Description

ANEST IWATA LPH-80 Spray Gun:

The ANEST IWATA LPH-80 spray gun is a versatile tool that is ideal for a wide range of applications, including spraying large backgrounds, performing spot repairs, blending, creating shadows, and touching up surfaces. The spray pattern ranges from a precise 1.6-inch (4.06 cm) round pattern to an impressive 5.5-inch (13.97 cm) full fan pattern. With its low operating air pressure and a modest 1.8 CFM, the LPH-80 can be effortlessly used in conjunction with a compact air compressor, making it ideal for mobile repairs and projects where flexibility is essential.

In addition, this spray gun is particularly suitable for repairing leather in interiors and applying coatings to wheels. The versatility of the LPH-80 makes it an indispensable tool for craftsmen and professionals who strive for precision and efficiency in beautifying and protecting diverse surfaces.

How do I use ANEST IWATA LPH-80 Spray Gun?

1. Choose the desired spray pattern:
   Rotate adjustment knob for patterns from 1.6 to 5.5 inches.
2. Connect to Compact Air Compressor:
   Requires only 1.8 CFM at low pressure.
3. Select Application:
   Ideal for large areas, spot repairs, and interior repairs.
4. Spray:
   Keep the right distance and move evenly for optimal results.
5. Mobile use:
   Perfect for flexible projects and mobile repairs.

ANEST IWATA LPH-80 Spray Gun Features:

• Premium Spot Repair Gun (LPH-80-084G with 0.8mm nozzle).
• Compact and lightweight, it's ideal for large backgrounds, spot repair, blending, shading, and touch-ups.
• Spray both round and impeller cartridges: 40 mm round to 140 mm full impeller pattern.
• Suitable for small air compressors, perfect for mobile repairs.
• Consistent atomization at 0.2 to 1.0 bar, essential for successful repairs.
• Flat impeller pattern for even liquid distribution and easy blending.
• Ergonomic design with compact size (205 grams) for comfort during long spraying days.
• Inclusive cup sizes: 70 ml and 250 ml.
• Equipped with 0.8 mm needle/nozzle for optimal performance.

Additional information