrates and potentially birds and mammals upon sufficient exposure. Avoid environmental releases and manage waste streams under local regulations.
Safety Measures and Handling
- Engineering controls: fume hood or ventilated enclosure when preparing standards or samples.
- PPE: lab coat, nitrile gloves (change regularly), splash goggles; consider face shield for bulk operations.
- Hygiene: avoid skin contact; no eating/drinking; immediate wash after handling; decontaminate surfaces.
- Spill response: absorb with inert material, ventilate, prevent drain entry, dispose as hazardous chemical waste.
Storage and Stability
Store tightly closed in a cool, dry, and well-ventilated area, protected from light. Use clean, compatible containers (e.g., amber glass). Follow product-specific stability data and expiry dates. Minimize freeze–thaw cycles for solutions. Verify performance periodically via system suitability and control charts.
Transport Information
Nicotine-containing materials may be subject to dangerous goods regulations (e.g., IATA/IMDG/ADR) depending on concentration, quantity, and formulation. Consult the product SDS and transport classification. Use compliant packaging and labeling.
Specifications of HPC Standards Reference Materials
- Matrices: neat solid (where applicable) and ready-to-use solutions at defined concentrations.
- Purity and identity: verified by chromatographic and spectrometric techniques; nicotine content fraction traceably assigned.
- Concentration uncertainty: provided with each lot; accompanied by certificate with metrological traceability.
- Custom concentrations and solvent systems available on request to match your method requirements.
Quality and Documentation
All reference materials are produced under stringent quality systems aligned with international requirements. Each lot is delivered with a detailed Certificate of Analysis (CoA) including identity confirmation, purity assessment, concentration value with uncertainty, recommended storage, and shelf life. Batch-specific stability and homogeneity assessments support reliable calibration and validation.
Method Development and Validation Support
Use reference materials for calibration curve preparation, instrument qualification, matrix effects evaluation, extraction efficiency (spike/recovery), and proficiency testing. Isotopically labeled internal standards for nicotine (e.g., nicotine-d4) can be paired to correct for matrix effects and improve quantitation accuracy.
Compliance and Reporting
Align quantification ranges and acceptance criteria with applicable regulations (e.g., product-specific nicotine content limits, labeling tolerances). Document method validation per ISO/IEC 17025 guidance and maintain traceability to reference materials used for calibration.
Ordering and Logistics
Products are shipped with temperature-appropriate packaging and documentation. Lead times, lot availability, and custom preparations can be provided upon request. For bulk or routine testing programs, standing orders and call-off deliveries are supported.
Why HPC Standards
HPC Standards GmbH specializes in the manufacture and distribution of high-purity reference materials for pesticides, veterinary drugs, and related analytes, including nicotine salts. Our reference materials enable laboratories in food and environmental analysis, consumer product testing, and R&D to achieve defensible, compliant results.