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◉ Introduction to the Regulations on Food Contact Materials in Japan
Japan's food contact material testing regulations are regulated by the Japanese Ministry of Health and Welfare, and Japan Food Sanitation Law 370 (Japan Food Sanitation Law 370), referred to as JFSL370.
The control scope of Japanese food material contact test JFSL370 is mainly metal, glass, rubber, ceramics, plastic, paper, silica gel, organic coating, wood, etc. Among them, plastics include PVC, PE, PP, PS, PVDC, PET, PMMA, PC , PVOH and more than 13 kinds. Different material test items are also different.
◉ Common Materials
The control scope of LWA 370 on food-grade materials mainly includes rubber, metal, glass, ceramics, enamel enamel, plastic, paper, organic coating, and wood. Japan JFSL370 has different test items for different test materials.
◉ Common Products
Tableware: bowls, cups, cutlery, spoons, pots, plates, plates, chopsticks, trays, napkins, straws, etc.;
Kitchen utensils: knives, pots, shovels, pots, peelers, grills/forks, etc.;
Kitchen appliances: juicer, soymilk maker, coffee machine, kettle, oven, microwave oven, rice cooker, disinfection cabinet, dishwasher, mixer, toaster, range hood, gas stove, induction cooker, etc.;
Food packaging materials: fresh-keeping film, fresh-keeping bags, fresh-keeping boxes, storage jars, seasoning bottles, airtight jars, tablecloths, paper, etc.;
Children's products: feeding bottles, pacifiers, teeth grinders, thermos cups, milk warmers, complementary food cooking tools, etc.
Other products that are in direct contact with or may come into contact with food are involved in the test scope of DM21371.
◉ Test Items
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1. Plastic (general) test items · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · General limit of evaporation residue: 30ug/ml special limit, see corresponding material requirements
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2. Phenolic resin, melamine resin, urea resin · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml · Phenol dissolution: 5ug/ml · Formaldehyde Dissolution: Control Solution - Negative |
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3. Synthetic resin with formaldehyde as raw material (except phenolic, melamine, urea-formaldehyde) · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml · Formaldehyde dissolution: negative
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4. PVC polyvinyl chloride · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml · Dibutyltin compound: 50ug/g sample · Vinyl chloride monomer: 1ug/g sample
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5. PP polypropylene, PE polyethylene · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml
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6. PS polystyrene · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml · Volatile substances: total <5mg/g; expanded polyPS for hot food <2mg/g, and styrene and ethylbenzene <1mg/g
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7. Polyvinylidene Chloride PVDC · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Volatile substances: total <5mg/g; foamed polyPS for hot food · Vinylidene chloride monomer: 6ug/g sample
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8. Polyethylene terephthalate PET · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy: Metal dissolution 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml · Antimony dissolution: 0.05ug/ml · Germanium dissolution: 0.1ug/ml |
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9. Polymethyl methacrylate PMMA · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml · Dissolution of methyl methacrylate monomer: 15ug/ml
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10. Nylon PA · Lead: 100ug/g sample · Cadmium 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml · Caprolactam dissolution: 15ug/ml
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11. Polymethylpentene · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml
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12. Polycarbonate PC · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml · Bisphenol A content (including phenol and p-tert-butylphenol): 500ug/g · Amines (triethylamine, tributylamine): 1ug/g sample ·Bisphenol A dissolution amount (including phenol and p-tert-butylphenol): 2.5ug/ml
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13. Polyvinyl alcohol resin · Lead ·: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml
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14. Polylactic acid resin · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Potassium permanganate consumption: 10ug/ml · Evaporation residue: 30ug/ml · Total Lactic Acid Dissolution: 30ug/ml
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15. Rubber (except pacifiers) · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Evaporation residue: 30ug/ml · Phenol dissolution: 5ug/ml · Formaldehyde dissolution: negative · Zinc dissolution: 15ug/ml 2-mercaptoimidazoline: negative
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16. Rubber nipple (1g sample + 20ml dissolution solution at 40℃ for 24h) · Lead: 100ug/g sample · Cadmium: 100ug/g sample · Heavy metal dissolution: 1ug/ml · Evaporation residue: 30ug/ml · Phenol dissolution: 5ug/ml · Formaldehyde dissolution: negative · Zinc dissolution: 15ug/ml
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17. Metal cans (except for contact with non-greasy dry food) · Arsenic dissolution (calculated as As2O3): 0.2ug/ml · Cadmium dissolution: 0.1ug/ml · Lead dissolution: 0.4ug/ml · Phenol dissolution (coating): 5ug/ml · Formaldehyde dissolution (coating): negative · Evaporation residue (coating): 30ug/ml · Epichlorohydrin (coating): 0.5ug/ml
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18. Glass, ceramics, enamel · Lead dissolution · Cadmium dissolution
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◉ Compliance Services
Food contact products exported to Japan should comply with the specifications and standards for food, additives, etc. as stated in Japanese Ministry of Health, Labour and Welfare Announcement No. 370, commonly referred to as JFSL370.
Jiayu Testing has a professional testing technology team, equipped with advanced instruments and equipment, proficient in various regulatory standards, and specializes in providing JFSL370 food contact material testing services for various food contact materials in Japan to ensure that your products meet regulatory requirements. Welcome to contact us at 400-9269-886!
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