How to Read an LFGB Test Report for Metal Kitchen Tools

An LFGB test report can be an important part of a metal kitchenware sourcing file, but the word “PASS” on the first page is not enough to approve a product. A useful review connects the report to the exact sample, material, surface finish, food-contact use and production specification that the buyer intends to order.

For importers and private-label buyers, the practical question is not simply, “Does the supplier have an LFGB report?” The better question is: Does this report provide relevant evidence for this product, in this configuration, under its foreseeable conditions of use?

This guide explains how to answer that question. It is written for procurement and product teams rather than laboratory specialists. It is not legal advice, and market-specific requirements should always be confirmed with a competent laboratory or compliance professional.

What Does “LFGB Tested” Mean?

LFGB is the common abbreviation for Germany’s Lebensmittel-, Bedarfsgegenstände- und Futtermittelgesetzbuch, the German Food and Feed Code. For food-contact articles, Sections 30 and 31 address health protection and the transfer of substances from materials or articles to food.

LFGB does not function as a universal product certificate or a single test method for every kitchen tool. A laboratory normally assesses a defined sample against selected legal provisions, technical guidance and test methods. The applicable programme depends on factors such as:

• the material and alloy;
• coatings, plating, paint or other surface finishes;
• the type of food contact;
• contact time and temperature;
• repeated or single use;
• and the destination market.

At EU level, Regulation (EC) No 1935/2004 establishes the general safety and inertness principles for food-contact materials. It requires that materials do not transfer constituents to food in amounts that could endanger human health, cause an unacceptable change in food composition, or deteriorate organoleptic characteristics such as taste and odour. Metal articles may also be assessed with reference to the Council of Europe/EDQM technical guide on metals and alloys used in food-contact materials and articles.

The result is therefore evidence about a tested sample under stated conditions. It should not automatically be presented as proof that every product made from a similar-looking metal, every colour, every coating or every future production batch is compliant.

1. Verify the Report and Laboratory Details

Start with the administrative information. A professional report should identify the laboratory, report number, issue date, client, test period and page count. It may also include an electronic verification method or a statement governing reproduction of the report.

Check the following:

• Is the laboratory clearly identified?
• Is the report complete, including every numbered page and annex?
• Does the issue date make sense for the current product and production specification?
• Can the supplier provide the original PDF rather than screenshots of selected pages?
• Does the report contain signs of alteration, inconsistent fonts or mismatched page numbers?
• Can the report be verified with the issuing laboratory when necessary?

An old report is not automatically invalid, but it deserves additional scrutiny. Confirm whether the product design, material supplier, coating process, factory and cited legal or technical requirements have changed since the sample was tested.

2. Match the Report to the Exact Product

This is the most important procurement step. Locate the sample description, model or item number, colour, material, dimensions, batch reference and sample photographs. Compare them with your approved specification and pre-production sample.

For a metal kitchen tool, “stainless steel utensil” is usually too broad. The report should be relevant to the actual construction, including items such as:

• metal or alloy grade;
• base material;
• plating or coating;
• enamel, paint or non-stick layer;
• soldered, welded or brazed joints;
• plastic, wood or silicone components;
• and every surface that may contact food.

A photograph helps identify the submitted item, but it does not expand the technical scope of the report. If an annex explicitly labels a product or photograph as untested, it cannot be treated as a tested model. Likewise, a report for a raw steel sheet may support material evaluation, but it is not automatically equivalent to a report for the finished utensil after forming, polishing, welding, plating or coating.

When several models are listed, ask the laboratory or supplier to explain how the tested sample represents the product family. The explanation should be technically defensible, not based only on visual similarity.

3. Read the Legal Basis and Test Programme

Do not stop at the phrase “according to LFGB.” Read the result summary and method section to identify exactly what was evaluated.

A metal kitchen-tool report may refer to:

• LFGB Sections 30 and 31;
• Regulation (EC) No 1935/2004;
• the current EDQM technical guide for metals and alloys;
• a sensory test method;
• specific release or extractable-metal testing;
• or additional requirements requested by the client.

These references do not all perform the same function. Legislation establishes requirements, technical guides provide assessment approaches or limits, and test methods describe how the laboratory conducted a particular analysis.

Also check the edition or date of the cited document. The EDQM publication list identifies the second edition of its metals and alloys guide as the current 2024 edition. If a report cites an older guide, ask whether the result remains suitable for the intended market and current purchasing decision.

4. Understand the Test Conditions

Test conditions determine what the result actually means. Look for the food simulant or extraction medium, contact temperature, contact time, surface-area-to-volume ratio, number of migration cycles and analytical method.

These details should represent the product’s intended or foreseeable use. A utensil used briefly with cold food presents a different exposure scenario from a barbecue grid, tea infuser, saucepan accessory or tool used with hot acidic food.

Questions for the buyer include:

• What food simulant or extraction solution was used?
• At what temperature and for how long was the sample tested?
• Was the entire article tested or only a defined food-contact area?
• Was the result calculated using an appropriate surface-area-to-volume ratio?
• Was the article treated as single-use or repeated-use?
• If repeated-use testing was performed, which migration cycle determined compliance?
• Does the selected condition reasonably represent the product instructions and intended market?

Do not copy a test condition from another product solely because it is convenient. The laboratory should select or confirm the programme using the actual material, construction and foreseeable use information supplied by the applicant.

5. Distinguish Sensory Testing from Chemical Release Testing

Many food-contact metal reports contain more than one test section. Two common categories are sensory testing and specific release testing.

Sensory testing

A sensory or organoleptic assessment evaluates whether contact with the article causes an unacceptable change in characteristics such as taste, smell or appearance under the specified conditions. The report should state the method, test medium, exposure conditions, scoring scale and acceptance criterion.

Metal release testing

A release or extractable-metal test measures metal ions transferred into a specified test solution. The laboratory may use an analytical technique such as inductively coupled plasma mass spectrometry after extraction. The report then compares measured results with applicable specific release limits or other stated criteria.

A sensory PASS does not replace a chemical release assessment, and a metal-release PASS does not necessarily cover every other potential requirement. Read each line of the result summary to see which tests were actually performed. “PASS” should always be connected to a named test and a stated criterion.

6. Read the Results Table Correctly

Results tables commonly show the tested substance, measured value, unit, reporting limit and maximum permitted or recommended limit. Repeated-use articles may show separate results for early and later migration cycles.

Review the table systematically:

1. Confirm the units used for both the result and limit.
2. Identify symbols such as “less than,” “not detected,” “not applicable” or a failure marker.
3. Check which migration cycle is being assessed.
4. Read every footnote explaining the source of the limit.
5. Confirm that the summary matches the detailed tables.
6. Note any result close to the stated limit for additional risk discussion.

“Below the reporting limit” is not the same as absolute zero. It means the result was below the laboratory’s stated quantification or reporting threshold. A numerical result should also be interpreted with its unit, method and applicable decision rule.

7. Check Measurement Uncertainty and Limitations

Accredited laboratories usually explain how measurement uncertainty is handled in PASS/FAIL decisions. Some reports state that verdicts are based on measured values without applying measurement uncertainty unless otherwise agreed.

Read this section rather than assuming every laboratory uses the same decision rule. When a result is close to a limit, ask the laboratory how uncertainty affects interpretation and whether a retest or additional sample is advisable.

The limitations section may also state that:

• results apply only to the sample tested;
• the report cannot be reproduced partially without written approval;
• certain marks or stamps affect how the document may be used;
• client-supplied information was not independently verified;
• or photographs in an annex were included for reference only.

These are not minor disclaimers. They define the evidential boundary of the document.

8. Build a Complete Compliance File

An LFGB test report should sit inside a broader product file rather than stand alone. Depending on the article and destination market, the buyer may need:

• approved product and packaging specifications;
• bill of materials and material grades;
• coating, plating, ink or adhesive declarations;
• supplier declarations and traceability records;
• risk assessment and intended-use description;
• relevant test reports;
• change-control records;
• pre-production and shipment inspection records;
• and a declaration or other compliance documentation required for the market.

The EDQM’s 2024 technical guide on documentation supporting compliance and safety provides a useful framework for supporting documents and declarations. The exact documentation package should be determined for the particular material, product and market.

Common Red Flags for Buyers

Pause the approval process when you see any of the following:

• the model number on the report does not match the purchase specification;
• the tested finish differs from the finish being ordered;
• the report shows only a raw material while the order is for a coated or assembled article;
• important food-contact components are not identified;
• only the first page or a cropped screenshot is available;
• the report is presented as a “certificate” for an entire catalogue;
• the test conditions do not resemble the intended use;
• the report cites outdated requirements without an explanation;
• an annexed product is explicitly identified as untested;
• or the supplier cannot explain how production changes are controlled.

Buyer’s LFGB Report Review Checklist

Before approving a metal kitchen tool, record clear answers to these questions:

1. Is the issuing laboratory and full report identifiable?
2. Does the model number match the item being purchased?
3. Are the alloy, base metal and surface finish the same?
4. Are all food-contact components represented?
5. Are the intended use, temperature and contact time described correctly?
6. Are the legal references, technical guides and test methods stated?
7. Are sensory and chemical-release results separated clearly?
8. Do the detailed tables support the overall PASS/FAIL summary?
9. Are limitations, uncertainty and untested annexes understood?
10. Is there a documented plan for specification changes and retesting?

If any answer is uncertain, resolve it before mass production rather than after goods have been shipped.

Questions to Send With an RFQ

When requesting a quotation for private-label metal kitchen tools, provide the destination market and intended use, then ask the supplier to confirm:

• proposed material grade and surface finish;
• food-contact components and construction;
• available reports for the exact or representative configuration;
• differences between the tested sample and quoted item;
• testing that must be completed on the final pre-production sample;
• responsibility and timing for laboratory approval;
• and how material or process changes will be communicated.

This turns compliance from a last-minute document request into a planned sourcing requirement.

Final Takeaway

The value of an LFGB test report lies in traceability and relevance, not in the size of the word “PASS.” A responsible buyer verifies the exact sample, construction, intended use, test conditions, detailed results and report limitations before relying on it.

For an OEM or private-label kitchenware project, define the target market and compliance documentation at the RFQ stage. When contacting MarketValue, include the product type, material, surface finish, intended food contact, destination market, estimated quantity and required delivery window so the quotation and sampling discussion can begin with the right technical questions.

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Frequently Asked Questions

Is an LFGB test report the same as an LFGB certificate?

Not necessarily. A laboratory test report records the sample, methods, conditions, results and conclusion for a defined testing programme. Buyers should avoid treating it as a universal certificate covering untested products or future production.

Does one PASS report cover every colour, coating or model?

No automatic conclusion should be made. A different coating, alloy, component, geometry or manufacturing process may change the risk profile. Any product-family coverage should be justified technically and, where appropriate, confirmed by the laboratory.

Can a raw-material report replace finished-product testing?

It can support material evaluation, but it may not represent changes introduced by forming, welding, polishing, plating, coating or assembly. Testing needs should be assessed for the final product configuration.

Why do repeated-use articles show several migration results?

Repeated-use testing can evaluate release behaviour over successive contacts. Read the method, cycle labels and applicable criteria carefully; do not compare values from different cycles without understanding the test programme.

What should a buyer do if a result is close to the limit?

Ask the laboratory about the decision rule and measurement uncertainty, review material and process consistency, and consider additional samples or retesting before approving production.

Sources and Further Reading

1. German Federal Ministry of Justice, German Food and Feed Code (LFGB), including Sections 30 and 31.
2. European Commission, Food Contact Materials.
3. European Commission, Food Contact Materials Legislation.
4. European Directorate for the Quality of Medicines & HealthCare, Food Contact Materials and Articles Activities.
5. European Directorate for the Quality of Medicines & HealthCare, Documentation Supporting the Compliance and Safety of Food Contact Materials and Articles.