AllPoints KL50-X120-S 0.87 Inch Aerator with Low Maintenance Durable Design
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- Precise flow control for critical applications
- Corrosion-resistant build minimizes maintenance
- Compact size fits tight installation spaces
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The Component Hardware Group KL50-X120-S Aerator is a precision-engineered mechanical component designed for sophisticated flow control within industrial and commercial fluid systems. Manufactured by Component Hardware Group, this aerator features a compact 0.87-inch height, 0.87-inch width, and 0.75-inch depth, constructed from durable materials suitable for demanding environments. Its applications include water treatment, irrigation, and process fluid management, delivering consistent performance with minimal maintenance. Notably, it incorporates advanced flow regulation technology, ensuring efficient aeration and oxygen transfer, with operational compatibility for systems requiring precise turbulence and dissolved gas management. The unit’s technical specifications include a weight of just 0.03 lbs and an origin in the United States, highlighting its robust build quality for long-term operational reliability in food processing or beverage production environments.
The KL50-X120-S Aerator by AllPoints offers precise flow regulation through a corrosion-resistant construction, optimized for continuous operation in industrial fluid systems. Its compact size facilitates integration in tight spaces, while its durable materials allow for high resistance to wear and chemical exposure, reducing downtime and maintenance. Ideal for food processing, beverage, or water treatment facilities, this aerator ensures dependable oxygen transfer and turbulence control. Designed for easy installation and maintenance, its technical design provides consistent flow rates, enhancing process efficiency and system resilience.
Ideal for upgrading aeration systems requiring reliable, low-maintenance components in food and beverage plants.
The KL50-X120-S Aerator is a self-contained mechanical device manufactured in the United States, designed for seamless integration into existing fluid systems with a focus on durability and performance. It operates with a nominal weight of 0.03 lbs and features dimensions of 0.87 inches in height and width, and 0.75 inches in depth, making it suitable for compact installations. Its construction from corrosion-resistant materials enables reliable operation across a temperature range suitable for typical food and beverage processing environments. The unit is rated for continuous operation with a typical flow rate optimized for industrial aeration needs, providing steady oxygen transfer and turbulence control. Maintenance is straightforward, with disassembly requiring no special tools, facilitating routine cleaning and inspections. The aerator’s design ensures compatibility with standard piping and system components, supporting versatile application scenarios.
A commercial aerator is a mechanical device used to introduce air or oxygen into liquids within industrial or processing systems, enhancing oxygen transfer and turbulence control. The Component Hardware Group KL50-X120-S Aerator is a compact, high-performance model manufactured in the United States, primarily suited for fluid systems in food processing, beverage production, and water treatment facilities. Its precise flow control capabilities and corrosion-resistant construction ensure long-lasting operation, making it ideal for systems demanding efficient aeration and minimal downtime, especially in mid-volume industrial applications.
Top commercial aerators ensure consistent oxygen transfer and turbulence control for food processing facilities. The KL50-X120-S by AllPoints, with its compact footprint and robust design, is suited for medium workloads in food and beverage production, installed in process piping systems for reliable operation and maintenance efficiency.
Why choose the KL50-X120-S Aerator over similar components? Its corrosion-resistant design, compact size, and easy maintenance capabilities set it apart in food processing and industrial fluid systems. It provides consistent flow regulation with robust material construction, ensuring reliable aeration. Its integrated features reduce system downtime and maintenance efforts, enhancing operational efficiency and system longevity.
