Treatment of oil mists in the production of personal protective equipment.
In this case study, we analyze the collaboration with a multinational company that is a leader in various scientific fields, including the production of personal protective equipment such as reusable respirators. To ensure the highest effectiveness of its products, the company subjects the devices to rigorous testing by placing them in a chamber, nebulizing paraffin, and verifying their performance.
Problems
- The nebulization of paraffin creates a mist composed of microscopic particles.
- Over time, the paraffin tends to solidify, potentially leading to buildup and residue formation.
Technical features MCOS MINI
- Airflow: 1.000 m³/h
- No. 2 filtration stages in F9 and H12
- Integrated filter control system DP LED
The optimal solution for capturing ultra-fine paraffin mist was the MCOS Mini, a filtration system designed to effectively separate oil and smoke particles from the air, even in particularly demanding working conditions, using the principle of coalescence. Its compact design allows for easy installation directly on the machine, ensuring both efficiency and practicality.
- High filtration efficiency
- Simple and quick installation
- Reduced management and maintenance costs
- Improved air quality in the workplace
Here your clicks weigh less on the environment. We are using the Xpeis® technology that optimizes the energy expenditure to make this site work and the server that hosts it.