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Oxide
Oxide

Oxide

Oxide Specification

  • CAS No
  • Varies; for example SiO2 (Quartz) is 14808-60-7 CO2 is 124-38-9
  • Appearance
  • Varies; crystalline oxides like quartz are transparent/white while some are powders or gases
  • Ph Level
  • Depends on oxide type; acidic oxides have low pH basic oxides have high pH and neutral oxides have pH around 7
  • HS Code
  • Varies by oxide; for example silicon dioxide (fused quartz) is 2505100000
  • Solubility
  • Depends on the oxide; some oxides (e.g. SiO2) are insoluble while others (e.g. CO2) dissolve in water
  • Application
  • Used in industries such as construction electronics cosmetics agriculture and as reactants in chemical processes
  • Refractive Rate
  • Varies based on specific oxide properties (e.g. SiO2: 1.458 for fused quartz at 20°C)
  • EINECS No
  • Varies; for example CO2 (204-696-9) SiO2 (231-545-4)
  • Shelf Life
  • Indefinite if stored properly under stable conditions
  • Grade
  • Industrial food-grade or pharmaceutical depending on the oxide and its intended application
  • Ingredients
  • Contains oxygen combined with another element (e.g. silicon carbon iron etc.)
  • Poisonous
  • Properties
  • Chemical and physical properties vary widely depending on the oxide such as thermal stability hardness or chemical reactivity
  • Purity
  • Depends on production process; ranges from 90% for industrial usage to 99.999% or higher for specialized uses
  • Molecular Formula
  • Varies by oxide (e.g. SiO2 CO2 Fe2O3)
  • Molecular Weight
  • Depends on the specific oxide compound
  • Taste
  • Odorless and tasteless (for most oxides)
  • Smell
  • Odorless
  • Shape
  • Varies; powders for industrial oxides crystalline shapes for minerals or amorphous forms for some applications
  • Usage
  • Applications range from structural components (e.g. quartz in glass production) to environmental control (e.g. CO2 in carbonation processes)
  • Structural Formula
  • Depends on the specific oxide; e.g. SiO2 for silicon dioxide CO2 for carbon dioxide
  • Physical Form
  • Can exist in various forms like crystalline solids powders or gases depending on the oxide
  • Melting Point
  • Varies; for example silicon dioxide (SiO2) has a melting point of 1713°C while carbon dioxide (CO2) sublimates at -78.5°C
  • Density
  • . Gram per cubic centimeter(g/cm3)
  • Storage
  • Store in a cool dry place away from moisture and reactive chemicals
 
 

About Oxide



Oxide is a versatile compound with varied properties depending on the specific type. This odorless and tasteless substance finds applications in industries such as construction, electronics, cosmetics, agriculture, and chemical processes. Oxides can exist in different physical forms like crystalline solids, powders, or gases, offering a wide range of uses. With storage requirements of keeping it away from moisture and reactive chemicals, oxides can have different levels of purity based on production processes. Its properties, including thermal stability, hardness, and chemical reactivity, make it a valuable component in various products and processes.

FAQs of Oxide:


Q: What are the common applications of oxides?

A: Oxides are used in industries such as construction, electronics, cosmetics, agriculture, and as reactants in chemical processes.

Q: Are oxides toxic?

A: The toxicity of oxides depends on the specific type; while some like carbon monoxide can be poisonous, others like silicon dioxide are harmless.

Q: How should oxides be stored?

A: Oxides should be stored in a cool, dry place away from moisture and reactive chemicals.

Q: What physical forms can oxides take?

A: Oxides can exist as crystalline solids, powders, or gases, depending on the specific type.

Q: What is the shelf life of oxides?

A: When stored properly under stable conditions, oxides have an indefinite shelf life.

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