SPRAYIT SP-51-IMP HVLP Spray Gun – 1.4mm Nozzle, 3000 PSI Compatible

SPRAYIT SP-51-IMP HVLP Spray Gun – 1.4mm Nozzle

The SPRAYIT SP-51-IMP HVLP (High Volume Low Pressure) Spray Gun is designed for automotive, industrial, marine, and woodworking applications. Its lightweight, one-piece aluminum body makes it comfortable to handle, while the 1.4 mm nozzle supports controlled application of compatible coatings.

Featuring a corrosion-resistant stainless steel fluid needle and nozzle, this spray gun includes independently adjustable fluid, fan pattern, and air controls for more precise spraying and reduced material waste. With an air consumption of 8.5 CFM at 30 PSI and a spray pattern of 7–10.9 inches, it is suited to a range of professional and workshop painting projects.

Key Features

• HVLP Spray Technology: High Volume Low Pressure design for controlled paint application.
• 1.4 mm Nozzle: Included nozzle for compatible painting applications.
• Lightweight Aluminum Body: One-piece construction designed for comfortable handling.
• Stainless Steel Needle and Nozzle: Corrosion-resistant components for durability.
• Adjustable Spray Controls: Separate fluid, fan pattern, and air controls allow greater application control.
• 7–10.9-Inch Spray Pattern: Adjustable pattern width for different painting tasks.
• Industrial Air Connection: Features a 1/4-inch industrial-style air inlet.
• Versatile Applications: Suitable for automotive, industrial, marine, and woodworking projects.

Specifications

Recommended Applications

The SP-51-IMP is designed for automotive refinishing, industrial coating, marine projects, and woodworking. Use it with compatible coatings and an air compressor capable of delivering the required airflow at the recommended operating pressure.

Performance and Maintenance Notes

For consistent results, adjust the fluid flow and fan pattern to suit the coating and surface being sprayed. Clean the spray gun after use and follow the manufacturer's operating and maintenance instructions. Actual results depend on coating viscosity, air supply, operating pressure, and application technique.