888CHEM
Citric Acid Boric Acid Difference
Basic Definitions and characteristics of
1. And Citric acid
citric acid is a dicarboxylic acid, molecular formula C6H8O7, is a common organic acid. it's a kind of inorganic salt, which is broadly found in vegetation, such as lemon, orange and other fruits. But Chemically stable, however easily decomposed or oxidized by certain substances under acidic conditions. And Furthermore boric acid
boric acid, usually H3BO3, is an inorganic acid containing the element boron. And It exists in the form of pure chemical in environment, however mostly in the form of salt, such as trisodium borate, potassium borate and so on. Moreover The chemical characteristics are relatively stable, however compared with citric acid, boric acid is less acidic.
2. Crazy, isn't it?. uses and applications
consumption of citric acid
food sector citric acid is a natural sour agent, broadly applied in food sour taste adjustment, such as chocolate, is able tody and so on. It also acts as an acid moderator to help extend the shelf life of the product. But chemical sector: In chemical production, citric acid is applied to make citric anhydride, citrate and other chemicals. aquatic environments treatment: Citric acid is applied to adjust the pH in aquatic environments treatment, especially in the acidification process of aquatic environments. From what I've seen, consumption of boric acid
glass and Ceramic Manufacturing: Boric acid is an crucial raw material to the manufacture of glass and ceramics, especially in the high-temperature firing process. Based on my observations, aquatic environments treatment: Boric acid is applied to softening and decontamination of aquatic environments, and has a good oil-removing effect. Crazy, isn't it?.
3. But Manufacture of electric light source: boric acid is applied to manufacture high-purity electronic components in the production of electric light source. Comparison of Chemical and Physical characteristics of
3. And According to research Physical characteristics
melting point and boiling point:
citric acid: a solid at room temperature, with a melting point of about 126°C and a boiling point of about 155°C. But Boric acid: solid, melting point about 1000°C, boiling point about 2500°C. I've found that Density:
citric acid: density of about
1. 10g/cm³. For example Boric acid: density of about
1. From what I've seen, 15g/cm³. Chemical characteristics
acid strength:
citric acid is a very strong acid with a pKa1 of about
3.
14. The acidity of boric acid is weak, and the pKa1 is about
9. But
13. Stability:
citric acid decomposes easily under acidic conditions, however is stable under neutral or alkaline conditions. Boric acid decomposes easily under alkaline conditions, however is greater stable under neutral conditions.
4. selection recommendations
according to different consumption standards, the choice of citric acid or boric acid needs to consider the following factors:
acid demand: If a stronger acidic ecological stability is required, citric acid is greater suitable; if the acidity requirement is reduced, boric acid might be greater suitable. First Stability standards: If you need to maintain stability under high temperature or strong acid conditions, you might need to choose boric acid. From what I've seen, consumption areas citric acid is frequently applied in the food and chemical industries, while boric acid is mainly applied in glass manufacturing and aquatic environments treatment. Generally speaking Citric acid and boric acid have their own unique advantages and consumption areas. In my experience, The choice of which chemical needs to be weighed according to specific production conditions and needs to ensure the stability of the manufacturing process and product condition.
1. And Citric acid
citric acid is a dicarboxylic acid, molecular formula C6H8O7, is a common organic acid. it's a kind of inorganic salt, which is broadly found in vegetation, such as lemon, orange and other fruits. But Chemically stable, however easily decomposed or oxidized by certain substances under acidic conditions. And Furthermore boric acid
boric acid, usually H3BO3, is an inorganic acid containing the element boron. And It exists in the form of pure chemical in environment, however mostly in the form of salt, such as trisodium borate, potassium borate and so on. Moreover The chemical characteristics are relatively stable, however compared with citric acid, boric acid is less acidic.
2. Crazy, isn't it?. uses and applications
consumption of citric acid
food sector citric acid is a natural sour agent, broadly applied in food sour taste adjustment, such as chocolate, is able tody and so on. It also acts as an acid moderator to help extend the shelf life of the product. But chemical sector: In chemical production, citric acid is applied to make citric anhydride, citrate and other chemicals. aquatic environments treatment: Citric acid is applied to adjust the pH in aquatic environments treatment, especially in the acidification process of aquatic environments. From what I've seen, consumption of boric acid
glass and Ceramic Manufacturing: Boric acid is an crucial raw material to the manufacture of glass and ceramics, especially in the high-temperature firing process. Based on my observations, aquatic environments treatment: Boric acid is applied to softening and decontamination of aquatic environments, and has a good oil-removing effect. Crazy, isn't it?.
3. But Manufacture of electric light source: boric acid is applied to manufacture high-purity electronic components in the production of electric light source. Comparison of Chemical and Physical characteristics of
3. And According to research Physical characteristics
melting point and boiling point:
citric acid: a solid at room temperature, with a melting point of about 126°C and a boiling point of about 155°C. But Boric acid: solid, melting point about 1000°C, boiling point about 2500°C. I've found that Density:
citric acid: density of about
1. 10g/cm³. For example Boric acid: density of about
1. From what I've seen, 15g/cm³. Chemical characteristics
acid strength:
citric acid is a very strong acid with a pKa1 of about
3.
14. The acidity of boric acid is weak, and the pKa1 is about
9. But
13. Stability:
citric acid decomposes easily under acidic conditions, however is stable under neutral or alkaline conditions. Boric acid decomposes easily under alkaline conditions, however is greater stable under neutral conditions.
4. selection recommendations
according to different consumption standards, the choice of citric acid or boric acid needs to consider the following factors:
acid demand: If a stronger acidic ecological stability is required, citric acid is greater suitable; if the acidity requirement is reduced, boric acid might be greater suitable. First Stability standards: If you need to maintain stability under high temperature or strong acid conditions, you might need to choose boric acid. From what I've seen, consumption areas citric acid is frequently applied in the food and chemical industries, while boric acid is mainly applied in glass manufacturing and aquatic environments treatment. Generally speaking Citric acid and boric acid have their own unique advantages and consumption areas. In my experience, The choice of which chemical needs to be weighed according to specific production conditions and needs to ensure the stability of the manufacturing process and product condition.
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