AH7000 Polyurethane Casting Machine
1. Our company's equipment has passed CE and ISO 9001 quality management system certification, is designed and manufactured with complete independent intellectual property rights, and has applied for multiple national patents (ZL 2016 3 0558972.2).
2. Our company guarantees one-year warranty for the main unit of the equipment and lifetime maintenance.
3. The AH7000 type hydraulic polyurethane polyurea spray equipment is a new type of high-pressure spray system driven by hydraulic power. Its pressurization system breaks the traditional vertical pull-type pressurization and becomes a horizontal drive bidirectional pressurization.
4. Easy to move, it is particularly suitable for use within factories and by contractors, offering extensive versatility.
5. The design of electric hydraulic drive method is quieter during operation than pneumatic equipment, reducing noise by 80%.
6. Stable performance and versatile applications, suitable for spraying a variety of two-component materials: polyurea elastomers, polyurethane elastomers, polyurethane foam materials, polyurea adhesives, sealants, and more.
7. The hydraulic system's driving design significantly enhances overall efficiency. The driving method no longer relies on air sources, offering more stable and powerful power. Even with micro motion hydraulic action, the喷射 effect is achieved, surpassing traditional driving methods in stability. Flow rate and atomization effect are easily controlled and uniformly excellent.
8. The new horizontal drive supercharging system features a rational structure and extreme stability. The supercharger system and sealing devices are made of alloy materials, enhancing the lifespan and durability of the equipment and its wearing parts.
9. Anti-curing design ensures complete isolation of Component A (e.g., isocyanate) from air, keeping the booster pump shaft fully protected from exposure. The sealed DOP (di-2-ethylhexyl phthalate) is fully immersed, resolving issues of crystallization upon contact with water in the air for the shaft and Component A (e.g., isocyanate), thereby increasing the usage frequency of the shaft and sealing components.
