October 23, 2026 — For suppliers of food additives, food ingredients and nutritional raw materials, international customer qualification is becoming increasingly data-driven. In addition to product name, purity and price, buyers are paying closer attention to use levels in specific food categories, analytical methods, impurity control, exposure assessment and the consistency of batch data.

The European Food Safety Authority (EFSA) updated its chemical monitoring data collection page on October 6, 2026. The page explains that food additive data is included in a harmonised chemical monitoring data collection framework. The 2026 process includes defined stages for data transmission, validation and acceptance across food additives, flavourings, chemical contaminants, pesticide residues and veterinary medicinal product residues. This shows that food-safety assessment increasingly relies on structured, comparable and traceable data rather than on isolated test reports alone.

EFSA’s 2026 reporting guidance for use levels of food additives and flavourings also explains that data should be organised according to a defined data model covering preparation, submission, validation and acceptance. For suppliers and food manufacturers, passing a product test is only the starting point. The ability to connect test data with intended use, food category, use level and market requirements is becoming an important part of customer qualification.

Why Use Levels Matter More
The same food additive may lead to different exposure considerations depending on the food category, formulation and use level. During product development or export assessment, customers may need to confirm:

which food categories and applications the product is suitable for;
whether the recommended use level is supported by application experience;
which analytical method and unit are used to report results;
whether specification, purity, impurities and stability meet the target-market requirements;
whether analytical items and acceptance criteria remain consistent across batches; and
whether the supplier’s COA (Certificate of Analysis), SDS (Safety Data Sheet) and technical documents match each other.
These issues are relevant to products such as citrates, lactates, carbonates, sweeteners, thickeners, antioxidants and nutritional fortification ingredients. A communication model based only on product name and price may not fully answer customers’ technical and regulatory questions.

Practical Implications for Food-Ingredient Suppliers
First, product pages should provide more application information while avoiding unsupported fixed conclusions. Suppliers can explain relevant food types, typical test conditions and variables that require confirmation, but should not promise final finished-product performance without the customer’s formulation and validation data.

Second, batch management needs to extend from internal quality control to customer documentation. Each batch’s COA, production lot, specification version and packaging information should correspond clearly, supporting customer audits and export documentation.

Third, sales teams need to understand the relationship between use level, food category and destination market. In addition to quantity and packaging, inquiries should confirm intended use, food type, destination country and whether the product is intended for foods for special groups or dietary supplements.

Recommended Actions
Build a product data card: record product identity, specification, analytical items, batch information, application scope and document versions in one consistent format;
Improve COA templates: define analytical methods, units, limits or acceptance criteria according to the product, and avoid inconsistent reporting between batches;
Add use level to inquiry qualification: confirm the customer’s food category, formulation purpose, target market and expected dosage before quoting;
Prepare a technical FAQ: develop bilingual answers for purity, impurities, stability, solubility, storage and packaging questions;
Separate facts, recommendations and items requiring validation: clearly identify whether information comes from testing, application guidance or customer-side formulation trials.
Conclusion
The food-additive market is not simply moving from price competition to document competition. It is entering a stage where products, data and application support compete together. Suppliers that provide stable products, clear data and disciplined application communication will be better positioned to pass customer qualification and participate in long-term formulation projects.

For suppliers of food additives, nutritional ingredients and chemical products, data standardisation is not only a compliance task. It is also becoming an important foundation for improving inquiry conversion and building repeat-purchase confidence.