GB 1886.110-2015
National Food Safety Standard - Food Additive - Natural Amaranthus Red
食品安全国家标准 食品添加剂 天然苋菜红
Catalogue
前言 → 1 范围 → 2 分子式、结构式和相对分子质量 → 3 技术要求 → 附录A 检验方法 Foreword → 1 Scope → 2 Molecular Formula, Structural Formula and Relative Molecular Mass → 3 Technical Requirements → Annex A Test Methods
Scope
This standard applies to the food additive natural amaranthus red, which is obtained by extraction and purification from amaranth (Amaranthus tricolor L.).
本标准适用于以苋菜(Amaranthus tricolor L.)为原料经提取、精制而成的食品添加剂天然苋菜红。
Normative References
Keywords
Application Summary AI generated
Food manufacturers use this standard to produce and test the food additive natural amaranthus red. Testing laboratories rely on it for quality supervision and safety assessment. This standard ensures the safe use of natural amaranthus red as a colorant in food products.
食品生产企业使用该标准来生产和检验天然苋菜红这种食品添加剂。检测机构依据此标准对产品进行质量监督和安全性评估。该标准确保了天然苋菜红作为着色剂在食品中的安全使用。
AI Summary AI generated
This standard specifies technical requirements for the food additive natural amaranthus red, including molecular formula, structural formula, relative molecular mass, sensory and physicochemical indices (such as pH, loss on drying, residue on ignition, and limits for arsenic and lead). Annex A provides detailed test methods, including spectrophotometric determination of color value and pH measurement. It applies to natural amaranthus red extracted and purified from amaranth.
本标准规定了食品添加剂天然苋菜红的技术要求,包括分子式、结构式、相对分子质量、感官指标和理化指标(如pH、干燥减量、灼烧残渣、砷和铅限量)。附录A详细描述了检验方法,涉及分光光度法测定色价和pH值等。该标准适用于以苋菜为原料提取精制的天然苋菜红产品。
Key Sentences extracted from text
本标准适用于以苋菜(Amaranthus tricolor L.)为原料经提取、精制而成的食品添加剂天然苋菜红。
分子式:C30H34O19N2
相对分子质量:726.56(按2007年国际相对原子质量计)
pH:6.0~8.0
干燥减量,w/% ≤ 10.0
This standard applies to the food additive natural amaranthus red, which is obtained by extraction and purification from amaranth (Amaranthus tricolor L.).
Molecular formula: C30H34O19N2
Relative molecular mass: 726.56 (according to 2007 international relative atomic masses)
pH: 6.0~8.0
Loss on drying, w/% ≤ 10.0