Paper lunch boxes German LFGB certification report processing
Date：2026-07-07 09:36:48 Classification
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Guide to Obtaining German LFGB Certification Reports for Paper Lunch Boxes
I. Core Compliance Requirements for Paper Lunch Boxes under LFGB
The LFGB testing for paper lunch boxes differs significantly from that for plastic lunch boxes, primarily due to the multi-layered structure of paper and the risk of ink migration during printing. Key Applicable Regulations:
| Regulations/Standards | Application Notes
| LFGB §30/31 | Basic Requirements for Food Contact Materials
| EU 1935/2004 | EU Framework Regulation on Food Contact Materials
| BfR XXXVI/1 & XXXVI/2 | German Safety Recommendations Specific to Paper and Paperboard
| EN 15593 | Hygiene Management System for Food Contact Packaging (Recommended Reference)
Special Reminder: If paper lunch boxes have a PE coating, aluminum foil layer, or waterproof coating, they must be tested simultaneously according to plastic/metal standards; they cannot be processed solely according to paper standards.
II. Key Testing Items
Based on the actual composition of paper lunch boxes, testing typically covers the following categories:
1. Sensory Testing – Odor and taste migration (contact with simulated water/ethanol/olive oil)
2. Heavy Metal Migration – Lead, cadmium, chromium, nickel, mercury, and 9 other elements
3. Formaldehyde Migration – Potential sources in paper and adhesives
4. Aromatic Amines and Azo Dyes – Printing inks (24 controlled aromatic amines)
5. Fluorescent Whitening Agents – Common residues in recycled pulp
6. Specific Migrating Substances – Bactericides, Insecticides, PCP (Pentachlorophenol)
7. Microbiological Testing – Total bacterial count, E. coli (for direct contact scenarios such as fresh fruit and vegetable boxes)
III. Processing Procedure (5 steps combined)
Step 1: Product Disassembly and Material Analysis
Identify the lunch box structure: base paper layer / coating layer / printing layer / Ink Layers
List the material, weight, and supplier for each layer.
Distinguish between food-contact surfaces and non-contact surfaces.
Prepare product instructions, photos of the finished product, and printing process specifications.
Step 2: Laboratory Selection and Solution Confirmation
Recommended Institution: Dezeway Testing CNAS Registration No.: L8083
Confirm whether the laboratory possesses the testing capabilities recommended by LFGB + BfR for paper/board to avoid reports not being accepted by Amazon.
Step 3: Sample Submission and Testing
Submit 5–10 finished products (depending on laboratory requirements)
Submit blank sample paper, printed samples, and lamination samples simultaneously if necessary.
Testing cycle: 7–15 business days (5–7 days for expedited service)
Step 4: Report Issuance and Declaration of Conformity
The laboratory issues an LFGB English test report.
The manufacturer/importer issues a Declaration of Conformity (DoC).
The report includes the testing criteria, limits, results, and the laboratory's CPSC/DAkkS accreditation number.
Step 5: Amazon Upload and Review
Upload to the "Compliance" module in the German Amazon backend.
Submission materials: LFGB report + DoC + product images + packaging label images
Review cycle: 1–3 business days
IV. Fees and Cycle Reference
| Testing Items | Price (RMB) | Cycle
| LFGB Basic Testing (Sensory + Migration) | 1000 – 2000 | 5–7 working days
V. Key Considerations
Printing inks are a major concern: Ink on the inner layer or large areas of the outer layer of food containers is a primary source of excessive aromatic amines. It is recommended to use water-based inks and obtain the LFGB declaration from the supplier.
Recycled paper control: Food containers using recycled pulp require close monitoring for fluorescent whitening agents and heavy metals. It is recommended to purchase paper sources with FSC or PEFC certification.
Temperature differences: Refrigerated food containers and hot food containers (microwave/oven applicable) require different testing conditions. The "applicable temperature" must be clearly stated on the packaging and instructions.
Validity and retesting: Reports are typically valid for one year; retesting is required if there are any changes to the paper supplier, ink formulation, or printing process.
Customs and FBA inspections: German customs has strict inspection procedures for food contact packaging. It is recommended to label both the outer packaging and individual product packaging with "For food contact use" to reduce the risk of inspection.
Compliance Recommendations
Multi-country certification: LFGB reports typically cover multiple EU countries simultaneously, including France (DGCCRF), Italy, and Spain, eliminating the need for duplicate testing.
Supply chain traceability: Amazon requires tracing paper and ink suppliers. It is recommended to establish a complete supply chain compliance file (retaining material certificates, test reports, and warehousing documents for each batch).
Common pitfalls: Submitting only blank paper, omitting the printed layer, and neglecting the inner ink layer—these are the most common reasons why paper food containers are deemed "incompletely covered" in LFGB testing.
Guide to Obtaining German LFGB Certification Reports for Paper Lunch Boxes
I. Core Compliance Requirements for Paper Lunch Boxes under LFGB
The LFGB testing for paper lunch boxes differs significantly from that for plastic lunch boxes, primarily due to the multi-layered structure of paper and the risk of ink migration during printing. Key Applicable Regulations:
| Regulations/Standards | Application Notes
| LFGB §30/31 | Basic Requirements for Food Contact Materials
| EU 1935/2004 | EU Framework Regulation on Food Contact Materials
| BfR XXXVI/1 & XXXVI/2 | German Safety Recommendations Specific to Paper and Paperboard
| EN 15593 | Hygiene Management System for Food Contact Packaging (Recommended Reference)
Special Reminder: If paper lunch boxes have a PE coating, aluminum foil layer, or waterproof coating, they must be tested simultaneously according to plastic/metal standards; they cannot be processed solely according to paper standards.
II. Key Testing Items
Based on the actual composition of paper lunch boxes, testing typically covers the following categories:
1. Sensory Testing – Odor and taste migration (contact with simulated water/ethanol/olive oil)
2. Heavy Metal Migration – Lead, cadmium, chromium, nickel, mercury, and 9 other elements
3. Formaldehyde Migration – Potential sources in paper and adhesives
4. Aromatic Amines and Azo Dyes – Printing inks (24 controlled aromatic amines)
5. Fluorescent Whitening Agents – Common residues in recycled pulp
6. Specific Migrating Substances – Bactericides, Insecticides, PCP (Pentachlorophenol)
7. Microbiological Testing – Total bacterial count, E. coli (for direct contact scenarios such as fresh fruit and vegetable boxes)
III. Processing Procedure (5 steps combined)
Step 1: Product Disassembly and Material Analysis
Identify the lunch box structure: base paper layer / coating layer / printing layer / Ink Layers
List the material, weight, and supplier for each layer.
Distinguish between food-contact surfaces and non-contact surfaces.
Prepare product instructions, photos of the finished product, and printing process specifications.
Step 2: Laboratory Selection and Solution Confirmation
Recommended Institution: Dezeway Testing CNAS Registration No.: L8083
Confirm whether the laboratory possesses the testing capabilities recommended by LFGB + BfR for paper/board to avoid reports not being accepted by Amazon.
Step 3: Sample Submission and Testing
Submit 5–10 finished products (depending on laboratory requirements)
Submit blank sample paper, printed samples, and lamination samples simultaneously if necessary.
Testing cycle: 7–15 business days (5–7 days for expedited service)
Step 4: Report Issuance and Declaration of Conformity
The laboratory issues an LFGB English test report.
The manufacturer/importer issues a Declaration of Conformity (DoC).
The report includes the testing criteria, limits, results, and the laboratory's CPSC/DAkkS accreditation number.
Step 5: Amazon Upload and Review
Upload to the "Compliance" module in the German Amazon backend.
Submission materials: LFGB report + DoC + product images + packaging label images
Review cycle: 1–3 business days
IV. Fees and Cycle Reference
| Testing Items | Price (RMB) | Cycle
| LFGB Basic Testing (Sensory + Migration) | 1000 – 2000 | 5–7 working days
V. Key Considerations
Printing inks are a major concern: Ink on the inner layer or large areas of the outer layer of food containers is a primary source of excessive aromatic amines. It is recommended to use water-based inks and obtain the LFGB declaration from the supplier.
Recycled paper control: Food containers using recycled pulp require close monitoring for fluorescent whitening agents and heavy metals. It is recommended to purchase paper sources with FSC or PEFC certification.
Temperature differences: Refrigerated food containers and hot food containers (microwave/oven applicable) require different testing conditions. The "applicable temperature" must be clearly stated on the packaging and instructions.
Validity and retesting: Reports are typically valid for one year; retesting is required if there are any changes to the paper supplier, ink formulation, or printing process.
Customs and FBA inspections: German customs has strict inspection procedures for food contact packaging. It is recommended to label both the outer packaging and individual product packaging with "For food contact use" to reduce the risk of inspection.
Compliance Recommendations
Multi-country certification: LFGB reports typically cover multiple EU countries simultaneously, including France (DGCCRF), Italy, and Spain, eliminating the need for duplicate testing.
Supply chain traceability: Amazon requires tracing paper and ink suppliers. It is recommended to establish a complete supply chain compliance file (retaining material certificates, test reports, and warehousing documents for each batch).
Common pitfalls: Submitting only blank paper, omitting the printed layer, and neglecting the inner ink layer—these are the most common reasons why paper food containers are deemed "incompletely covered" in LFGB testing.
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