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Erbon — Reference Materials for Residue Analysis
Erbon High-Purity Reference Materials for Confident Residue Analysis
Advance your pesticide surveillance with traceable Erbon reference materials from HPC Standards GmbH. Purpose-built for food, feed, and environmental matrices, our Erbon standards deliver certified accuracy for calibration, system suitability, recovery studies, and proficiency testing. Manufactured under stringent international quality requirements and supplied with comprehensive CoA and SDS, they support compliance with EUCodex MRLs and EPA tolerances.
Choose from neat materials, ready-to-use solutions, multi-analyte mixes, and isotopically labelled internal standards where available. Global shipping, expert technical support, and custom formulations ensure seamless integration into LCMSMS or GCMSMS workflows. Ensure reliable, reproducible resultspartner with HPC Standards for Erbon.
Product | Catalog No./ CAS No. | Quantity | Price | |
|---|---|---|---|---|
Erbon solution |  | 686922 | 1X10ML | Please log in. |
Erbon solution |  | 692998 | 1X1ML | Please log in. |
HPC Standards GmbH supplies high-purity reference materials for Erbon to support accurate, traceable, and regulation-compliant residue analysis in food, feed, and environmental samples.
Overview
Erbon is a herbicidal active substance used for selective weed control in agricultural systems. Laboratories require validated reference materials to quantify Erbon residues reliably, verify method performance, and ensure regulatory compliance across diverse matrices.
HPC Standards provides Erbon reference materials designed for high accuracy, traceability, and robustness in routine and advanced analytical workflows.
Uses
Erbon is applied for pre- or early post-emergence weed management in crop production. Typical monitoring scenarios include raw agricultural commodities, processed foods, soil, irrigation water, and surface waters adjacent to treated fields.
Reference materials enable calibration, system suitability checks, recovery studies, and proficiency testing in these matrices.
Regulatory
Residue limits for Erbon are set within jurisdiction-specific regulatory frameworks (e.g., EU MRLs, Codex MRLs, EPA tolerances). Laboratories must apply validated methods with fit-for-purpose limits of quantification and metrological traceability to demonstrate compliance.
HPC Standards supports compliance by supplying reference materials manufactured under stringent quality controls aligned with international standards.
Monitoring
Typical monitoring programs include surveillance of crop residues at harvest, verification of processing factors in food manufacturing, environmental fate assessments in soil and water, and operator exposure studies. Matrix effects and potential co-extractives necessitate rigorous calibration strategies using stable, well-characterized reference materials.
Internal standards, especially isotopically labelled analogues when available, are recommended to correct for extraction efficiency and ionization variability.
Health Impact
Risk assessments for Erbon consider dietary intake, operator exposure, and bystander exposure. Toxicological evaluations focus on acute and chronic endpoints, with reference doses and acceptable exposure levels established by competent authorities. Analytical surveillance of residues is a key control measure within risk management frameworks.
Human toxicity
Human health evaluations typically address potential irritation, systemic effects, and target organ toxicity based on guideline studies. Laboratories contribute to exposure assessment by providing accurate residue data from food and environmental samples using validated methods and traceable reference materials.
Environmental Impact
Environmental risk assessment considers persistence, mobility, and transformation of Erbon in soil and water. Degradation pathways and partitioning influence off-site transport and potential exposure of non-target organisms.
Effects on wildlife
Ecotoxicological profiles are evaluated for aquatic organisms, pollinators, birds, and terrestrial invertebrates. Environmental monitoring relies on sensitive and selective analytical methods supported by robust reference materials to quantify residues and relevant transformation products.
Safety Measures
Laboratory handling of Erbon reference materials should follow chemical hygiene protocols: use appropriate PPE, work in ventilated areas, avoid contamination, and follow spill and waste procedures. Use amber vials, minimize freeze–thaw cycles, and document chain-of-custody for regulated work.
Analytical Methods
Common techniques: LC–MS/MS or GC–MS/MS depending on volatility and derivatization feasibility. Method development should address selectivity, matrix effects, linearity, precision, accuracy, and robustness. Use matrix-matched calibration and, where available, isotopically labelled internal standards.
Typical steps: sample homogenization, solvent extraction (e.g., QuEChERS variants for food), cleanup (dSPE/SPE), and instrument analysis with confirmed retention time and MRM transitions. Validation should follow SANTE/ISO or equivalent guidance.
Metabolites and Degradation Products
Residue definitions may include Erbon and selected metabolites or transformation products depending on jurisdiction. HPC Standards supports method scope expansion by offering additional reference materials on request to cover relevant metabolites for comprehensive residue definitions.
Stability and Storage
Store Erbon reference materials as indicated on the CoA (typically cool, dry, and protected from light). Observe stated shelf life and uncertainty budgets. Prepare fresh working solutions regularly and verify calibration with independent check standards.
Quality and Traceability
HPC reference materials are produced and tested according to international quality requirements to meet high industrial standards. Each product is supplied with a Certificate of Analysis detailing identity, purity, concentration, uncertainty, traceability, and recommended storage conditions.
HPC Product Portfolio
- Neat Erbon reference materials for method development and spiking studies.
- Ready-to-use solutions in common solvents at certified concentrations for calibration.
- Multi-analyte mixes for screening workflows.
- Isotopically labelled internal standards (subject to availability) to enhance quantitative accuracy.
Documentation & Support
Each delivery includes CoA, SDS, and, upon request, method guidance notes and uncertainty information. Our technical team supports selection of suitable concentrations, solvent systems, and calibration strategies for your matrices and instruments.
Ordering & Logistics
Products ship globally with temperature-appropriate packaging and full documentation. Batch reservations and standing orders are available for long-term studies. Contact HPC Standards for custom concentrations, matrix-matched spikes, and bespoke mixtures.