Hydraulic Piston Pump Airless Putty Spray Machine High Pressure For Wall Coating 9.2KW

A high-pressure airless putty/paint spray machine is a versatile tool used for spraying both putty and paint onto surfaces. It combines the capabilities of a high-pressure airless spray machine with the ability to handle thick and viscous putty materials. Here are some key features and application fields of a high-pressure airless putty/paint spray machine:

1. Dual Functionality: These machines are designed to handle both putty and paint materials, allowing for a wide range of applications. They can efficiently spray putty, various types of paints, primers, and lacquers.
2. High Pressure and Efficiency: High-pressure airless putty/paint spray machines utilize high pressure to atomize and spray the materials onto surfaces. The high-pressure system ensures efficient and uniform coverage, enabling faster application compared to traditional methods.
3. Adjustable Pressure and Flow Rate: Most high-pressure airless putty/paint spray machines offer adjustable pressure and flow rate settings. This allows for customization based on the specific putty or paint material, surface type, and desired finish. It provides flexibility to achieve different spray patterns, adjust coating thickness, and accommodate different application requirements.
4. Versatile Surface Applications: These machines can be used on a variety of surfaces, including walls, ceilings, concrete, drywall, wood, metal, and more. They are suitable for both interior and exterior applications, making them versatile tools for construction, renovation, and remodeling projects.
5. Fast and Even Application: High-pressure airless putty/paint spray machines enable fast and even application of putty and paint materials. They can cover large surface areas quickly, reducing labor time and effort. The high-pressure system ensures an even distribution of the material, resulting in a smooth and consistent finish.
6. Suitable for Different Viscosities: These machines can handle a wide range of viscosities, from thick putty to thin paints. They are equipped with powerful pumps and nozzles designed to handle both thick and thin materials, ensuring proper atomization and spray coverage.
7. Easy Maintenance and Cleaning: High-pressure airless putty/paint spray machines are designed for easy maintenance and cleaning. They typically have removable filters, quick-release connections, and accessible components, allowing for convenient cleaning and maintenance to ensure optimal performance and longevity.
8. Time and Labor Savings: The use of high-pressure airless putty/paint spray machines can significantly reduce the time and labor required for applying putty and paint coatings. Their high-pressure system and efficient transfer of materials enable faster coverage, eliminating the need for manual application and resulting in increased productivity.

It's important to note that safety precautions, such as wearing protective gear and following proper spraying techniques, should be followed when operating a high-pressure airless putty/paint spray machine. Additionally, the specific features and capabilities of the machine may vary depending on the manufacturer and model. Consulting with professionals and following the manufacturer's instructions for safe and effective use of the equipment is recommended.

Application Fields

High-pressure airless putty/paint spray machines have a wide range of application fields due to their versatility in handling both putty and paint materials. Here are some common application fields for high-pressure airless putty/paint spray machines: residential painting, commercial and industrial painting, construction and renovation, automotive and equipment coatings, furniture and cabinet finishing, marine coatings, decorative finishes, infrastructure and maintenance.

Our Advantage

1. Optimize and upgrade the bold pump body
2. High performance heat dissipation system
3. Upgrade the electric staring system
4. Imported Honda engine
5. Hydraulic motor imported from Germany
6. Reasonable structure design