ROK 10925 1.3CFM 1.6 Gallon Electric Air Compressor

Discover the ROK 10925 1.3CFM 1.6 Gallon Ultra Quiet Electric Air Compressor, the ideal choice for small projects around the home. With a powerful 0.65 HP motor, 1.3 CFM at 90 PSI, and a low noise level of only 48 dB, this compressor is perfect for hobbyists seeking a quiet and efficient solution. Boasting an oil-free design for hassle-free maintenance, a regulated pressure gauge, and an industrial M-style coupler, the ROK 10925 delivers convenience and performance. Experience 25% less noise compared to similar brands and enjoy the ease of use with this compact and ultra-quiet air compressor designed for your hobby needs.

ROK 10925 1.3CFM 1.6 Gallon Electric Air Compressor Features

• Compact and powerful: The ROK 10925 is a 1.6 Gallon Electric Air Compressor with a 0.65 HP motor, providing 1.3 CFM at 90 PSI for efficient performance in small home projects.
• Hobbyist-friendly: With its modest CFM, this compressor is perfect for hobbyists, offering the ideal balance of power and convenience for a variety of applications.
• Low noise operation: Experience quiet and comfortable operation with only 48 dB of noise, allowing you to work on your projects without disturbing your surroundings.
• Maintenance-free: The oil-free design eliminates the need for maintenance, providing a hassle-free experience for users who prefer a low-maintenance air compressor.
• Regulated pressure gauge: Easily monitor and adjust the pressure with the regulated pressure gauge, ensuring precise control over your air output.
• Ultra Quiet technology: Enjoy a quieter working environment with the ROK 10925, designed to be 25% quieter than comparable brands, enhancing your overall user experience.
• Industrial M-style coupler: The industrial M-style coupler ensures a secure and efficient connection for a variety of air tools, enhancing the versatility of this air compressor.
• Metal air filter: The metal air filter adds durability and longevity to the compressor, ensuring clean air intake for optimal performance over time.