
The Role of HPLC in Food Safety Testing
Introduction Food safety is a critical priority for both manufacturers and regulators. Beyond protecting public
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At uHPLCs, we specialize in producing high-purity Additive Reference Standards designed to meet the demanding needs of food safety testing, pharmaceutical quality control, and advanced research laboratories.
Our catalog includes a broad range of additives such as food colorants, preservatives, sweeteners, stabilizers, antioxidants, and emulsifiers, enabling precise calibration for HPLC, GC-MS, and LC-MS analytical workflows.
Every additive standard is supplied with a Certificate of Analysis (CoA) and comprehensive documentation to support GMP, ISO/IEC 17025, and global regulatory requirements.
Whether you are testing food products for label compliance, verifying pharmaceutical excipients, or conducting academic research, uHPLCs Additive Reference Standards provide the accuracy, traceability, and reliability you need.
We provide a wide selection of reference standards, including:
In addition, we also offer custom preparation services to meet unique project needs, ensuring every reference standard delivers dependable performance.
Get Expert Guidance and Customized Solutions for Accurate Reference Standards
uHPLCs provides a comprehensive portfolio of reference standards, covering:
This wide coverage reduces the need to source from multiple suppliers, ensuring consistency, reliability, and efficiency for laboratories and research facilities.
This flexibility makes uHPLCs an ideal partner for academic labs, pharmaceutical companies, and industrial QC teams.
At uHPLCs, we understand that every laboratory, research project, and industrial application may require unique reference standards beyond standard catalogs. That’s why we provide a tailored Custom Reference Standards Service designed to meet your specific analytical and regulatory needs.
As Follow is Some Frequently Questions People Asked
Additive Reference Standards are high-purity calibration materials used in analytical testing to verify the presence, concentration, and quality of additives in food, beverages, pharmaceuticals, and cosmetics.
They are essential for:
Food Safety Compliance: Ensure additives like preservatives and colorants meet regulatory limits.
Pharmaceutical Quality Control: Validate excipient levels in formulations.
Regulatory Documentation: Provide traceability for FDA, EFSA, and ISO audits.
Method Validation: Establish accurate HPLC and GC-MS testing procedures.
Industry | Purpose | Example |
---|---|---|
Food & Beverage | Label claim verification | Sweetener concentration in soft drinks |
Pharmaceutical | Excipients analysis | Magnesium stearate in tablets |
Research Labs | Toxicity studies | Food additive metabolism research |
Additive Reference Standards are critical for several industries:
Food and Beverage Manufacturers:
Label verification and consumer safety testing.
Checking preservative and colorant levels.
Nutritional Supplement Companies:
Verify sweetener and antioxidant concentrations in health products.
Pharmaceutical Industry:
Ensure consistent excipient levels for formulation stability.
Cosmetic Companies:
Analyze colorants and stabilizers for safety compliance.
Third-Party Testing Laboratories:
Provide independent analysis services for B2B clients.
Industry | Key Additives Tested | Primary Methods |
---|---|---|
Food & Beverage | Preservatives, Sweeteners, Colorants | HPLC, GC-MS |
Pharmaceuticals | Excipients, Stabilizers | LC-MS, UV Spectroscopy |
Cosmetics | Dyes, Emulsifiers | HPLC, FTIR |
Research | Antioxidants, Synthetic Additives | GC-MS, LC-MS/MS |
To meet your global B2B compliance needs, every shipment includes:
Certificate of Analysis (CoA):
Purity data
Lot number
Expiration date
Analytical methodology
Material Safety Data Sheet (MSDS):
Storage and handling guidelines
Safety precautions
Batch Traceability Records:
Required for GMP and ISO audits
Stability Information:
Recommended storage conditions and shelf-life data
Proper storage prevents degradation and ensures testing accuracy:
Temperature:
Most additives: 2–8°C refrigerated
Light-sensitive compounds: -20°C freezer
Light Protection:
Store in amber vials or foil packaging.
Humidity Control:
Keep in desiccators or sealed environments.
Condition | Risk if Improper | Solution |
---|---|---|
Heat | Accelerated degradation | Cold chain shipping |
UV Light | Photodegradation of colorants | Amber glass |
Moisture | Contamination | Desiccants and sealed storage |
Additive Reference Standards are indispensable for regulatory compliance:
Provide traceable data for FDA, EFSA, and ISO audits.
Validate analytical methods for HPLC, GC-MS, and LC-MS.
Reduce the risk of product recalls by ensuring label claims are accurate.
Support international trade by meeting import/export requirements for additives.
Regulation | Region | Application |
---|---|---|
FDA CFR 21 | USA | Food & drug labeling |
EFSA | Europe | Food additive limits |
ISO/IEC 17025 | Global | Laboratory accreditation |
Contact uHPLCs Today for Any Questions for HPLC / UHPLC
Introduction Food safety is a critical priority for both manufacturers and regulators. Beyond protecting public
Panose Reference Standard | CAS 33401-87-5 | High-Purity Reference Material Product Code: P-C25037Z Chemical Name: Panose Category: Carbohydrate Standard CAS Number: 33401-87-5 Molecular Formula: /
Maltotriose Reference Standard | CAS 1109-28-0 | High-Purity Reference Material Product Code: M-C25036Z Chemical Name: Maltotriose Category: Carbohydrate Standard CAS Number: 1109-28-0 Molecular Formula: /
Lactulose Reference Standard | CAS 4618-18-2 | High-Purity Reference Material Product Code: L-C25034X Chemical Name: Lactulose Category: Carbohydrate Standard CAS Number: 4618-18-2 Molecular Formula: C₁₂H₂₂O₁₁
Lactulose Reference Standard | CAS 4618-18-2 | High-Purity Reference Material Product Code: L-C25034X Chemical Name: Lactulose Category: Carbohydrate Standard CAS Number: 4618-18-2 Molecular Formula: C₁₂H₂₂O₁₁
D-Raffinose pentahydrate Reference Standard | CAS 17629-30-0 | High-Purity Reference Material Product Code: R-C25033X Chemical Name: D-Raffinose pentahydrate Category: Carbohydrate Standard CAS Number: 17629-30-0 Molecular
L-Fucose Reference Standard | CAS 2438-80-4 | High-Purity Reference Material Product Code: F-C25032X Chemical Name: L-Fucose Category: Carbohydrate Standard CAS Number: 2438-80-4 Molecular Formula: C₆H₁₂O₅
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