Kay Air Blower
Kay Air Blower
“We take pride in the fact that Quasys Inc. are authorized dealer for Kay Air Blower.”
Kay Roots Blowers are positive displacement pumps designed to move fluids—typically air—using a pair of meshing lobes that resemble stretched gears. These blowers generate a constant, reliable airflow that remains consistent regardless of discharge pressure conditions. As the lobes rotate, they trap a fixed volume of air between them and push it through the outlet without significantly compressing it. Kay Roots Blowers are known for their efficiency and durability in applications requiring steady, pulse-free airflow.
Kay Twin Lobe Roots Blower
Kay Roots Blowers, also known as twin-lobe compressors, are positive displacement, constant volume machines engineered to operate effectively against varying pressure conditions. These blowers feature two 8-shaped lobes that rotate in opposite directions. With each revolution, Kay Roots Blowers deliver a metered amount of air measured at the inlet conditions, ensuring a steady and consistent airflow regardless of pressure fluctuations at the outlet.
Kay Roots Blowers Features
Kay Roots Blowers are engineered for optimized performance, reducing energy consumption while delivering excellent results.
Designed for consistent operation with minimal downtime, Kay Roots Blowers ensure dependable results across applications.
Built with robust materials, Kay Roots Blowers withstand wear and harsh operating conditions for long-lasting use.
The design of Kay Roots Blowers minimizes upkeep, saving time and cost for operators.
Their space-saving structure allows easy integration of Kay Roots Blowers into various industrial and commercial settings.
Kay Roots Blowers are engineered for quiet operation, reducing noise pollution in surrounding environments.
With advanced technologies, Kay Roots Blowers reduce power consumption and lower overall operational costs.
Kay Roots Blowers use materials that resist corrosion, ensuring longevity even in harsh environments.
Equipped with state-of-the-art controls, Kay Roots Blowers offer enhanced functionality and user-friendly operation.
Kay Roots Blowers are suitable for a wide range of industries and processes, offering maximum flexibility.
Kay Roots Blowers efficiently handle high-pressure conditions and large flow volumes.
Designed to prevent overheating, Kay Roots Blowers efficiently dissipate heat during operation.
Kay Roots Blowers provide continuous, stable performance with minimal vibrations or disruptions.
Simplified setup makes installing Kay Roots Blowers quick and straightforward.
Kay Roots Blowers are built to last, offering reliable performance and minimal degradation over time.
TRI Lobe Root Blower
The Kay Tri Lobe Roots Blower uses two Tri-lobe impellers mounted on parallel shafts, with each rotor tip shaped at a 120-degree angle. These impellers rotate in opposite directions within a casing that is closed at both ends by side plates. As the impellers rotate, air is drawn into one side of the casing and then forced out of the opposite side, overcoming the existing pressures. This movement creates a continuous, constant airflow, regardless of the discharge pressure conditions.
Acoustic Hood
Noise is the unwanted and undesired sound that can cause annoyance, interfere with desired sounds, lead to fatigue, damage the auditory system, and reduce work efficiency. Prolonged exposure to noise can result in hearing loss. With increasing awareness about sound levels, there is a growing need for systems that reduce noise to acceptable levels.
Features
- Noise reduction
- Sound-absorbing materials
- Prevents interference with operations
- Reduces risk of hearing damage
- Improves work environment
- Helps meet noise level regulations
Spares
Bearings | Oil Seals | Gears | Rotors | Spacer Bushes | Blower lubricant | Gaskets | Piston Rings
Accessories
Safety Relief Valves | Filters, Suction Silencers | Discharge Silencers | Pulleys | Vee Belts | Hubs | Drive couplings | Pressure Gauge | Vacuum Gauge | Non Return Valves
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Specifications & pricing last verified: 03 Jul 2026