Table of contents

• What are sodium percarbonate and hydrogen peroxide?
• How does active oxygen work?
• Key differences at a glance
• When is sodium percarbonate used?
• When is hydrogen peroxide used?
• Direct comparison of properties
• Storage and safety
• Conclusion

What are sodium percarbonate and hydrogen peroxide?

At first glance, sodium percarbonate and hydrogen peroxide have a lot in common. Both substances are used in numerous industrial processes and are known for their oxidizing properties.

Hydrogen peroxide (H₂O₂) is a chemical compound of hydrogen and oxygen. Sodium percarbonate, on the other hand, is a compound of sodium carbonate and hydrogen peroxide.

Interestingly: Sodium percarbonate releases hydrogen peroxide upon contact with water. Thus, both substances are considered oxygen carriers, but differ significantly in form, handling, and area of application.

How does active oxygen work?

The term 'active oxygen' frequently appears in connection with cleaning, bleaching, and oxidation processes.

During release, reactive oxygen compounds are formed that, among other things:

• can oxidize dyes
• decompose organic residues
• break down certain impurities
• support bleaching processes

This very property makes both sodium percarbonate and hydrogen peroxide interesting for numerous technical applications.

Key differences at a glance

Although both substances are related, there are significant differences.

Sodium percarbonate

• solid granulate or powder
• only releases active oxygen in water
• easier to transport
• often a component of cleaning agents
• long shelf life when stored dry

Hydrogen peroxide

• liquid solution
• immediately available oxygen carrier
• versatile in laboratory and industry
• concentrations vary depending on the application
• more sensitive to light and heat

The choice therefore strongly depends on the specific requirements.

When is sodium percarbonate used?

Sodium percarbonate is mainly used where active oxygen in solid form is needed.

Typical professional applications are:

• manufacture of cleaning agents
• textile industry
• paper industry
• industrial bleaching processes
• certain applications in agriculture and production

One advantage lies in the simple dosing and storage.

The product Natriumpercarbonat BIOLABORATORIUM is available as a high-quality chemical raw material for professional applications.

When is hydrogen peroxide used?

Hydrogen peroxide is used in numerous industrial and scientific fields.

Typical areas of application include:

• Laboratory analytics
• Chemical syntheses
• Industrial oxidation processes
• Water treatment
• Disinfection and cleaning processes

Since hydrogen peroxide is directly available as a solution, it is often used where rapid availability of the oxidizing effect is required.

Direct comparison of properties

Both substances perform important functions but are optimized for different requirements.

Storage and safety

Both sodium percarbonate and hydrogen peroxide should be stored properly.

Important basic rules:

• store in a dry and well-ventilated place
• protect from heat sources
• avoid contact with incompatible chemicals
• observe safety data sheets
• use appropriate protective equipment

The specific safety requirements depend on the product form and concentration.

Conclusion

Sodium percarbonate and hydrogen peroxide are based on the same basic principle: the provision of active oxygen. However, they differ significantly in terms of form, storage, and typical areas of application.

While sodium percarbonate is often used in solid form for cleaning and bleaching processes, hydrogen peroxide is primarily used as a liquid oxygen carrier in laboratory, industry, and technical applications. The choice of the right product therefore always depends on the requirements of the respective application area.