The main principal in the RLAF is “A negative pressure inside the booth prevents the escape of fine powder from the work area towards the external environment. Downward airflow provides full protection to operator and product”. The air flow in the RLAF system should be re-circulated.
Welcome to the world of Reversed Laminar Air Systems, where innovation meets clean air solutions. Let’s uncover the core principles of these systems and understand why they’re a game-changer in maintaining a safe and contamination-free environment.
At the heart of a Reversed Laminar Air System lies a powerful principle: creating a negative pressure inside the booth to prevent the escape of fine particles. Imagine working with powders or substances that need careful handling to avoid any contamination. This system ensures that these particles stay confined within the work area and don’t find their way into the external environment.
Downward airflow plays a vital role in the effectiveness of a Reversed Laminar Air System. It’s like a protective shield for both the operator and the product being worked on. By channeling the air in a downward direction, the system ensures that any particles generated during work are immediately captured and directed away from the operator. This not only safeguards the operator’s health but also ensures the purity of the product.
| TECHNICAL PARAMETERS | |
|---|---|
| Construction | SS 304 / SS 316 or combination of both |
| Air Quality | Class 100 |
| Filtration | Pre Filter with efficiency of 95% down to 5 micron |
| HEPA Filter with efficiency of 99,997% down to 0.3 micron | |
| Main Filter – Minipleat HEPA | |
| Motor Blower | Dynamically balanced with suitable ratings & suspension arrangement |
| Lighting | >500 Lux |
| Velocity | 0.45 +/- 0.05 mps |
| Air Flow Direction | Vertical |
| Noise | Less than 67dB +/-2 |
| Size (Interior) | 4′ x 2′ |
| 6′ x 2′ | |
| PVC Curtains | Curtains suitable length will be provided |
| Optional | lnternal Auxillary Sockets |
| Gas Cocks | |
One key feature of the Reversed Laminar Air System is its ability to maintain re-circulated airflow. Instead of expelling air outside, this advanced system filters and recirculates the air within the booth. This process not only helps in maintaining a controlled environment but also ensures that captured particles are continuously removed, leading to a cleaner and more efficient work area.
When discussing Reversed Laminar Air Systems, we’re referring to technology that offers a comprehensive approach to creating a clean and secure workspace. Combining negative pressure, downward airflow, and re-circulated air, these systems excel in industries requiring utmost precision and hygiene. This integrated approach ensures that even the smallest particles are captured and filtered out, enhancing safety and operational efficiency.
Reversed Laminar Air Systems are crucial in sectors such as pharmaceuticals, biotechnology, electronics manufacturing, and more. These systems provide ideal conditions for handling sensitive materials and processes, preventing contamination, and ensuring the high quality of end products. The controlled airflow not only maintains a sterile environment but also contributes significantly to the quality and reliability of the final products.
At Peter Air Systems, we specialize in designing and manufacturing Reversed Laminar Air Systems to meet the highest standards of quality and performance. Our systems are tailored to the specific needs of your industry, ensuring optimal functionality and reliability. By investing in our advanced air systems, you enhance your operational efficiency and safeguard the quality of your work environment.
Contact Peter Air Systems today to learn how our customized Reversed Laminar Air Systems can support your industry’s unique needs and elevate your workspace to new levels of cleanliness and precision.
