LFGB for wooden items
Jul 25,2024
- Period:
- Jan 14,2022 - Jan 13,2027
- Certification bodies:
- SGS
What is LFGB for wooden items?
The LFGB certificate is a prestigious endorsement that attests to the compliance of food contact materials with stringent German and European safety standards. This certification is highly regarded by manufacturers and consumers alike, as it serves as a guarantee that products undergoing this rigorous testing meet the highest criteria for safety and quality. The LFGB testing encompasses various aspects, including sensory evaluation, chemical migration, and verification of label claims, ensuring that materials coming into contact with food are free from harmful substances and safe for consumption.
One of the crucial tests included in the LFGB certification process pertains to the specific migration of formaldehyde (§30 LFGB Regulation (EC) 1935/2004). Formaldehyde is a well-known substance with potential health risks, and its presence in food contact materials is strictly regulated. The LFGB certification ensures that the migration levels of formaldehyde from the product to food simulants remain within the safety limits established by the regulation. This scrutiny is vital in safeguarding consumer health and preventing any adverse effects that might arise from exposure to excessive levels of formaldehyde.
Another essential test conducted under the LFGB certificate is the sensory test (§31 LFGB Regulation (EC) 1935/2004). This evaluation involves a panel of trained sensory assessors who meticulously examine the product for any off-odors or tastes that might be imparted to food. The sensory test is critical because it directly impacts the organoleptic properties of the food that comes into contact with the material. By ensuring that the product does not transfer any detrimental odors or tastes to food, the LFGB certification helps maintain the integrity and palatability of the food items, thereby preserving their quality and appeal.
Furthermore, the LFGB certification also addresses the content of Pentachlorophenol (PCP), a substance that has been banned in many countries due to its toxicity and environmental persistence. The LFGB testing procedure checks for the presence of PCP in food contact materials, ensuring that they are completely free from this hazardous compound. This measure is significant in protecting both human health and the environment from the potential dangers associated with PCP exposure.
In addition to these tests, the LFGB certification also verifies the validity of label claims, such as Bisphenol-A (BPA) free products. This verification process involves determining the total content of Bisphenol A in the product to confirm that it indeed does not contain this controversial substance. Bisphenol A has raised concerns over potential health risks, particularly related to hormone disruption. By certifying products as BPA-free through comprehensive testing, the LFGB endorsement provides consumers with peace of mind, knowing that their chosen products uphold this claim and are safe for use in contact with food.
The LFGB certificate, therefore, stands as a hallmark of excellence and safety in the realm of food contact materials. Its comprehensive testing protocols go above and beyond basic regulatory requirements, ensuring that certified products not only comply with the law but also embody the highest standards of quality and safety. Manufacturers who bear the LFGB certification can pride themselves on their commitment to consumer welfare and environmental protection, while consumers can trust that their choices are backed by one of the most stringent and reputable certifications available. In an era where safety and transparency are paramount, the LFGB certificate shines as a beacon of trustworthiness and responsibility.
Most of our products have passed the test under §30 and §31 LFGB Regulation (EC) 1935/2004
A. Sensory test
B. Specific migration of formaldehyde
C. Pentachlorophenol (PCP) Content
D. Verification for label claim validity- Bisphenol-A free by Total Content of Bisphenol A