One slab stock foam plant for production of flexible pu foam blocks by max foam process. The machine comes with three conveyor system and automatic block cut off machine.
- Heavy duty structure and Strong MS slates – Long machine life
- Totally Enclosed tunnel – Minimizes the effect of environment on the foam
- Magnetic drive pump for TDI - Zero Leakage
- Digital Flow meter for TDI, Mecl & water for most accurate metering
- 13 Chemical streams
- Variable Foam Width
| Tunnel | Totally Enclosed Heavy Duty Foaming Tunnel |
| Fall Plates | Adjustable Fall Plates |
| Design | Max Foam Design |
| Conveyor Slates | Heavy duty Metallic Slates. |
| Fume Exhaust | 3hp High capacity fume extractor provided (Duct not included) |
| Trough | Made of aluminum by joint less method. Plastic holding system for easy cleaning after foaming |
Frequently Asked Questions
The Continuous Foaming Machine ALFAA is an entry-level continuous foaming plant designed for producing flexible polyurethane (PU) foam blocks. It features a heavy-duty structure, enclosed foaming tunnel, digital flow metering, magnetic TDI pump, and variable foam width. The machine is built for continuous production of quality foam blocks, making it a practical option for manufacturers starting or expanding their PU foam production.
The Continuous Foaming Machine ALFAA has a production output of up to 300 kg per minute, according to AS Entterprises’ product specifications. Its designed adjustment supports foam-widths from 1.3 to 2.2 meters, allowing manufacturers to produce foam blocks in different dimensions. The machine also includes digital flow meters for accurate chemical metering and a heavy-duty conveyor system to support continuous foam production.
Yes, the ALFAA can be considered by manufacturers looking to move from batch foaming to continuous PU foam production. It is designed as an entry-level continuous foaming machine, making it a practical option for businesses transitioning to higher-volume production. However, the switch requires adequate floor space, power, and production planning.