Use

Nitrous oxide, also known as nitrous oxide or N2O, is a colorless and odorless gas that has a variety of research uses. Due to its physical and chemical properties, it is used in many different areas.

Your advantages with CREAMWHIP

Significantly better price/performance ratio compared to cream capsules
High nitrous oxide purity of over 99.7%
Approved as food additive E 942 for use as a propellant
Large bottles with a practical carrying handle
Easy to use and precise dosage of our nitrous oxide bottles
Practical disposable bottles without a deposit
Quality from Germany directly from the bottler

Possible uses of CREAMWHIP laughing gas

Groceries

Gastronomy: In the food industry, nitrous oxide is used as a blowing agent in spray cream. It gives the cream an airy consistency and enables easy dosing.

Culinary Uses: In molecular gastronomy, nitrous oxide is often used to create foams, emulsions and textural changes in foods. It enables experimental and innovative approaches in the kitchen.

Mobility

Motor racing: Nitrous oxide is used in motorsports such as drag racing to briefly introduce additional oxygen into the combustion engine. This allows more fuel to be burned, resulting in a temporary increase in performance.

Automotive Industry: Nitrous oxide is used in some high-performance cars as "nitrous oxide injection" to temporarily increase engine performance. This is often referred to as "NOS" (Nitrous Oxide Systems).

Aerospace Engineering: Nitrous oxide is used in space travel as an oxidizer for rocket fuel. Research in this area aims to develop efficient and safe drive systems.

Medicine

Anesthesia in Medicine: One of the most well-known uses of nitrous oxide is in medical anesthesia. It is often used as a "laughing gas" to sedate patients during minor procedures. It helps relieve pain and reduce anxiety while keeping the patient conscious. It is often used in dental practices and emergency medicine.

Pain Management: In addition to its use in anesthesia, nitrous oxide can also be used in pain management to relieve acute pain, especially during childbirth or painful medical procedures.

Biomedical Research: Nitrous oxide can be used in biomedical research to study cellular signaling pathways, neurotransmitter release and cellular responses.

Research

Catalysis Research: Nitrous oxide serves as an oxidizing or reducing agent in catalytic reactions. Research into this is developing more efficient and sustainable chemical processes.

Environmental science: Nitrous oxide as a potential greenhouse gas is being researched, particularly emissions from various sources such as agriculture and industry.

Analytical Chemistry: Nitrous oxide is used in analytical techniques such as gas chromatography to identify chemical compounds. The research aims to improve analytical methods.

Isotope studies: In isotope geochemistry, nitrous oxide helps to examine nitrogen isotopes and gain information about biogeochemical processes.

Materials Science: Nitrous oxide is used to modify the surface of materials, which is helpful in developing environmentally resistant coatings.