食品添加剂E代码-电子版

食品添加剂E代码-电子版
食品添加剂E代码-电子版

E-Code Chemical Name Description Remarks

100Curcumin (C.I. 75300)Colouring Orange-yellow colouring extracted from the rhizome of a plant of the ginger family called Curcuma longa (turmeric)

101Riboflavin/Lactofavin/Vitamin B2 *Colouring/

Vitamin

Yellow or orange-yellow colouring

manufactured from yeast or other

fermenting organisms. May also be

synthesised from xylene, ribose or alloxan

102Tartrazine/FD&C Yellow 5 (C.I. 19140)Colouring Synthetic yellow colouring 104Quinoline Yellow (C.I. 47005)Colouring Synthetic dull yellow colouring 107Yellow 2G (C.I. 18965)Colouring Synthetic yellow colouring 110Sunset Yellow FCF/FD&C Yellow 6 (C.I. 15985)Colouring Synthetic yellow colouring

120Cochineal/Carminic acid/Carmines (C.I. 75470) *Colouring

Natural red colouring which may be extracted from the bodies of female insects called Dactilopius coccus

122Carmoisine/Azorubine (C.I. 14720)Colouring Synthetic red colouring

123Amaranth/FD&C Red 2 (C.I. 16185)Colouring Synthetic purplish red colouring 124Ponceau 4R/Cochineal Red A (C.I. 16255)Colouring Synthetic red colouring

127Erythrosine/FD&C Red 3 (C.I. 45430)Colouring Synthetic cherry pink to red colouring 128Red 2G (C.I. 18050)Colouring Synthetic red colouring

129Allura Red AC/Food Red 17/FD&C Red 40 (C.I.

16035)

Colouring Synthetic red colouring

131Patent Blue V (C.I. 42051)Colouring Synthetic dark bluish-violet colour

132Indigo Carmine/Indigotine/FD&C Blue 2 (C.I.

73015)

Colouring Synthetic blue colouring

133Brilliant Blue FCF/FD&C Blue 1 (C.I. 42090)Colouring Synthetic blue colouring

140Chlorophyll (C.I. 75810) *Colouring Natural olive to dark green colouring found in many plants. Solvents such as ethanol are used in the extraction of chlorophyll

141Copper Complexes of Chlorophyll (C.I. 75810) *Colouring

Olive-green colouring which is derived from the substitution of magnesium ion in chlorophyll with copper

142Green S/Acid Brilliant Green BS/Food green

S/Lissamine green (C.I 44090)

Colouring Synthetic green colouring

150Caramel Colouring

Dark brown colouring prepared by the controlled heat treatment of carbohydrates

(e.g. glucose syrup, sucrose)

151Brilliant Black BN (C.I. 28440)Colouring Synthetic black colouring

163Anthocyanins *Colouring Red, blue colouring extracted from grape-skin extract and/or red cabbage by means of water, methanol or ethanol

170Calcium Carbonate/Chalk (C.I. 77220) *Inorganic

colouring

May be extracted from naturally occurring

white mineral or animal bones

171Titanium Dioxide (C.I. 77891)Inorganic

colouring

White colouring prepared from naturally

occurring mineral ilmenite

172Iron Oxides/Red: 77491/Black: 77499 (Yellow: C.I.

77492)

Inorganic

colouring

Yellow, red, orange, brown and black

colouring from naturally occurring

pigments or iron

173Aluminium (C.I. 77000)Inorganic

colouring

Naturally occurring metallic colour from

bauxite

174Silver (C.I. 77820)Inorganic

colouring

Metallic colour from naturally occurring

metal

175Gold (C.I. 77480)Inorganic

colouring

Metallic colour from naturally occurring

metal

180Pigment Rubine/Lithol Rubine BK (C.I. 15850)Inorganic

colouring

Synthetic red colouring

200Sorbic Acid Preservative Naturally occurring in some fruits. May be synthetically manufactured from ketene

201Sodium Sorbate Preservative Manufactured by neutralisation of sorbic

acid (E200)

202Potassium Sorbate Preservative Manufactured by neutralisation of sorbic

acid (E200)

203Calcium Sorbate Preservative Manufactured by neutralisation of sorbic

acid (E200)

210Benzoic Acid Preservative Naturally occurring in many edible berries, fruits and vegetables. May also be

synthetically produced

211Sodium Benzoate Preservative Sodium salt of benzoic acid (E210) 212Potassium Benzoate Preservative Potassium salt of benzoic acid (E210) 213Calcium Benzoate Preservative Calcium salt of benzoic acid (E210)

214Ethyl 4-hydroxybenzoate/Ethyl para-

hydroxybenzoate

Preservative Manufactured from benzoic acid (E210)

215Ethyl 4-hydroxybenzoate, Sodium Salt/Sodium

ethyl para-hydroxybenzoate

Preservative Manufactured from benzoic acid (E210)

216Propyl 4-hydroxybenzoate/Propylparaben Preservative Manufactured from benzoic acid (E210) 217Propyl 4-hydroxybenzoate, Sodium Salt Preservative Manufactured from benzoic acid (E210) 218Methyl 4-hydroxybenzoate/Methylparaben Preservative Manufactured from benzoic acid (E210) 219Methyl 4-hydroxybenzoate, Sodium Salt Preservative Manufactured from benzoic acid (E210)

220Sulphur Dioxide Preservative

Manufactured chemically by the combustion of sulphur or gypsum

221Sodium Sulphite Preservative Sodium salt of sulphurous acid 222Sodium Hydrogen Sulphite/Sodium Bisulphite Preservative Sodium salt of sulphurous acid 223Sodium Metabisulphite Preservative Sodium salt of sulphurous acid 224Potassium Metabisulphite/Potassium Pyrosulphite Preservative Potassium salt of sulphurous acid 225Potassium Sulphite Preservative Potassium salt of sulphurous acid 226Calcium Sulphite Preservative Calcium salt of sulphurous acid 227Calcium Hydrogen Sulphite/Calcium Bisulphite Preservative Calcium salt of sulphurous acid

230Biphenyl/Diphenyl Preservative Synthetically produced by action of heat on

benzene

2312-Hydroxybiphenyl Preservative Manufactured from phenyl ether or

dibenzofuran

232Sodium Biphenyl-2-yl-oxide Preservative Synthetically produced 2332-(Thiazol-4-yl) Benzimidazole Preservative Chemically synthesised

234Nisin *Preservative Produced by the growth of a bacterium called Streptococcus lactis.

235Natamycin/Pimaricin *Preservative Produced by the growth of a bacterium called Strepmyces natalensis

236Formic Acid Preservative Produced commercially by heating carbon monoxide and sodium hydroxide under pressure and decomposing the resulting sodium formate with sulphuric acid

237Sodium Formate Preservative Sodium salt of formic acid (E236) 238Calcium Formate Preservative Calcium salt of formic acid (E236)

239Hexamine Preservative Manufactured from formaldehdye and

ammonia

249Potassium Nitrite Preservative Potassium salt of nitrous acid

250Sodium Nitrite Preservative Manufactured from sodium nitrate by bacterial or chemical actions

251Sodium Nitrate Preservative Naturally occurring mineral

252Potassium Nitrate/Saltpetre *Preservative Naturally occurring mineral. May also be artificially produced from vegetable material and waste animal

260Acetic Acid *Food Acid Commercially manufactured by the action of methanol and carbon monoxide. The acetic acid in vinegar may be produced by the action of bacterium Acetobacter on

alcohol

261Potassium Acetate Food Acid Potassium salt of acetic acid (E260) 262Sodium Acetate Food Acid Sodium salt of acetic acid (E260) 263Calcium Acetate Food Acid Calcium salt of acetic acid (E260) 264Ammonium Acetate Food Acid Ammonium salt of acetic acid (E260)

270Lactic Acid *Food Acid Commercially produced by heat treatment of carbohydrate, such as whey, and fermented by bacteria such as Bacillus

acidilacti, Lactobacillus delbueckii or L.

bulgaricus

280Propionic Acid *Preservative May be commercially derived from natural gas or from wood pulp waste liquor by the fermentation activity of Propionibacteria

281Sodium Propionate *Preservative Sodium salt of propionic acid (E280) 282Calcium Propionate *Preservative Calcium salt of propionic acid (E280) 283Potassium Propionate *Preservative Potassium salt of propionic acid (E280)

290Carbon Dioxide Propellant Naturally occuring. May also be produced by way of fermentation or acid-carbonate

reaction

296Malic Acid (DL- or L-)Food Acid Commercially synthesised by means of heating malic with sulphuric acid

297Fumaric Acid *Food Acid

Commercially prepared by glucose fermentation using fungi such as Rhizopus

nigricans

300L-Ascorbic Acid/Vitamin C *Antioxidant/

Vitamin

Occurs naturally in many fruits and

vegetables. May be synthesised from the

hydrogenation of glucose to sorbitol and its

eventual conversion to ascorbic acid. May

also be biologically synthesised through

means of fermentation

301Sodium Ascorbate Antioxidant/

Vitamin

Synthetic sodium salt of ascorbic acid (E300)

302Calcium Ascorbate Antioxidant/

Vitamin

Synthetic calcium salt of ascorbic acid

(E300)

303Potassium Ascorbate Antioxidant/

Vitamin

Synthetic potassium salt of ascorbic acid

(E300)

304Ascorbyl Palmitate *Antioxidant/

Vitamin

Ascorbic acid ester comprising ascorbic acid

and palmitic acid

306Tocopherol Concentrate, Mixed/Vitamin E Antioxidant/

Vitamin

Extracts from soya bean oil, rice germ,

wheat germ, maize and green leaves

307Synthetic Alpha-Tocopherol Antioxidant/

Vitamin

Manufactured by chemical synthesis

308Synthetic Gamma-Tocopherol Antioxidant/

Vitamin

Manufactured by chemical synthesis

309Synthetic Delta-Tocopherol Antioxidant/

Vitamin

Manufactured by chemical synthesis

310Propyl Gallate Antioxidant Manufactured from gallic acid found in the tannins of nut galls. May also be produced from the hydrolysis of tannase, which may occur in spent fungal broth

311Octyl Gallate Antioxidant Manufactured from gallic acid found in the tannins of nut galls. May also be produced from the hydrolysis of tannase, which may occur in spent fungal broth

312Dodecyl Gallate Antioxidant Manufactured from gallic acid found in the tannins of nut galls. May also be produced from the hydrolysis of tannase, which may occur in spent fungal broth

317Erythorbic Acid/Iso-ascorbic Acid *Antioxidant Commercially produced from sucrose by fermentation with Penicillium sp.

318Sodium Erythorbate/Sodium Iso-Ascorbate *Antioxidant Sodium salt of erythorbic acid (E317) 319tert-Butylhydroquinone/TBHQ Antioxidant Derived from petroleum

320Butylated Hydroxyanisole (BHA) *Antioxidant Commercially prepared from p-methoxyphenol and isobutene

321Butylated Hydroxytoluene (BHT) *Antioxidant Prepared synthetically from p-cresol and

isobutylene

322Lecithins *Emulsifier/

Antioxidant

Obtained from animal or vegetable

materials through physical procedures.

Most lecithin are commercially obtained

from soya beans

325Sodium Lactate *Food Acid Sodium salt of lactic acid (E270) 326Potassium Lactate *Food Acid Potassium salt of lactic acid (E270) 327Calcium Lactate *Food Acid Calcium salt of lactic acid (E270) 328Ammonium Lactate *Food Acid Ammonium salt of lactic acid (E270) 329Magnesium Lactate *Food Acid Magnesium salt of lactic acid (E270)

330Citric Acid *Food Acid Commercially prepared by the fermentation of molasses with fungal strains of Aspergillus niger. May also be isolated from pineapple by-products and low-grade

lemons

331Sodium Citrates *Food Acid Sodium salt of citric acid (E330) 332Potassium Citrates *Food Acid Potassium salt of citric acid (E330) 333Calcium Citrates *Food Acid Calcium salt of citric acid (E330)

334Tartaric Acid *Food Acid Most commercially available tartaric acid is manufactured as a by-product of the wide industry. May also be extracted from

tamarind pulp

335Sodium Tartrate *Food Acid Sodium salt of tartaric acid (E334)

336Potassium Tartrate/Potassium Hydrogen

Tartrate/Cream of Tartar *

Food Acid By-product of the wine industry

337Potassium Sodium Tartrate *Food Acid Derivative of tartaric acid (E334) 338Phosphoric Acid/Orthophosphoric Acid Miscellaneous Manufactured from phosphate ore 339Sodium Phosphates Mineral Salt Sodium salt of phosphoric acid (E338) 340Potassium Phosphates Mineral Salt Potassium salt of phosphoric acid (E338) 341Calcium Phosphates Mineral Salt Calcium salt of phosphoric acid (E338) 343Magnesium Phosphates Mineral Salt Naturally occurring mineral

350Sodium Malate/Sodium Hydrogen Malate Food Acid Sodium salt of malic acid (E296) 351Potassium Malate Food Acid Potassium salt of malic acid (E296) 352Calcium Malate/Calcium Hydrogen Malate Food Acid Calcium salt of malic acid (E296) 353Metatartaric Acid *Sequestrant Prepared from tartaric acid (E334)

355Adipic Acid/Hexanedioic Acid Buffer

Commercially produced by oxidising cyclohexanol with concentrated nitric acid

357Potassium Adipate Buffer Potassium salt of adipic acid (E355)

363Succinic Acid *Buffer/ Food

Acid*

Commercially prepared from acetic acid

(E260)

365Sodium Fumarate *Food Acid Sodium salt of fumaric acid (E297) 366Potassium Fumarate *Food Acid Potassium salt of fumaric acid (E297) 367Calcium Fumarate *Food Acid Calcium salt of fumaric acid (E297) 3701,4-Heptonolactone Sequestrant Prepared from hydroxycarboxylic acid

375Niacin/Nicotinic Acid/Nicotinamide Vitamin Commercially prepared by the oxidation of nicotine with concentrated nitric acid

380Triammonium Citrate *Buffer Ammonium salt of citric acid (E330)

381Ammonium Ferric Citrate *

Dietary

Supplement

Prepared from citric acid (E330)

385Calcium Disodium EDTA Chelating

Agent

Synthetically prepared

400Alginic Acid Vegetable Gum Extracted from brown seaweeds such as the species of Laminaria, Macrocystis and

Ascophyllum

401Sodium Alginate Vegetable Gum Sodium salt of alginic acid (E400) 402Potassium Alginate Vegetable Gum Potassium salt of alginic acid (E400)

403Ammonium Alginate Vegetable Gum Ammonium salt of alginic acid (E400) 404Calcium Alginate Vegetable Gum Calcium salt of alginic acid (E400)

405Propane-1,2-Diol Alginate/Propylene Glycol

Alginate/Alginate Ester

Vegetable Gum Propylene glycol ester of alginic acid (E400)

406Agar/Agar-Agar/Japanese Isinglass Vegetable Gum Extracted from red seaweeds such as the Gelidium amansii. May also be taken from members of the related red algae

Rhodophyceae

407Carrageenan/Irish Moss Vegetable Gum Occurs naturally in red seaweeds belonging to the Gigartinaceae, Solieriaceae, Hypnaceae and Furcellariaceae families

410Locust Bean Gum/Carob Bean Gum Vegetable Gum

Taken from the Locust or Carob tree (Ceratonia siliqua), which is an evergreen tree belonging to the Leguminoseae or pea

family

412Guar Gum Vegetable Gum

Extracted from the seeds of Cyamopsis tetragonolobus, or C. psoraloides, a member of

the pea family

413Tragacanth/Gum Tragacanth Vegetable Gum Extracted from the trunk and branches of Astragalus gummifier and other species of

the pea family

414Acacia/Gum Arabic Vegetable Gum Occurs naturally in the stems and branches of Acacia senegal and members of the pea

family

415Xanthan Gum/Corn Sugar Gum *Vegetable Gum

Produced by the fermentation of carbohydrate using a bacterium known as Xanthomonas campestris

416Karaya Gum/Sterculia Gum Vegetable Gum Occurs naturally in the trunk and stem of the tree Sterculia urens

420Sorbitol/Sorbitol Syrup *Humectant Commercially produced from glucose by hydrogenation or electrolytic reduction

421Mannitol/Manna Sugar Humectant Prepared from seaweed or manna, the dried exudate of Fraxinus ornus. May be

commercially prepared by the

hydrogenation of invert sugar,

monosaccharides and sucrose

422Glycerol/Glycerin *Humectant Industrial by-product in the manufacture of soaps, candles and fatty acids from oils and fats. May also be synthesised from propylene or by the fermentation of sugars

430Polyoxyethylene (8) Stearate *Emulsifier Synthesised using stearic acid (E570) 431Polyoxyethylene (40) Stearate *Emulsifier Synthesised using stearic acid (E570)

432

Polyoxyethylene (20) Sorbitan

Monolaurate/Polysorbate 20/Tween 20 *

Emulsifier

Lauric ester of sorbitol and sorbitol

anhydride

433Polyoxyethylene (20) Sorbitan Mono-

Oleate/Polysorbate 80/Tween 80 *

Emulsifier

Oleic ester of sorbitol and sorbitol

anhydride

434

Polyoxyethylene (20) Sorbitan

Monopalmitate/Polysorbate 40/Tween 40 *

Emulsifier

Palmitate ester of sorbitol and sorbitol

anhydride

435

Polyoxyethylene (20) Sorbitan

Monostearate/Polysorbate 60/Tween 60 *

Emulsifier

Stearic acid ester of sorbitol and sorbitol

anhydride

436

Polyoxyethylene (20) Sorbitan

Tristearate/Polysorbate 65/Tween 65 *

Emulsifier

Stearic acid ester of sorbitol and sorbitol

anhydride

440a Pectin Stabiliser/

Thickening

Agent

Apple residues and orange pith are

commercial sources of pectin

440b Amidated Pectin Emulsifier/

Stabiliser

Derived from the treatment of pectin

(E440a) with ammonia

441Gelatine *Emulsifier/

Stabiliser

Obtained by boiling animal skin (usually

cattle or pig's), ligaments, bones, or any

tissue that contains collagen

442Ammonium Phosphatides/Emulsifier YN Emulsifier/

Stabiliser

Prepared synthetically

450Sodium and Potassium Metaphosphates,

Polyphosphates and Pyrophosphates

Mineral Salt

Sodium and potassium salt of phosphoric

acid (E338)

460Microcrystalline Cellulose/Powdered Cellulose Anticaking

Agent

Prepared from the cellulose component of

plant cell wall

461Methylcellulose/Cologel/Methocel Vegetable Gum Prepared from plant cellulose 463Hydroxypropylcellulose Vegetable Gum Prepared from plant cellulose 464Hydroxypropyl-Methylcellulose Vegetable Gum Prepared from plant cellulose 465Ethylmethylcellulose Vegetable Gum Prepared from plant cellulose 466Sodium Carboxymethylcellulose/CMC Vegetable Gum Prepared from plant cellulose

469Sodium Caseinate Emulsifier/

Stabiliser

Derived from the protein of cow's milk

470Sodium, Potassium and Calcium Salts of Fatty Acids

*

Emulsifier/

Stabiliser

Prepared from fatty acids

471Mono-and Diglycerides of Fatty Acids *Emulsifier/

Stabiliser

Commercially prepared from glycerin

(E422) and fatty acids

472Various Esters of Glycerol *Emulsifier/

Stabiliser

Prepared from esters of glycerol and fatty

acids

473Sucrose Esters of Fatty Acids *Emulsifier/

Stabiliser

Prepared from esters of glycerol and sucrose

474Sucroglycerides *Emulsifier/

Stabiliser

Prepared by the action of sucrose on natural

triglycerides (from lard, tallow, palm oil,

etc)

475Polyglycerol Esters of Fatty Acids *Emulsifier/

Stabiliser

Prepared in the laboratory

476Polyglycerol Esters of Polycendensed Fatty Acids of

Castor Oil/Polyglycerol Polyricinoleate *

Emulsifier/

Stabiliser

Prepared from castor oil and glycerol esters

477Propane-1,2-Diol Esters of Fatty Acids *Emulsifier/

Stabiliser

Prepared from propylene glycol

481Sodium Stearoyl-2-Lactylate *Emulsifier/

Stabiliser

Prepared from lactic acid (E270)

482Calcium Stearoyl-2-Lactylate *Emulsifier/

Stabiliser

Prepared from lactic acid (E270)

483Stearyl Tartrate *Emulsifier/

Stabiliser

Prepared from tartaric acid (E334)

491Sorbitan Monostearate *Emulsifier/

Stabiliser

Prepared synthetically from stearic acid

(E570) and sorbitol (E420)

492Sorbitan Tristearate/Span 65 *Emulsifier/

Stabiliser

Prepared synthetically from stearic acid

(E570) and sorbitol (E420)

493Sorbitan Monolaurate/Span 20 *Emulsifier/

Stabiliser

Prepared synthetically from sorbitol (E420)

and lauric acid

494Sorbitan Monooleate/Span 80 *Emulsifier/

Stabiliser

Prepared synthetically from sorbitol (E420)

and oleic acid

495Sorbitan Monopalmitate/Span 40 *Emulsifier/

Stabiliser

Prepared synthetically from sorbitol (E420)

and palmitic acid

500Sodium Carbonate/Sodium Bicarbonate/Baking

Soda

Mineral Salt

Synthetically prepared. May also be

manufactured by the Solvay process or

electrolytically from sea water

501Potassium Carbonate/Potassium Hydrogen

Carbonate

Mineral Salt

Prepared by saturating a concentrated

solution of potassium carbonate with carbon

dioxide

503Ammonium Bicarbonate/Ammonium Hydrogen

Carbonate

Mineral Salt

Prepared by passing excess carbon dioxide

through concentrated ammonia water

504Magnesium Carbonate Mineral Salt

May be prepared by mixing boiling concentrated solutions of magnesium sulphate and sodium carbonate

507Hydrochloric Acid Food Acid Industrially produced by the reaction of sodium chloride and sulphuric acid

508Potassium Chloride Salt Substitute Naturally occurs as a saline residue associated with rock salt

509Calcium Chloride Mineral Salt

Obtained as a by-product of the Solvay process and is also a product from natural

salt brines

510Ammonium Chloride

Flour

Treatment

Agent

Synthetically prepared

511Magnesium Chloride Firming Agent Prepared from magnesium ammonium chloride hexahydrate, in the presence of

hydrochloric acid

513Sulphuric Acid Food Acid Commercially prepared by the 'contact' or

'chamber' process

514Sodium Sulphate Diluent Naturally occurring 515Potassium Sulphate Salt Substitute Naturally occurring

516Calcium Sulphate

Flour

Treatment

Agent

Naturally occurring

518Magnesium Sulphate

Dietary

Supplement/

Firming Agent

Naturally occurring

519Cupric Sulphate/Copper Sulphate

Preservative/

Colour Fixative

Industrially prepared by spraying hot dilute

sulphuric acid on to scrap copper in a lead-

lined tower

524Sodium Hydroxide Neutralising

Agent

Prepared by electrolysis from brine, or

precipitated from sodium carbonate and

lime solution

525Potassium Hydroxide Oxidising

Agent

Industrially prepared by electrolysis of

potassium chloride

526Calcium Hydroxide Neutralising

Agent

Prepared by the hydration of lime

527Ammonium Hydroxide Alkali Prepared from ammonia gas

528Magnesium Hydroxide Alkali Commercially prepared from magnesite

ores

529Calcium Oxide Alkali Prepared from limestone

530Magnesium Oxide Alkali Commercially prepared from magnesite

ores

535Sodium Ferrocyanide Anticaking

Agent

Synthetically produced

536Potassium Ferrocyanide Anticaking

Agent

Commercially prepared as a by-product in

the purification of coal gas

540Dicalcium Diphosphate Buffer Naturally occurring mineral. May also be synthetically produced

541Sodium Aluminium Phosphate Emulsifying

Salt

Prepared from phosphoric acid (E338)

542Edible Bone Phosphate/Bone Meal *Anticaking

Agent

Extract from animal bones

544Calcium Polyphosphates *Emulsifying

Salt

Calcium salts of polyphosphoric acid

545Ammonium Polyphosphates Emulsifying

Salt

Ammonium salts of polyphosphoric acid

551Silicon Dioxide/Silica Salt Anticaking

Agent

Rock-forming mineral and sand which is

composed mainly of quartz or flint

552Calcium Silicate Anticaking

Agent

Commercially prepared from lime and

diatomaceous earth

553a Magnesium Silicate/Magnesium Trisilicate Anticaking

Agent

Synthetic compound of magnesium oxide

and silicon dioxide. May also be prepared

from sodium silicate and magnesium

sulphate

553b Talc Anticaking

Agent

Naturally occurring mineral

554Aluminium Sodium Silicate/Sodium

Aluminosilicate

Anticaking

Agent

Prepared synthetically from quartz and

gibbsite

556Aluminium Calcium Silicate Anticaking

Agent

Naturally occurring mineral

558Bentonite Anticaking

Agent

Naturally occurring

559Kaolin Anticaking

Agent

Naturally occurring

570Stearic Acid *Anticaking

Agent

Naturally occurring fatty acid found in all

animal fats and vegetable oils. May be

prepared synthetically for commercial use

572Magnesium Stearate *Anticaking

Agent

Magnesium salt of stearic acid (E570)

575Glucono Delta-Lactone *Sequestrant Prepared by the oxidation of glucose 576Sodium Gluconate Sequestrant Sodium salt of gluconic acid 577Potassium Gluconate Sequestrant Potassium salt of gluconic acid 578Calcium Gluconate Sequestrant Calcium salt of gluconic acid

579Ferrous Gluconate Colouring/

Flavouring

Prepared from barium gluconate and

ferrous sulphate

620L-Glutamic Acid *

Flavour

Enhancer

Commercially prepared by the fermentation

of carbohydrate by a bacterium e.g.

Micrococcus glutamicus

621Monosodium Glutamate/MSG *

Enhancer

Sodium salt of glutamic acid (E620)

622Monopotassium Glutamate *

Flavour

Enhancer

Potassium salt of glutamic acid (E620)

623Calcium Glutamate *

Flavour

Enhancer

Calcium salt of glutamic acid (E620)

627Disodium Guanylate *

Flavour

Enhancer

Sodium salt of guanylic acid, a widely

occurring nucleotide found in yeast extract

and sardines. May be synthetically prepared

from commercial use

631Disodium Inosinate *

Flavour

Enhancer

Sodium salt of inosinic acid, found in meat

extract and sardines

635Sodium 5'-Ribonucleotide *

Flavour

Enhancer

Mixture of disodium guanylate (E627) and

disodium inosinate (E631)

636Maltol

Flavour

Enhancer

Occurs naturally in the bark of larch trees,

pine needles and roasted malt. May also be

obtained by the alkaline hydrolysis of

streptomycin salt

637Ethyl Maltol

Flavour

Enhancer

Prepared from maltol (E636)

900Dimethylpolysiloxane/Dimethicone Antifoaming

Agent

A mixture of liquid dimethylpolysiloxane

and silicon gel or silicon dioxide

901Beeswax *Glazing Agent Naturally occurring from bee honeycomb. White beewax is bleached and purified

903Carnauba Wax Glazing Agent Obtained from the surface of leaves of Copernicia cerifera, a Brazilian wax palm

904Shellac *Glazing Agent Obtained from the resin produced by lac insect (Laccifer lacca)

905Mineral Oil/Petrolatum Glazing Agent Derived from petroleum 907Refined Microcrystalline Wax Glazing Agent Derived from petroleum

920L-Cysteine Hydrochloride *

Flour

Treatment

Agent

Manufactured from animal hair and chicken

feathers

924Potassium Bromate

Flour

Treatment

Agent

Synthetically produced

925Chlorine Preservative/

Bleaching

Agent

Commercially produced by electrolysis

926Chlorine Dioxide

Agent/

Improving

Agent

Synthetically prepared

927Azodicarbonamide/Azoformamide Improving

Agent

Synthetically prepared

928Benzoyl Peroxide/Dibenzoyl Peroxide Bleaching

Agent

Synthetically prepared

931Nitrogen Propellant Industrially produced by the reduction of ammonia or by the fractional distillation of

liquid air

932Nitrous Oxide Propellant Industrially produced by the thermal decomposition of ammonium nitrate

950Acesulphame Potassium/Sunett

Artificial

Sweetener

Potassium salt of 6-methyl-1,2,3-oxathiazin-

4(3H)-1,2,2-dioxide

951Aspartame/Nutrasweet *

Artificial

Sweetener

Commercially produced by combining two

amino acids together, namely L-

phenylalanine and L-aspartic acid

952Cyclamic and its Calcium and Sodium Salts

Artificial

Sweetener

Manufactured by many different methods

954Saccharin and its Calcium and Sodium Salts

Artificial

Sweetener

Manufactured by many different methods

957Thaumatin

Artificial

Sweetener

Derived from an African plant called

Thaumococcus danielli

965Hydrogenated Glucose Syrup *Humectant Derived from starches, which originate from many different sources, and broken down by enzymes and water to form glucose, oligosaccharides, followed by maltitol and

sorbitol (E420)

967Xylitol Sweetener Commercially produced as a waste product

of the pulp industry

1200Polydextrose *Miscellaneous Manufactured from glucose, citric acid and

sorbitol

1201Polyvinylpyrrolidone Miscellaneous Commercially produced from acetylene, hydrogen, formaldehyde and ammonia

1202Polyvinyl Polypyrrolidone Miscellaneous

It is the insolule form of polyvinylpyrrolidone (E1201)

1400Dextrin Thickener

May be produced by the dry heating of unmodified starch or in the presence of acids and buffers. Starches used are mainly from corn (maize) and tapioca

1403Bleached Starch Thickener

May be obtained by treating native starch with various chemicals including hydrogen peroxide, sodium chlorite or sulphur

dioxide

1404Oxidised Starch Thickener Produced by treating native starch with sodium hypochlorite

1405Enzyme-treated Starch *Thickener Produced by subjecting corn starch to acid-enzyme treatment to yield glucose, maltose and higher oligosaccharides

1410Monostarch Phosphate Thickener

Produced by the esterification of native starch with orthophosphoric acid, sodium or potassium orthophosphate, or sodium

tripolyphosphate

1412Distarch Phosphate Thickener Produced by the esterification of native starch with sodium trimetaphosphate or phosphorus oxychloride

1413Phosphated Distarch Phosphate Thickener

Produced by the esterification of native starch with phosphate, and dually stabilised with a 'monosubstituent group' of

phosphate

1414Acetylated Distarch Phosphate Thickener

Produced by the esterification of native starch with sodium trimetaphosphate or phosphorus oxychloride, and stabilised with a 'monosubstituent group' of acetate

1420Starch Acetate Esterified with Acetic Anhydride Thickener

Produced by the esterification of native starch with a mixed anhydride of adipic and acetic anhydride, and stabilised with a

'monosubstituent group' of acetate

1421Starch Acetate Esterified with Vinyl Acetate Thickener Produced by the esterification of native starch with monosubstituent groups of

vinyl acetate

1422Acetylated Distarch Adipate Thickener

Produced by the esterification of native starch with a mixed anhydride of adipic and

acetic anhydride

1440Hydroxypropyl Starch Thickener Produced by treating native starch with the hydroxypropyl group

1442Hydroxypropyl Distarch Phosphate Thickener

Produced by the esterification of native starch with phosphate, and stabilised with a monosubstituent hydroxyl group

1450Starch, Sodium Octenylsuccinate Thickener Produced by treating native starch with an octenylsuccinate half ester monosubstituent

group

1505Triethyl Citrate/Ethyl Citrate Miscellaneous Bitter oily liquid which is soluble in water and can be mixed with alcohol

1510Ethyl Alcohol/Ethanol *Miscellaneous

Produced by the fermentation of carbohydrates. May also be obtained from ethylene, acetylene or liquors from waste sulphites. Other manufacturing process includes hydrolysis of ethyl sulphate or by the oxidation of methane

1518Triacetin/Glycerol Triacetate *Miscellaneous Produced by the acetylation of glycerol

1520Propylene Glycol *Miscellaneous Commercially produced from propylene, or by heating glycerol with sodium hydroxide, or by reacting propylene oxide with water

* Syubhah/Doubtful (either by way of its source or manufacturing process)

食品添加剂分类大全

食品添加剂 食品添加剂是指用于改善食品品质、延长食品保存期、便于食品加工和增加食品营养成分的一类化学合成或天然物质。食品添加剂是为改善食品色、香、味等品质,以及为防腐和加工工艺的需要而加入食品中的化合物质或者天然物质。目前我国食品添加剂有23个类别,2000多个品种,包括酸度调节剂、抗结剂、消泡剂、抗氧化剂、漂白剂、膨松剂、着色剂、护色剂、酶制剂、增味剂、营养强化剂、防腐剂、甜味剂、增稠剂、香料等。 一、标准定义 世界各国对食品添加剂的定义不尽相同,联合国粮农组织(FAO)和世界卫生组织(WHO)联合食品法规委员会对食品添加剂定义为:食品添加剂是有意识地一般以少量添加于食品,以改善食品的外观、风味和组织结构或贮存性质的非营养物质。按照这一定义,以增强食品营养成分为目的的食品强化剂不应该包括在食品添加剂范围内! 按照《中华人民共和国食品安全法》第九十九条,中国对食品添加剂定义为:食品添加剂,指为改善食品品质和色、香和味以及为防腐、保鲜和加工工艺的需要而加入食品中的人工合成或者天然物质。 食品添加剂具有以下三个特征:一是为加入到食品中的物质,因此,它一般不单独作为食品来食用;二是既包括人工合成的物质,

郝利平,夏延斌,陈永泉,廖小军.食品添加剂.北京:中国农业大学出版社,2002 2. 食品级添加剂白色素.白色素[引用日期2013-05-25] 3. 郑晔; 王皓; 刘震华;.浅析食品添加剂的使用原则:食品工业, The Food Industry, 编辑部邮箱,2012年07期 4. “勾兑”代人受过消费者对餐饮标准化存三误区 5. 添加剂恐慌——谈《食品真相大揭秘》.书汇网[引用日期 2013-04-1] 6. 那些添加剂在食品中不得添加.食品安全检测[引用日期 2014-11-24] 也包括天然物质;三是加入到食品中的目的是为改善食品品质和色、香、味以及为防腐、保鲜和加工工艺的需要! 二、主要作用 食品添加剂大大促进了食品工业的发展,并被誉为现代食品工业的灵魂,这主要是它给食品工业带来许多好处,其主要作用大致如下: 1、利于保存,防止变质 例如:防腐剂可以防止由微生物引起的食品腐败变质,延长食品的保存期,同时还具有防止由微生物污染引起的食物中毒作用。又如:抗氧化剂则可阻止或推迟食品的氧化变质,以提供食品的稳定性和耐藏性,同时也可防止可能有害的油

食品添加剂欧盟编码纯中文版

食品添加剂欧盟编码中文版 E 数字 为数学常数看见: E (数学常数)。 ________________________________________ E 数字是简易格式定义为食品添加剂和通常被发现在食物标签。' E ' 前缀表明添加剂是批准用于欧共体。 E 被编号的添加剂的加法对食品是持续的健康忧虑的问题许多年。许多这样添加剂应该与混乱连接包括过敏、紧张的疾病、肠混乱、癌症、心脏病和关节炎。在最近岁月许多这些添加剂也许是基因上修改过的进一步关心提出了(GM) 起源。一些E 被编号的添加剂也许并且认为是不合适的为halal, 素食主义者或素食主义者饮食。 ("E605" 不是E 数字; 它代表对硫酮, 非常致死的杀虫药。这明显地不是食品添加剂; "E" 在这种情况下代表为Entwicklungsnummer (德语为发展数字), 不是欧洲。) 参见: 食品添加剂名单, 有机食物 简称被利用在这项条款里 ? 同水准- 可能的过敏反应 ? LGM - 可能是从基因上修改过的有机体 ? AO - 动物起源 E100-e199 ? E100 姜黄素, 姜黄着色 ? E101 核黄素(维生素B2), 以前叫做lactoflavin (维生素G) 着色LGM ? E101a 核黄素5' 磷酸盐着色LGM ? E102 酒石磺, FD&C 黄色5 上色同水准 ? E103 Chrysoine 间苯二酚着色 ?E104 喹啉黄色着色同水准 ? E105 斋戒黄色AB 着色 ? E106 核黄素5 钠磷酸盐着色 ? E107 黄色2G 着色同水准 ? E110 日落黄色FCF, 橙黄色S, FD&C 黄色6 上色同水准 ? E111 橙色GGN 着色 ? E120 胭脂红, Carminic 酸, Carmines, 自然红色4 上色同水准AO ? E121 苔红素, 石蕊地衣着色 ? E122 Carmoisine, Azorubine 着色同水准 ? E123 白苋, FD&C 红色2 上色同水准 ? E124 Ponceau 4R, 胭脂红红色A, 精采猩红色4R 着色同水准 ? E125 猩红色GN 着色 ? E126 Ponceau 6R 着色 ? E127 赤藓红, FD&C 红色3 上色同水准 ? E128 红色2G 着色同水准 ? E129 Allura 红色AC, FD&C 红色40 上色同水准 ? E130 Indanthrene 蓝色RS 着色 ? E131 专利蓝色V 着色同水准

食品添加剂习题

食品添加剂 习 题 生命科学与工程学院 食品科学与工程教研室

一、名词解释 食品添加剂、食品营养强化剂、半致死量、最大无作用量、人体每日允许摄入量、食品加工助剂、着色剂、食用天然色素、食用合成色素、坚牢度、护色剂、漂白剂、香料、着香剂、增香剂、香精、食用香精、乳化香精、调味剂、酸味剂、缓冲剂、增味剂、乳化剂、亲水亲油平衡值、.临界胶束浓度、食品增稠剂、防腐剂、食品腐败、食品霉变、食品发酵、.食品保藏、分配系数、油脂酸败、抗氧化剂及增效剂 二、填空三、选择题四、判断题 1.根据安全性将食品添加剂分为三类,每类又分为(1)、(2)亚类。 2.目前对食品添加剂的分类方法主要有:按分类、按分类、按分类、按分类等。 3.根据我国的《食品添加剂使用卫生标准》(GB2760-2014)的规定,食品添加剂共分为22类。包括: 4.我国的《食品添加剂分类和代码》[(GB12493—90),适用于食品添加剂的信息处理和情报交换工作]将食品添加剂分为类,不包括。 5.食品添加剂属于精细化学工业和食品工业交叉的一个领域,具有本身的特性:性、性、性、技术、等特点。 6.食品添加剂的发展总趋势是:型、型和型。 7.“吊白块”化学名称是,120℃以下分解为,二氧化碳和等有毒气体。 8.按我国《食品安全性毒理学评价程序》规定,食品安全性毒理学评价程序分四个阶段,其第—阶段试验为毒性试验,第二阶段为毒性试验、传统致畸试验及短期喂养试验,第三阶段为毒性试验,第四阶段毒性试验。 9.食品添加剂进行动物毒性试验时,通常要做毒性试验、毒性试验和毒性试验。 10.半致死量(50% Lethal Dose;LD50),是判断食品添加剂安全性的第种常用指标,它表明了食品添加剂急性毒性的大小,也是任何食品添加剂都必须进行的毒理学评价中第阶段急性毒性试验的指标。 11.毒理学通常用大鼠经口测定的LD50将受试物毒性分为、剧毒、、低毒、、无毒六类。 12.最大无作用量(Maximum No-effect Level:MNL) 最大无作用量亦称最大耐受

附表涉及食品添加剂的HS编码

附表:涉及食品添加剂的HS编码 M/N:进/出口商品检验R:进口食品卫生监督检验 Q:出境动植物检疫S:出口食品卫生监督检验 序号商品编码商品名称(海关商品名称) 检验检 疫类别 1.1702200000 槭糖及槭糖浆R/S 2.1702500000 化学纯果糖R/S 3.1703100000 甘蔗糖蜜R/S 4.1703900000 其他糖蜜R/S 5.1905100000 黑麦脆面包片R/S 6.1905200000 姜饼及类似品R/S 7.2201909000 其他水、冰及雪R/S 8.2204300000 其他酿酒葡萄汁R/S 9.2307000000 葡萄酒渣、粗酒石R/S 10.2512001000 硅藻土R/S 11.2519909100 化学纯氧化镁R/S 12.2526202001 滑石粉R/S 13.2710199400 液体石蜡和重质液体石蜡,不含生物柴油M.R/N.S 14.2712100000 凡士林R/S 15.2712200000 石蜡,不论是否着色R/S 16.2712901000 微晶石蜡R/S 17.2806100000 氯化氢(盐酸) R/S 18.2811220000 二氧化硅R/S 19.2817001000 氧化锌R/S 20.2825903100 二氧化锡R/S 21.2825903900 其他锡的氧化物及氢氧化物R/S 22.2827200000 氯化钙R/S 23.2827310000 氯化镁R/S 24.2833210000 硫酸镁R/S 25.2833291000 硫酸亚铁R/S 26.2833293000 硫酸锌R/S 27.2833299000 其他硫酸盐R/S 28.2835291000 磷酸三钠R/S 29.2836200000 碳酸钠(纯碱) M.R/N.S 30.2836300000 碳酸氢钠(小苏打) R/S 31.2836500000 碳酸钙R/S 32.2836991000 碳酸镁R/S 33.2842100000 硅酸复盐及硅酸络盐(包括不论是否已有化 学定义的硅铝酸盐) R/S 34.2905223000 芳樟醇R/S 35.2905430000 甘露糖醇R/S 36.2905450000 丙三醇(甘油) R/S 37.2905491000 木糖醇R/S 38.2906132000 肌醇R/S

欧盟《食品添加剂标准》

EN Consolidated TEXT produced by the CONSLEG system of the Office for Official Publications of the European Communities CONSLEG:1995L0002—29/01/2004 Number of pages:53 < Office for Official Publications of the European Communities

This document is meant purely as a documentation tool and the institutions do not assume any liability for its contents ?B EUROPEAN PARLIAMENT AND COUNCIL DIRECTIVE No95/2/EC of20February1995 on food additives other than colours and sweeteners (OJ L61,18.3.1995,p.1) Amended by: Official Journal No page date ?M1Directive96/85/EC of the European Parliament and of the Council of19 L86428.3.1997 December1996 ?M2Directive98/72/EC of the European Parliament and of the Council of15 L29518 4.11.1998 October1998 ?M3Directive2001/5/EC of the European Parliament and of the Council of L555924.2.2001 12February2001 ?M4Directive2003/52/EC of the European Parliament and of the Council of L1782317.7.2003 18June2003 ?M5Regulation(EC)No1882/2003of the European Parliament and of the L284131.10.2003 Council of29September2003 ?M6Directive2003/114/EC of the European Parliament and of the Council of L245829.1.2004 22December2003 Corrected by: ?C1Corrigendum,OJ L248,14.10.1995,p.60(95/2/EC)

食品添加剂清单

禁用食品添加剂名单 1. 苏丹红 苏丹红并非食品添加剂,而是一种化学染色剂。它的化学成分中含有一种叫萘的化合物,该物质具有偶氮结构,由于这种化学结构的性质决定了它具有致癌性,对人体的肝肾器官具有明显的毒性作用。它属于化工染色剂,主要用于石油、机油和其他的一些工业溶剂中,目的是使其增色,也用于鞋、地板等的增光。苏丹红包括苏丹红1号、苏丹红2号、苏丹红3号、苏丹红4号等几种,它们一般不溶于水易溶于有机溶剂,可以称取食品经乙腈提取后,过滤,滤液用反相高效液相色谱仪进行色谱分析,以波长可变的紫外—可见检测器进行定性与定量检测。国家禁止在食品加工中添加苏丹红,不法商贩主要将其用于辣椒粉等辣椒产品(食品)及其它需着色食品中染色、着色、增色、保色或喂养鸭禽炮制红心蛋等。鉴别苏丹红,可以看它是否溶于水,易溶于水,易溶于有机溶剂如氯仿等。 2. 吊白块(禁用) 工业化学名称:次硫酸氢钠甲醛或甲醛合次硫酸氢钠,俗称“吊白块”,又称“雕白块”,主要成份为:次硫酸钠甲醛,白色块状或结晶性粉粒,是一种工业用漂白剂。有强还原性,在工业上用作漂白剂。吊白块在食品加工过程中分解产生甲醛,能使蛋白质凝固,使蛋白质失去活性。食用掺有吊白块的食品会损坏人体的皮肤黏膜、肾脏、肝脏及中枢神经

系统,严重的会导致癌症和畸形病变。食用吊白块后会引起人体过敏、刺激肠道、食物中毒等疾患,严重者影响视力并可能致癌,甚至有生命危险。由于吊白块对食品的漂白、防腐效果明显,价格低廉,因此被不法商家在食品加工中长期使用。国家禁止在食品加工中添加吊白块,不法商贩主要将其用于米面制品中面条、米粉、面食、米粉、粉丝、粉条、豆腐皮、腐竹、红糖、冰糖、荷粉、面粉、竹笋、银耳、牛百叶、血豆腐、海产品等食品中增白、增色、保鲜、增加口感、防腐,使食品外观颜色亮丽,延长食品保质时间和增加韧性,使食品久煮不糊,吃起来爽口。 3. 工业用甲醛(禁用) 俗称:福尔马林,是一种工业漂白剂。甲醛为无色气体,易溶于水、具有强烈的刺激性气味,通常35%至40%的甲醛溶液称之为“福尔马林”,具有防腐作用,用来浸泡病理切片及人体和动物标本。国家禁止在食品加工中添加和使用甲醛,不法商贩主要将其用于海参、鱿鱼等干水产品、水产品、水发海产品、及粉丝、腐竹、面条、啤酒、卤泡、腌泡食品、血制品等食品中强杀菌、防腐、增白、泡白漂白、凝固、定型、改善外观和质地。 4. 硼砂(禁用) 工业化学名称:硼醋钠,毒性较高,是一种毒化工原料。国家禁止在食品加工中添加和使用硼砂,不法商贩将其用于面条、饺子皮、粽子、

食品添加剂的编码

食品添加剂的编码 E编码是欧盟为各种食品添加剂而编订的食物标签。不是所有有E编码的食品添加剂在所有国家都允许用于食品。E编码的格式为“E”字加三位数字,细分项目在E XXX 后加i/ii/iii 或a/b/c/d,新项目用到四位数字: E XXXX,例如色素类为E100- 199,防腐剂类为E200-299,防氧化剂、酸度调节剂为E300- 399,增稠剂、稳定剂及乳化剂为E400-499,酸碱度平衡剂、防凝结剂为E500-599,增味剂及味精为E620-649等。 INS编码(international number system)是1989年7月食品法典委员会第18次会议通过以E-number为基础的食品添加剂国际编码系统。大部分与E编号相同,同时对E编号中未细分的同类物作了补充。有INS编号的物质只是作为参考并不表示食品添加剂法规委员会(CCFC)批准其作为食品添加剂使用。INS编码包括3或4位数字,INS的编号从100至1521。在一些INS编码数字后加有字母标注,例如,150a代表焦糖色素Ⅰ-普通型,150b代表焦糖色素Ⅱ-亚硫酸化腐蚀型,150c代表焦糖色素Ⅲ-氨化,150d代表焦糖色素Ⅳ-亚硫酸氨化,包含任意字母下标的数字都应标在食品标签中。在INS编码数字或字母后再加(i)、(ii)、(iii)表示亚类,例如160a代表胡萝卜素,160a(ⅰ)代表β-胡萝卜素(人造),160a(ⅱ)代表天然提取胡萝卜素。INS不包含食用香料、胶母糖基础剂和食品营养添加剂。在INS编号中也常常对具有相近作用的食品添加剂编组,但由于列表的扩大,经常出现三位的数字已经被分配完的情况,所以列表中的食品添加剂不再定位于对功能的描述。 CAS编码(Chemical Abstract Service No.简称CAS No. )是美国化学文摘服务社为化学物质登陆提供的登记号,美国化学会的下设组织CAS负责为每一种出现在文献中的物质分配一个CAS号,其目的是为了避免化学物质有多种名称的麻烦,使数据库的检索更为方便。如今几乎所有的化学数据库都允许用CAS号检索。到2005年12月25日,CAS已经登记了27,115,156种物质最新数据,并且还以每天4,000余种的速度增加。该号是检索有多个名称的化学物质信息的重要工具,是某种物质(化合物、高分子材料、生物序列(Biological sequences)、混合物或合金的唯一的数字识别号码。一个CAS号以连字符“-”分为三组,第一组有2到6位数字,第二组有2 位数字,第三组有1位数字作为校验码。CAS号以升序排列且没有任何内在含义。联合国公布的《食品添加剂规范汇编》中收录了CAS No.。 C.I.No.国际染料索引号(Colour Index Number,简称C.I.No.)包括了所有的合成染料,在国际间通行,不仅为食品添加剂编制。1975年国际染料与色素协会重新制定了各种合成染料统一的系统编号,又为各类染料制定了分类编号。例如柠檬黄的系统号为C.I. Pigment Yellow,分类号为C.I. Food yellow 4。 FEMA编号是美国香料和香精制造者协会(Flavor & Extract Manufacturer’ association,简称FEMA)对香料的编号,FEMA将一般认为安全的食品香料列入GRAS表中,一般都有编号。 COE编号是欧洲食品香料专家委员会(Council Of Europe Experts On Flavor Substances,简称COE)对安全的食品香料的编码。 CNS编码是中国食品添加剂的编码系统,由食品添加剂的主要功能类别(参见GB2760附录E)代码和在本功能类别中的顺序号组成。CNS 中华民国国家标准的英文缩写

食品添加剂欧盟编码纯英文版

食品添加剂欧盟编码 ?E100 Curcumin ?E101 (i) Riboflavin (ii) Riboflavin-5'-phosphate ?E102 Tartrazine ?E104 Quinoline Yellow ?E110 Sunset Yellow FCF, Orange Yellow S ?E120 Cochineal, Carminic acid, Carmines ?E122 Azorubine, Carmoisine ?E123 Amaranth ?E124 Ponceau 4R, Cochineal Red A ?E127 Erythrosine ?E128 Red 2G ?E129 Allura Red AC ?E131 Patent Blue V ?E132 Indigotine, Indigo carmine ?E133 Brilliant Blue FCF ?E140 Chlorophylis and Chlorophyllins: (i) Chlorophylls (ii) Chlorophyllins ?E141 Copper complexes of chlorophylls and chlorophyllins (i) Copper complexes of chlorophylls (ii) Copper complexes of chlorophyllins ?E142 Greens S

?E150a Plain caramel ?E150b Caustic sulphite caramel ?E150c Ammonia caramel ?E150d Sulphite ammonia caramel ?E151 Brilliant Black BN, Black PN ?E153 Vegetable carbon ?E154 Brown FK ?E155 Brown HT ?E160a Carotenes: (i) Mixed carotenes (ii) Beta-carotene ?E160b Annatto, bixin, norbixin ?E160c Paprika extract, capsanthin, capsorubin ?E160d Lycopene ?E160e Beta-apo-8'-carotenal (C 30) ?E160f Ethyl ester of beta-apo-8'-carotenic acid (C 30) ?E161b Lutein ?E161g Canthaxanthin ?E162 Beetroot Red, betanin ?E163 Anthocyanins ?E170 Calcium carbonates ?E171 Titanium dioxide ?E172 Iron oxides and hydroxides ?E173 Aluminium

食品添加剂的种类及其作用

简述食品添加剂的种类及其作用 1、酸度调节剂:添加于食品中的酸味物质。改善食品风味,提高防腐和抗氧化能力。包括各种有机酸(柠檬酸、琥珀酸、苹果酸)及其盐类(柠檬酸钠)。大多存在于各种天然食品中,可参与体内代谢,毒性很低,可以按照生产需要适量使用。使用范围:果酱、饮料、罐头等。 2、抗氧化剂:是指能延缓食品成分氧化变质的一类物质。以防止或延缓油脂及富脂食品的氧化酸败. 3、漂白剂:是抑制食品色变或使色素消减的物质。 氧化型:有过氧化氢、过硫酸铵、过氧化苯酰等。 主要用于面粉,用途用量均有限制。 还原型:亚硫酸及其盐类,用途用量均有限制。 亚硫酸盐: 使用范围:处理蜜饯、干果,保藏水果原料及其半成品 使用量:亚硫酸盐 0~0.7mg/kg.bw 注意:严格控制其二氧化硫残留量不适用于肉、鱼等动物性食品。 4、着色剂:又称色素,是通过使食品着色后改善其感观性状,增进食欲的一类物质。分为天然色素和合成色素两大类。 天然色素:来自天然物质 (动植物或微生物代谢产物) 合成色素:从煤焦油中制取或以芳香烃化合物为原料合成. 特点:性质稳定,着色力强,成本低廉,多数有害. 5、护色剂:又称发色剂,使食品呈现良好的色泽,常用的发色剂有硝酸盐、亚硝酸盐; 作用:1 起护色作用, 2 抑制微生物作用, 3 增强风味作用。 6、酶制剂:是从动物、植物或微生物提取的具有生物催化能力的物质,加速食品加工过程、提高食品产品质量。谷氨酰胺转氨酶:改变蛋白质的功能性质,用于畜禽肉、乳品、植物蛋白制品、仿真食品。 7、增味剂:是补充、增进、改善食品中原有的口味或滋味及提高食品风味的物质。按化学性质分为:氨基酸系列、核苷酸系列。例如:氨基酸系列,谷氨酸钠(味精)增加肉味、鲜味。核苷酸系列:增加肉味、鲜味,效果是味精的10倍,与谷氨酸类合用有明显的协同作用。 8、防腐剂: 防止食品腐败变质,延长食品保存期并抑制食品中微生物繁殖的物质。 (1) 苯甲酸及其钠盐: 效果好,毒性低。 防腐效果受pH的影响:pH>6.5时,基本无效果 (2) 山梨酸及其钾盐:

表E 食品添加剂功能类别代码

食品添加剂 功能类别代码 GB 2760-2007表E

GB 2760—2007 附录E (资料性附录) 食品添加剂功能类别 每个添加剂在食品中常常具有一种或多种技术作用。在本标准每个添加剂的具体规定中,列出了该添加剂常用的技术作用,并非详尽的列举,同时,也不用作食品标签的目的。 E.1 酸度调节剂:用以维持或改变食品酸碱度的物质。 E.2 抗结剂:用于防止颗粒或粉状食品聚集结块,保持其松散或自由流动的物质。 E.3 消泡剂:在食品加工过程中降低表面张力,消除泡沫的物质。 E.4 抗氧化剂:能防止或延缓油脂或食品成分氧化分解、变质,提高食品稳定性的物质。 E.5 漂白剂:能够破坏、抑制食品的发色因素,使其褪色或使食品免于褐变的物质。 E.6 膨松剂:在食品加工过程中加入的,能使产品发起形成致密多孔组织,从而使制品具有膨松、柔软或酥脆的物质。 E.7 胶基糖果中基础剂物质:是赋予胶基糖果起泡、增塑、耐咀嚼等作用的物质。 E.8 着色剂:使食品赋予色泽和改善食品色泽的物质。 E.9 护色剂:能与肉及肉制品中呈色物质作用,使之在食品加工、保藏等过程中不致分解、破坏,呈现良好色泽的物质。 E.10 乳化剂:能改善乳化体中各种构成相之间的表面张力,形成均匀分散体或乳化体的物质。 E.11 酶制剂:由动物或植物的可食或非可食部分直接提取,或由传统或通过基因修饰的微生物(包括但不限于细菌、放线菌、真菌菌种)发酵、提取制得,用于食品加工,具有特殊催化功能的生物制品。 E.12 增味剂:补充或增强食品原有风味的物质。 E.12 面粉处理剂:促进面粉的熟化、增白和提高制品质量的物质。 E.14 被膜剂:涂抹于食品外表,起保质、保鲜、上光、防止水分蒸发等作用的物质。 E.15水分保持剂:有助于保持食品中水分而加入的物质。 E.16营养强化剂:为增强营养成分而加入食品中的天然的或者人工合成的属于天然营养 素范围的物质。 E.17防腐剂:防止食品腐败变质、延长食品储存期的物质。 E.18稳定剂和凝固剂:使食品结构稳定或使食品组织结构不变,增强粘性固形物的物质。 E.19甜味剂:赋予食品以甜味的物质。 E.20增稠剂:可以提高食品的粘稠度或形成凝胶,从而改变食品的物理性状、赋予食品粘润、适宜的口感,并兼有乳化、稳定或使呈悬浮状态作用的物质。 E.21食品用香料:能够用于调配食品香精,并使食品增香的物质。 E.22食品工业用加工助剂:有助于食品加工能顺利进行的各种物质,与食品本身无关。如助滤、澄清、吸附、润滑、脱模、脱色、脱皮、提取溶剂、发酵用营养物质等。 E.23其他:上述功能类别中不能涵盖的其他功能。 第 239 页共 252 页

各国食品中允许使用的色素

1、国际食品添加剂法典委员会 合成色素(5种):赤藓红、坚牢绿FCF(143)、亮蓝FCF(133)和日落黄FCF(110)、胭脂红4R(胭脂红A)(124)。 天然及其他色素:叶绿素(140)、甜菜红(162)、叶绿素和叶绿酸,铜络合物(叶绿素铜络盐141(i)叶绿素铜络合物,钠和钾盐141(ii))、胭脂树提取物,以红木素计160b(i)、、胭脂虫红(120)、焦糖色I-普通法(150a)、焦糖色III-氨法(150c)、焦糖色IV-亚硫酸氨法(150d)、核黄素(核黄素,合成101(i)、核黄素5’—磷酸钠101(ii);核黄素(Bacillussubtilis)101(iii))、氧化铁(氧化铁黑172(i);氧化铁红172(ii);;氧化铁黄172(iii))、β-胡萝卜素。 2、美国 需要产品证书的着色剂(9种):FD&C蓝色1号(亮蓝)、FD&C蓝色2号[靛蓝(二磺酸)]、FD&C绿色3号(坚牢绿)、橙色B、橘红2号、FD&C红色3号(赤藓红)、FD&C红色40号(诱惑红)、FD&C黄色5号(柠檬黄)、FD&C红色6号(日落黄)。 免除产品证书的着色剂:胭脂树红提取物、虾青素、脱水甜菜(甜菜粉)、群青色、斑蝥簧、焦糖色、β-阿朴-8,-胡萝卜醛、β-胡萝卜素、胭脂红;胭脂虫提取物、叶绿素铜钠、烘烤的部分脱脂煮棉子粉、葡萄糖酸亚铁、乳酸亚铁、葡萄着色剂提取物、葡萄糖提取物(脱糖葡萄花青素)、红球藻属海藻粉、合成氧化铁、水果汁、蔬菜汁、藻类干粉、胡萝卜油、玉米胚芽油、红辣椒粉、红辣椒油树脂、Phaffia酵母、核黄素、藏红花、二氧化钛、姜黄、姜黄油树脂。 3、欧盟 有机合成色素(15种):柠檬黄(E102)、喹啉黄(E104)、日落黄FCF(E110)、橙黄S、偶氮玉红(E122)、苋菜红(E123)、胭脂红,胭脂红A(E124)、赤藓红(E127)、诱惑红(E129)、专利蓝V(E131)、靛蓝,靛蓝二磺酸钠(E132)、亮蓝(E133)、绿色S(E142)、亮黑BN,黑色PN(E151)、拉脱玉红(E180)。 天然及其他色素:姜黄素(E100)、核黄素(E101i)、核黄素—5’—磷酸酯(E101ii)、胭脂虫红,胭脂红酸,胭脂红(E120)、叶绿素和叶绿酸、叶绿素(E140i)、叶绿酸(E140ii)、叶绿素铜和叶绿酸铜络合物(叶绿素铜络合物(E141i)、叶绿酸铜络合物(E141ii))、普通焦糖(E150a)、苛性亚硫酸盐焦糖(E150b)、氨法焦糖(E150c)、亚硫酸铵焦糖(E150d)、木炭(E153)、棕色FK(E154)、棕色HT(E155)、胡萝卜素(混合胡萝卜素(E160ai)、β—胡萝卜素(E160aii))、胭脂树橙,红木素,降红木素(E160b)、辣椒提取物,辣椒红素,辣椒玉红素(E160c)、番茄红素(E160d)、β—阿朴—8’—胡萝卜素醛(E160e)、β—阿朴—8’—胡萝卜酸乙酯(E160f)、叶黄素(E161b)、斑蝥黄质(E161g)、甜菜红(E162)、花色苷(E163)、碳酸钙(E170)、二氧化钛(E171)、氧化铁和氢氧化铁(E172)、铝(E173)、银(E174)、金(E175)。 4、日本 A、指定食品添加剂中的色素。 a.焦油色素(12种):亮蓝FCF及亮监铝色淀(蓝色1号)、靛蓝及靛蓝铝色淀(蓝色2号)、坚牢绿FCF及坚牢绿铝色淀(绿色3号)、胭脂红(红色102号)、荧光桃红(红色104号)、孟加拉玫瑰红(红色105号)、酸性红(红色106号)、苋菜红及苋菜红铝色淀(红色2号)、赤藓红及赤藓红铝色淀(红色3号)、诱惑红及诱惑铝色淀(红色40号)、柠檬黄及柠檬黄铝色淀(黄色4号)、日落黄及日落黄铝色淀(黄色5号)。 b.天然色素及其他:β-胡萝卜素、核黄素、核黄素5'-磷酸钠、四丁酸核黄素、叶绿素铜钠、叶绿素铁钠、二氧化钛。 B、现有的食品添加剂种的色素:紫草红色素、胭脂树橙提取物、竹叶色素、甜菜红、骨炭黑、可可色素、角豆色(素)、红花红(色素)、红花黄(色素)、叶绿素、叶绿酸、胭

面包中的食品添加剂的类型及功能

目录 摘要 (2) 关键词 (2) 1.了解添加剂的功能与特性 (2) 2.乳化剂 (3) 2.1面包中添加乳化剂的种类 (3) 2.2面包中添加乳化剂的作用 (6) 3.面粉处理剂 (6) 3.1面包中添加面粉处理剂的种类 (6) 3.2面包中添加面粉处理剂的作用 (7) 4.酶制剂 (8) 4.1面包中添加淀粉酶的种类 (8) 4.2面包中添加酶制剂的作用 (8) 5防腐剂 (9) 5.1面包中添加防腐剂的种类 (9) 5.2面包中添加防腐剂的作用 (9) 6其他添加剂 (10) 6.1营养强化剂 (10) 6.2水分保持剂 (10) 6.3香精香料 (10) 参考文献 (10) 致谢信 (11)

面包中的食品添加剂的类型及功能 摘要:随着焙烤食品业的快速发展和食品添加剂的广泛应用,消费者对焙烤食品的需求日益呈现出高品位、高质量的要求,食品添加剂作为焙烤产品中的重要配料,在改善食品加工性能、延长食品保鲜期和保质期、改善品质、提高食品出品率和劳动生产率等方面具有不可替代的作用。质地优良的面包具有色正、柔软、蜂窝状孔隔均匀、疏松、弹性好、易保管、数日内不老化等特点。在生产面包过程中加入各种添加剂,能直接改变面包的质量,如改善面团的物理性质,提高筋力和弹性,缩短发酵时间,强化营养等。本文简述了面包中的食品添加剂及其功能。 关键字:面包食品添加剂种类功能 随着中国经济的快速发展,食品行业越来越受到人们的关注,营养健康成了人们谈论的话题,而作为食品重要配料之一的添加剂也成了社会的热点。食品添加剂在食品加工中有着举足轻重的作用,特别的焙烤食品的生产离不开添加剂,食品添加剂在调节风味、新产品的开发等方面起的作用都是不可替代的。可以说没有食品添加剂就没有我们今天在超市中所见到的各种美味的食品。因此,食品行业离不开添加剂,焙烤食品更离不开添加剂,正确合理的使用食品添加剂对食品的生产极其重要,我们要理性的看待食品添加剂,正确的选择合适食品,才能进一步吃出营养、吃出健康。 1、了解添加剂的功能与特性 不同的面包,所用添加剂成分各异,用途不一。比如,生产面包采用的复合型添加剂,包括铵盐、钙盐、氧化剂、乳化剂、酶制剂(如淀粉酶、蛋白酶、乳糖酶、脂肪氧合酶等)、分散剂或填充剂等。面包添加剂的有效成分及使用量都极低,工艺需充分混合均匀,便于称量计量和在面团中混合分散均匀,发挥其作用效果。它们具有提供酵母营养,促进面团发酵;提高面团弹性、韧性、增强面团筋力和持气性,增大面包体积;延缓老化速度,延长保鲜期;降低水的pH值,提高水的硬度;改善面包的风味、组织和可食性等多种功效。因此,在使用方法及用量上也要严格按照要求添加。 食品添加剂是指用于改善食品品质、延长食品保存期、便于食品加工和增加食品营养成分的一类化学合成或天然物质。食品添加剂是为改善食品色、香、味等品质,以及为

(完整版)《食品添加剂》题库

《食品添加剂》复习题 一、名词解释 1、食品添加剂:改善食品品质和色、香、味,以及为防腐和加工工艺的需要而加入食品中的化学合成或者天然物质。 2、增稠剂:能提高食品的粘度或着能形成凝胶的食品添加剂,叫做增稠剂。比如琼脂、卡拉胶、糊精和海藻酸钠等。 3、乳状液:两种互不相溶的液体,其中一种以微小液滴的形式均匀地分散在另一种液体中形成的分散体系叫做乳状液 4、膨松剂:膨松剂是指加入食品中后,当食品烘烤加工时能够发生分解产生气体,在食品内部形成膨松多孔结构的食品添加剂。 5、防腐剂:防腐剂是指能够抑制微生物增殖,防止食品腐败变质的一类食品添加剂。比如苯甲酸、山梨酸、对羟基苯甲酸乙酯等 6、香精:香精亦称调合香料,是一种由人工调配出来的含有两种以上香料的混合物。 7、精油:用水蒸气蒸馏法和压榨法从芳香植物中提取出来的挥发性油状液体,其商品统称为精油。 8、抗结剂:用于防止颗粒或粉状食品聚集结块,保持其松散或自由流动的物质。 9、被膜剂:涂抹于食品外表,起保质、保鲜、上光、防止水分蒸发等作用的物质。 二、填空题 1、每一种食品添加剂的代码可以用5位数字表示,如磷酸CNS 01.106。前两位数字表示该食品添加剂所属的类码标识,后三位数字表示该食品添加剂的编号代码。 2、按照我国的食品添加剂编码系统,防腐剂的分类号是17。 3、按来源分,食品添加剂可分为天然食品添加剂和化学合成食品添加剂两类。 4、生产经营和使用食品添加剂,必须符合食品添加剂使用卫生标准和卫生管理办法的规定。 5、不得以掩盖食品本身或者加工过程中的质量缺陷或以掺杂、掺假、伪造为目的而使用食品添加剂。 6、食品添加剂对食品的营养成分不应有破坏作用。 7、能提高食品的粘度或着能形成凝胶的食品添加剂,叫做增稠剂。 8、乳状液中以小液珠状态存在的一相叫做分散相。 9、苯甲酸有杀菌和抑菌作用。其效力随酸度增强而增加,在碱性环境中失去抗菌作用。 10、山梨酸类的适用pH值范围为5.5以下。 11、根据色料的混合原理,红色与蓝色相混产生紫色色; 12、根据色料的混合原理,黄色与红色相混产生橙色色; 13、根据色料的混合原理,黄色与蓝色相混产生绿色色; 14、食品中最常用的发色剂是硝酸钠和亚硝酸钠。 15、按照作用机理,食品漂白剂可分为还原型漂白剂和氧化型漂白剂两大类。 16、用水蒸气蒸馏法和压榨法从芳香植物中提取出来的挥发性油状液体,其商品统称为精油。 17、从溶解性能来看,食用香精可分为水溶性香精和油溶性香精两类。 18、夜盲症是由于缺乏维生素A1引起的。 19、赖皮病是由于缺乏维生素B5引起的。

欧盟关于食品添加剂的代码(参照模板)

LIST OF ADDITIVES CURRENTLY PERMITTED IN FOOD IN THE EUROPEAN UNION AND THEIR E NUMBERS. The additives below are listed in groups for ease of reference. The groups are as follows: 1. Antioxidants 2. Colours 3. Emulsifiers, Stabilisers, Thickeners and Gelling agents. 4. Preservatives 5. Sweeteners 6. Others When shopping you can find an additive on the list by first looking for its category, such as colour or preservative, and then looking for its name or number. This list does not in any way supplement the law in this area, nor constitute legal guidance. For information on the specifications and likely sources of these additives, please contact Mark Willis (020 7276 8559). For further information on legislation controlling the use of food additives, please contact John Caseley (020 7276 8591) for sweeteners and Andy Spencer (020 7276 8560) for the other categories. Colours

食品添加剂分类

食品添加剂的种类随着自然科学的进步在逐年增加,据最新统计,共有22类,近2000个品种,其中香料有1000多种。按《食品添加剂使用卫生标准》附录E列举了食品添加剂功能类别有:酸度调节剂、抗结剂、消泡剂、抗氧化剂、漂白剂、膨松剂、胶基糖果中基础剂物质、着色剂、护色剂、乳化剂、酶制剂、增味剂、面粉处理剂、被膜剂、水分保持剂、营养强化剂、防腐剂、稳定剂和凝固剂、甜味剂、增稠剂、食品用香料、食品工业用加工助剂,还有其他类别。 1.酸度调节剂。酸度调节剂亦称pH调节剂,是用以维持或改变食品酸碱度的物质。它主要有用以控制食品所需的酸化剂、碱剂以及具有缓冲作用的盐类。酸化剂具有增进食品质量的许多功能特性,例如改变和维持食品的酸度并改善其风味;增进抗氧化作用,防止食品酸败;与重金属离子络合,具有阻止氧化或褐变反应、稳定颜色、降低浊度、增强胶凝特性等作用。我国现已批准许可使用的酸度调节剂有:柠檬酸、乳酸、酒石酸、苹果酸、偏酒石酸、磷酸、乙酸、盐酸、己二酸、富马酸、氢氧化钠、碳酸钾、碳酸钠、柠檬酸钠、柠檬酸钾、碳酸氢三钠、柠檬酸一钠、磷酸三钾等18种。 酸度调节剂除可调节食品的pH、控制酸度、改善风味之外,尚有许多其他功能特性。其有效应用主要受食品所需特性控制,通常以有机酸及具有缓冲作用的盐为主。又由于很多有机酸都是食品的正常成分,或参与人体正常代谢,因而安全性高,使用广泛。 2.抗结剂。抗结剂又称抗结块剂,是用来防止颗粒或粉状食品聚集结块,保持其松散或自由流动的物质。其颗粒细微、松散多孔、吸附力强。易吸附导致形成结块的水分、油脂等,使食品保持粉末或颗粒状态。我国许可使用的抗结剂目前有5种:亚铁氰化钾、硅铝酸钠、磷酸三钙、二氧化硅和微晶纤维素。 3.消泡剂。消泡剂是在食品加工过程中降低表面张力,消除泡沫的物质。在食品加工时,如发酵、搅拌、煮沸、浓缩等过程中可产生大量气泡,影响正常操作的进行,必须及时消除或使之不致产生。消泡剂大致可分两类:一类能消除已产生的气泡,如乙醇等;另一类则能抑制气泡的形成如乳化硅油等。我国许可使用的消泡剂有乳化硅油、高碳醇脂肪酸酯复合物、聚氧乙烯聚氧丙烯季戊四醇醚、聚氧乙烯聚氧丙醇胺醚、聚氧丙烯甘油醚和聚氧丙烯氧化乙烯甘油醚、聚二甲基硅氧烷等7种。 4.抗氧化剂。能防止或延缓油脂或食品成分氧化分解、变质,提高食品稳定性的物质。食品成分氧化变质的表现如油脂及富脂食品的酸败、食品退色、褐变、维生素被破坏等等。抗氧化剂的使用不仅可以延长食品的贮存期、货架期,给生产者、经销者带来良好的经济效益,而且给消费者带来更好的安全感。 5.漂白剂。漂白剂是能够破坏、抑制食品的发色因素,使其退色或使食品免于褐变的物质。分为氧化漂白及还原漂白两类。漂白剂除可改善食品色泽外,还具有抑菌等多种作用,在食品加工中应用甚广。氧化漂白剂除了作为面粉处理剂的过氧化苯甲酰等少数品种外,实际应用很少。至于像过氧化氢,我国仅许可在某些地区用于生牛乳保鲜、袋装豆腐干外,不作氧化漂白剂使用。

2019年GB2760食品添加剂使用标准大全

本文从网络收集而来,上传到平台为了帮到更多的人,如果您需要使用本文档,请点击下载,另外祝您生活愉快,工作顺利,万事如意! 2019年GB2760食品添加剂使用标准大全

本手册按我国国家标准《食品添加剂分类和代码》 (GB2760)中类别的顺序,分别介绍了我国截止至2019年允许使用的21类食品添加剂,包括:酸度调节剂、抗结剂、消泡剂、抗氧化剂、漂白剂、膨松剂、胶姆糖基础剂、着色剂、护色剂、乳化剂、酶制剂、增味剂、面粉处理剂、被膜剂、水分保持剂、营养强化剂、防腐剂、稳定和凝固剂、甜味剂、增稠剂、其他。各类中具体品种依次按名称(别名)、分子式、性状、用途(使用范围)、使用方法、用量(限量)、毒性、推荐品牌等逐一介绍。本手册的特点是:⑴按我国国家标准选辑,⑵新:截止到2019年我国允许使用的食品添加剂全部收录在内,为最新颖而全面的版本,⑶较详细介绍了使用范围和方法,⑷推荐了产品的品牌和购置办法,⑸实用性强。

本手册附录收集了我国新近颁发的食品添加剂使用卫生标准、食品营养强化剂使用卫生标准、食品添加剂卫生管理办法。最后为主要参考文献和中、英文索引。 本手册可供食品、卫生、化工、医药、商业、外贸等部门的工程技术人员及管理、营销人员等使用,也可供食品和食品添加剂的科研、生产、应用、教学、监督、检验人员参考。 酸度调节剂 柠檬酸乳酸酒石酸苹果酸偏酒石酸磷酸乙酸(醋酸)盐酸己二酸富马酸氢氧化钠碳酸钾碳酸钠(包括无水碳酸钠)柠檬酸钠柠檬酸钾碳酸氢三钠(倍半碳酸钠)柠檬酸一钠磷酸三钾磷酸钙 抗结剂 亚铁氰化钾硅铝酸钠磷酸三钙二氧化硅(矽)微晶纤维素硬脂酸镁 消泡剂

食品添加剂总结

第一章.食品添加剂概述 1.确定最大无作用剂量(MNL): 也称最大耐受量、最大安全量或最大无效量,指动物长期摄入该受试物而无任何中毒表现的每日最大摄入量。 2.计算半数致死量(LD50): 能使一群试验动物中毒死亡一半的投药剂量。 3.制定日许量(ADI ): 依据人体体重,终身摄入一种食品添加剂而无显著健康危害的每日允许摄入量的估计值,它是国内外评价食品添加剂安全性的首要和最终依据。 4.获取ADI的数据:动物实验→MNL→1/100~1/500→ADI MNL:对小动物(大鼠、小鼠等)近乎一生的长期毒性试验中所求得的最大无作用量。 5.FAO——世界粮农组织WHO——世界卫生组织 JECFA——食品添加剂专家委员会CCFA——食品添加剂法典委员会 6.复合食品添加剂:不同功能的添加剂“复合”在一起起到多功能、多用途的作用; 同功能的添加剂“复合”在一起发挥“协同、增效”的作用。 复合食品添加剂为什么能够成为发展方向和潮流呢? 复合”符合添加剂的客观规律(协同、增效作用) ;“复合”添加剂更便于使用; “傻瓜”化。 第二章食品乳化剂 1.乳化剂:添加于食品后可显著降低油水两相界面张力,使互不相溶的油(疏水性物质)和水(亲水性物质)形成稳定乳浊液的食品添加剂。 2. 乳化剂的作用:(表面活性剂)在分散相表面形成保护膜;降低界面张力;形成双电层。 3.乳化剂分子结构特点:乳化剂是一类具有亲水基团(极性的、疏油的)和疏水基团(非极性的、亲油的)的表面活性剂,而且这两部分分别处于分子的两端,形成不对称的结构。 4.HLB值:表示乳化剂的亲水性。HLB值越高表明乳化剂亲水性越强,反之亲油性越强。 HLB值 适用性 作用 1.5~3 消泡性 消泡作用 3.5~6 水/油型乳化剂 乳化作用(W/O) 7~9 润滑剂 润湿作用 8~18 油/水型乳化剂 乳化作用(O/W) 13~15 洗涤剂(渗透剂) 去污作用 15~18 溶化剂 增溶作用 5临界胶束浓度CM:.临界胶束浓度是乳化剂形成胶束的最低浓度,他是乳化剂的另一个重要指标。

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