The CNMC Polyurethane PU Spray Foam Machine delivers a maximum output of 14 kg/min (22 lb/min), making it suitable for large-scale roofing and insulation projects.
The machine utilizes a pneumatic drive mode, which ensures smooth and efficient operation for consistent spray foam application.
The CNMC Spray Foam Machine is equipped with two 3000W heaters and a 1000W heating hose, ensuring proper heating of the materials for optimal spraying conditions.
The machine can handle a maximum fluid temperature of 88°C (190°F), suitable for various polyurethane and polyisocyanurate foam materials.
The machine operates with a 1:1 material ratio, ensuring uniform mixing and spraying of foam for efficient application.
The standard configuration includes 1 spray gun, 2 transfer pumps, and a 15-meter heating hose, providing everything you need to start your project.
The machine measures 770 mm x 560 mm x 1350 mm and weighs 260 kg, making it compact yet durable for various job sites.
Yes, the machine comes with a 3-year warranty, providing long-term reliability and peace of mind for your insulation projects.
The machine includes comprehensive after-sales support, including spare parts and troubleshooting assistance to ensure optimal performance throughout its lifespan.
Yes, the CNMC Polyurethane PU Spray Foam Machine is designed for both residential and commercial applications, making it versatile for various projects.
The CNMC Spray Foam Machine operates at a working pressure of 17 MPa (170 bar), ensuring effective foam application.
The machine can handle a raw material viscosity range of 200-1000 CPS at working temperature, allowing for flexibility in material use.
The machine is available in 230V single-phase and 400V three-phase voltage options to suit different electrical setups.
Yes, the compact dimensions and durable design of the CNMC Spray Foam Machine make it suitable for mobility across various job sites.
The included self-cleaning spray gun simplifies maintenance by allowing for easy cleaning after use, ensuring optimal performance for future applications.
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