Bread Additives-manufacture,factory,supplier from China

(Total 24 Products for Bread Additives)
This may be due to TBHQ being more prone to volatilization under high temperature conditions and losing its effectiveness, and under certain conditions, TBHQ may volatilize faster than BHT. Therefore, the application of microcapsule technology can solve this problem under high temperature conditions.
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At high temperatures, a series of complex chemical reactions such as oxidation, decomposition, polymerization, and hydrolysis are prone to occur, resulting in a rapid increase in the acid value, peroxide value, and carbon base value of roasted foods. In the later stage of storage and sales, unpleasant odors are easily produced. The use of TBHQ can effectively delay oil oxidation in pastry foods.Baked pastry foods require a higher temperature during the baking process, such as cakes and bread, which require a baking temperature of 160C~190C.
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Pastry and bread stored in the air for a long time are prone to spoilage due to oxidation of their lipid components. The oxidation of oil components not only causes food discoloration, discoloration, destruction of vitamin A, D, E, and other components, but also produces odor.
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The experimental results show that adding 002% TBHQ to oil can increase the antioxidant stability of the tested oil by 2-5 times, thus extending the shelf life of oil based foods compared to adding traditional antioxidants; And the antioxidant effect increases with the increase of the addition amount; The use of a small amount of synergist in combination with TBHQ can have a synergistic effect on antioxidant activity and enhance its antioxidant effect; The antioxidant effect of TBHQ on different oils is not entirely related to the iodine value, so further research on its application and develo
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Pastry and bread stored in the air for a long time are prone to spoilage due to oxidation of their lipid components. The oxidation of oil components not only causes food discoloration, discoloration, destruction of vitamin A, D, E, and other components, but also produces odor. In addition, essential fatty acids such as linoleic acid and linolenic acid in oil are also damaged, reducing the nutritional function of the product. In severe cases, harmful substances such as oxides, peroxides, and decomposition products such as epoxypropylaldehyde can be produced, leading to food poisoning.
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Scope of applicationAccording to GB2760(0.4007), the hygienic standard of the People's Republic of China for the use of food additives, TBHQ can be used in edible fats and oils, deep-fried food, dried fish products, biscuits, instant noodle, instant rice, canned dried fruits, cured meat products, roasted and stir-fried nuts (February 2007 supplement), etc. The maximum use level is 0.2g/kg, and the general recommended use level is 0.01~0.02% of the total amount of fats and oils.
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According to the hygiene standard GB2760 (0.4007) for the use of food additives in the People's Republic of China, TBHQ can be used for edible oils, fried foods, dried fish products, biscuits, instant noodles, instant boiled rice, canned dried fruits, pickled meat products, roasted and fried nut foods (supplemented in February 2007), etc. The maximum usage is 0.2g/kg. It is generally recommended to use 0.01~0.02% of the total amount of oil.One dose is versatile and can effectively inhibit the growth of bacteria and molds.
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The product is high-quality and cost-effective, making it very suitable for enterprises such as edible oils and instant noodles to use.TBHQ can be used for edible oils, fried foods, dried fish products, biscuits, instant noodles, instant boiled rice, canned dried fruits, pickled meat products, roasted and fried nut foods (supplemented in February 2007), etc. One dose is versatile and can effectively inhibit the growth of bacteria and molds.
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Product ApplicationsAntioxidants in soybean oil antioxidant effect in the following order: TBHQ>Vc>VE>Catechin>BHT, of which TBHQ, VE and BHT oil solubility is good, heat does not occur after the colour change, suitable for use as a high-grade soybean oil antioxidant.
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Product ParametersMolecular formula: C10H14O2Molecular weight: 166.22CAS No.: 1948-33-0Product AdvantagesNowadays, as the synthesis cost continues to decrease, the application scope is gradually expanded to petrochemical industry, feed industry, electronic industry, battery industry, etc..Academic research and developmentTertiary butylhydroquinone is a chemically synthesized antioxidant, due to its antioxidant effect, is widely used in the food industry, feed industry, petrochemical industry, paint industry, electronics industry, cosmetics industry, etc., the application prospect is very broad
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The main mechanism of TBHQ is to provide hydrogen to the free radicals R or RO0 in oils and fats, which can form stable dimers and become relatively stable substances.Temperature is the most important factor affecting oil oxidation, similar to general chemical reactions. As the temperature increases, the automatic oxidation rate of oil in the food increases. For every 10C increase in temperature. In addition, essential fatty acids such as linoleic acid and linolenic acid in oil are also damaged, reducing the nutritional function of the product.
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The use of TBHQ can effectively delay oil oxidation in pastry foods,appropriate selection of antioxidants can inhibit the rancidity of oily food production and prolong the storage life of the product. Shelf life is considered an effective way to prevent the product from deteriorating due to oxidation.
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Product AdvantagesHighly effective antioxidant TBHQ, first synthesized in 1978 by the United States research and development of a low-toxicity, high efficiency, oil-soluble phenolic antioxidants, especially in the use of the food industry, its most important feature is that it does not change the original flavor of the food, so it is favored by the food industry around the world, and then Highly effective antioxidant TBHQ to metal ions such as iron ions or copper ions will not occur flavor and color changes, and the existing food In addition, TBHQ does not change the flavor and color of metal
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Product ParametersMolecular formula: C10H14O2Molecular weight: 166.22CAS No.: 1948-33-0 TBHQ has been used in more than 20 countries, such as the United States, and was approved to be used in oil and fat-containing foods, fish products, biscuits, quick-cooking noodles, canned fat-containing foods, cured meat products in China in 1992.
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 It plays an irreplaceable role in the production process of pastry food and is also an important source of energy for consumers. However, the oxidation and rancidity of fats and oils, as well as the production of unpleasant flavors, are a problem that troubles many pastry food producers. They not only cause changes in the appearance, taste, and odor of pastry food, but also affect the length of its shelf life. Adding food antioxidants is the most convenient, feasible, and effective method.Pastry is generally made from grains, oil, sugar, and/or sweeteners, eggs, milk, etc.
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Animal fats undergo a series of reactions such as the aggregation of fats, the production and transmission of free radicals, and so on at high temperatures. At the same time, animal fats lack natural antioxidants, so it is necessary to add effective antioxidants to maintain an appropriate shelf life. Chen Yongquan et al. measured the changes in peroxide value of samples added with different antioxidants in lard while studying the antioxidant properties of TBHQ.
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Introduction of nature:TBHQ is sort of insoluble in water (approximately five‰), soluble in ethanol, acetic acid, ethanol, isopropyl alcohol, ether and vegetable oil, lard, and so forth. Nearly insoluble in water (25℃, <1%). Boiling factor 295℃, melting factor 126 -128.5℃. It has the effect of stopping the failure of most fats and oils, specially vegetable oils. It does no longer trade color in touch with iron and copper, but can turn red if alkali is present.
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Researchers have been committed to exploring efficient antioxidant technologies and developing safe products. The successful development and widespread use of antioxidants such as TBHQ have solved the problem of rancidity in oil-rich foods. TBHQ, BHA, BHT, PG, etc.
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TBHQ has good oil solubility and thermal stability, and does not change in color after heating.They are only suitable for high water content oil and fat foods such as biscuits, instant noodles, artificial milk oil, and mayonnaise. When the oil contains a large amount of metal ions and oxygen, the addition of antioxidants can inhibit the formation of peroxides.Oxidized fish oil is harmful to human health, so it is important to prevent oxidation and improve the stability of fish oil.
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In view of the advantages of TBHQ and BHT, in recent years, BHT and TBHQ have become widely used antioxidants in fats and oil-rich foods . It should be pointed out that TBHQ and BHT have small molecular weights, are volatile and easy to sublimate, and under heating conditions, both volatilization and depletion are relatively fast, and the antioxidant performance will be generated through a series of complex redox reactions to produce the corresponding transformation products.
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When citric acid is combined with antioxidants, the higher the content of these impurities in the oil, the more obvious the synergistic effect.
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Product ParametersMolecular formula: C10H14O2Molecular weight: 166.22CAS No.: 1948-33-0Antioxidants are substances that prevent or delay oxidation of food, improve the stability of food and extend the storage period.Food antioxidants can be divided into oil-soluble antioxidants and water-soluble antioxidants according to their solubility properties.
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Product Parameters2-tert-butylhydroquinone as a food additive, TBHQ has been used in the United States and other more than 20 countries, China in 1992 was approved for use in oil and fat-containing foods, thousands of fish products, biscuits, quick-cooking noodles, canned fat-containing foods, cured meat products and so on.
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Abstract: The Ministry of Health announced 4 national food safety standards in the Ministry of Health Announcement No. 12 in 2011, one of which is "GB 2760-2011 Food Safety National Standard Food Additives Use Standard", which was issued in June 2011 It will be officially implemented on the 20th. The preface of the standard clearly points out that some food classification systems of the 2007 edition of "GB 2760-2007 Hygienic Standards for the Use of Food Additives" have been adjusted.
6. Safety EvaluationThe safety evaluation of TBHQ mainly includes toxicological evaluation and safety assessment. According to the results of many studies at home and abroad, the acute toxicity of TBHQ is low, and the oral LD50 of mice is 9.31g/kgbw, which belongs to the low toxicity category. In terms of safety assessment, the International Expert Committee on Food Additives (ECFA) considered TBHQ to be safe within the specified range of use.
DTBHQ and TBHQ are two food additives that are somewhat similar in function, but also differ in chemical structure and application areas. Let's take a look at the differences between these two food additives.First of all, there are differences in the chemical structures of DTBHQ and TBHQ, whose full name is Di-Tert-Butylhydroquinone, a di-tert-butylhydroquinone, and TBHQ, whose full name is Tert-Butylhydroquinone, also a hydroquinone, but it has only one tert-butyl group.
Shandong Best Each shipment praised: quality products and excellent transportation build trust, TBHQ anti-fisheye agent shows its magic ability In the vast commercial ocean, Shandong Best Each has won the praise and trust of customers with its excellent product quality and outstanding transportation service.
Ltd. delivered a large-scale order to Shanghai with remarkable efficiency, showcasing its unparalleled logistics strength. Shandong Best Each Food Technology Co., Ltd. has recently completed a large-scale order shipment with great success, demonstrating its efficient and accurate logistics strength and winning the high praise of customers.This batch of orders involved the company's main products TBHQ, a large number of heavy delivery tasks. However, Shandong Best Each Food Technology Co., Ltd.
TBHQ, also known as Tert-Butylhydroquinone, is a food additive that is a synthetic chemical widely used in the food industry to extend the shelf life of foods and prevent oxidation.TBHQ is produced by reacting hydroquinone with tert-butyl alcohol to produce TBHQ, a process that uses advanced technology and strict controls to ensure the high purity and stability of the product.The multiple uses of TBHQ in the food industry are mainly for preventing the oxidation of fats and oils during food processing and storage, thus extending the shelf life of food products.
In modern society, shelf life is one of the key factors for food safety. Therefore, in order to extend the shelf life of food and ensure its stable quality, many food manufacturers use TBHQ, a synthetic antioxidant, which has the advantages of antioxidant, preservative and shelf life extension, and is widely used in various food products.In the potato chip industry, TBHQ is a commonly used food additive. During the production of potato chips, the surface of potato chips will oxidize when exposed to the environmental atmosphere, thus affecting their taste and texture.
Application cases of TBHQEdible oils and fats: Adding TBHQ to edible oils and fats can effectively slow down the rancidity process and prolong the shelf life of food. In practical application, TBHQ is usually added directly into oils and fats in the form of powder or liquid, and the usage amount is usually 0.01% to 0.02%.Meat products: Adding TBHQ to meat products can extend shelf life and prevent bacterial contamination and oxidative deterioration.
Introduction and Applications of Terbutylhydroquinone (TBHQ)Introduction of TBHQ Terbutylhydroquinone (TBHQ) is a common food additive, which is widely used as antioxidant and preservative for edible oils, fats and oils, meat, fish, beverages and other foods. In this article, we will introduce the chemical properties, safety, uses and precautions for the use of TBHQ in detail. I.
Antioxidant TBHQ: chemical structure, synthesis method, properties and uses, antioxidant mechanism, additive amount and use, safety evaluation, market demand and development trend, impact on the environment and treatment measures, evaluation of economic and social benefits, impact on human health and preventive measures1.Chemical structureThe chemical structure formula of TBHQ (tertiary butylhydroquinone) is C10H1402, which is a kind of effective antioxidant, widely used in food, cosmetics, medicine and other fields.2.Synthesis MethodsThe synthesis method of TBHQ mainly includes the following