The contribution of precision spheres to aerosol efficiency

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31/03/2025
The use of aerosols is becoming increasingly popular in various cosmetic products due to their convenience and ability to uniformly dispense the product. These instruments do not only provide accurate measurements, but also a better understanding of the behaviour of particles in the atmosphere. This article will explore the various aspects involved in the use of precision spheres in aerosols, specifically analysing their role, practical applications and benefits. Let us go into the details.
aerosol-precision-spheres

The role of precision spheres in aerosol valves and their applications

Precision spheres play key roles in the development and functioning of aerosol valves, helping to ensure high performance and reliability. Their main functions include:

  • Blockage prevention
    Precision spheres are designed to prevent valve blockages, ensuring continuous dispensing thanks to smooth-treated surfaces that reduce friction and resistance to movement, thus facilitating the flow of fluid. Automated cleaning mechanisms, such as air jets or solvents, periodically clean the spheres and valves, further reducing the risk of blockages due to residue build-up.
  • Uniform dispensing
    Thanks to its optimised geometry, precision spheres ensure consistent product delivery. For example, a slightly conical shape or the presence of grooves can improve flow directionality and reduce the risk of particle build-up. This design helps maintain a continuous flow, preventing blockages even in high viscosity conditions or with fluids containing solid particles.
  • Improved product life
    Precision spheres help reduce wear: smooth, controlled sphere movement helps preserve the valve’s internal parts. This doesn’t just extend the life of the valve itself, but also ensures a constant and reliable supply over an extended period.

All the possible applications of precision spheres in aerosols

Precision spheres play a crucial role in various aerosol applications, helping to improve air quality and the effectiveness of monitoring devices. Among the most significant applications are:

  • Calibration of measuring instruments: precision spheres are crucial for the calibration of aerosol monitoring devices. These instruments must provide accurate readings to ensure air quality.
  • Filter performance testing: another important use of precision spheres is in aerosol filter performance testing. Spheres are used to simulate specific particle sizes, enabling the capturing efficiency of filters to be assessed.
  • Simulation and analysis of aerosol performance: precision spheres can be used to simulate the performance of aerosol particles under different environmental conditions. Through laboratory experiments, scientists can study how the spheres perform in terms of sedimentation and diffusion, providing valuable data for analysing atmospheric processes.

 

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