Polyurethane Foam Machine AH7000 LCD
1. Our products have passed the CE and ISO9001 quality management system certification, are fully independently designed and manufactured, and have applied for multiple national patents (ZL 2016 30558972.2).
2. Our company guarantees one-year warranty for the main equipment and lifetime maintenance.
3. The AH7000 hydraulic polyurea spray equipment is a new type of high-pressure spray system powered by hydraulic drive. Its pressurization system breaks away from the traditional vertical pull-type pressurization and becomes a horizontal drive, bidirectional pressurization.
4. Easy to move and more suitable for factory use and contractors, offering extensive multi-functional applications.
5. The design of electrical hydraulic drive method is quieter during operation than moving equipment, reducing noise by 80%.
6. Stable performance and versatile application, suitable for coating a variety of two-component materials: polyurea elastomers, polyurethane elastomers, polyurethane foams, and polyurea, polyurethane adhesives, sealants, etc.
7. The hydraulic system employs a drive design, significantly enhancing the overall efficiency of the system. The drive method is no longer dependent on air sources, and the power is more stable and powerful. Even with micro-motion hydraulic action, it achieves excellent atomization effects, more stable than traditional drive methods. Flow rates are easily adjustable, and the atomization is uniformly excellent.
8. New type horizontal drive supercharging system, featuring rational structure and exceptional stability. The supercharger system and sealing devices are made of special alloy materials, enhancing the service life and durability of the equipment and its wear parts.
9. Anti-curing design ensures complete isolation of Component A (e.g., isocyanate) from air, keeping the booster pump shaft rod entirely unexposed. The sealed DOP (di-2-ethylhexyl phthalate) is fully immersed, resolving the issue of crystallization upon contact with water in the air for the shaft rod and Component A (e.g., isocyanate), thereby increasing the usage frequency of the shaft rod and sealing components.
