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A suspension of liquid or solid particles in a gas is known as an aerosol. The can itself, which is only the dispensing device, should not be confused with it. Because they are all formed of water droplets that are spread through the air, clouds, fog, and steam are all examples of natural aerosols.In aerosol cans, two distinct materials are present. The pressurized gas known as a propellant, which is commonly butane, propane, or carbon dioxide, and the liquid product you’re interested in releasing, such as paint, lubricant, detergent, etc. When we press down on the aerosol can’s nozzle, a fine mist emerges as a result of the gas helping to propel the liquid into the air and transform it into an aerosol cloud.
Understanding aerosol can propellants and their use requires knowledge of how an aerosol can operates. A dispersal mechanism known as an aerosol can uses internal pressure to force the product in the form of an aerosol out of the can. To provide the internal pressure that forces the product or active chemicals out of the can, the aerosol can propellant is added. If a propellant weren’t employed, the spray would eventually stop completely once the can’s internal pressure was equal to the surrounding atmosphere when the can was consumed and its pressure reduced. In addition to leaving leftover product at the end of the container, this would result in an inconsistent spray when the pressure varied.
The Jordan aerosol cans market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The eco-friendly EcoAir product line from Cortec Corporation represents a significant advancement in spray can engineering. EcoAir is a brand of distinctive water-based spray can items that are driven by compressed air. EcoAir uses corrosion prevention technology that is environmentally safe, dependable, cost-effective, and safe to handle while obviating the need for waste disposal.
Spray cans driven by compressed air were developed by Cortec as a full biobased alternative for pricey and dangerous chemical propellants. A four-layer EcoPouch is placed into a can using this ground-breaking technology, which is subsequently compressed. The liquid is then poured into the EcoPouch. The interior fluids of the bag are released as the valve is depressed by the atmospheric pressure until the product has been consumed.
