KNOW THE PRODUCT
Our standard factory is designed for companies with medium EPS consumption, allowing them to produce high-quality expanded polystyrene without prior experience. We offer very high production performance, with reduced energy and labor costs, and in a compact space to facilitate rapid return on investment.
JOIN SUSTAINABLE MANUFACTURING
The EPS manufacturing process does not emit polluting gases into the atmosphere
FABRICATION PROCESS
Pre-expander
The pre-expander transforms the expandable EPS (raw material) into expanded EPS, achieving the necessary density depending on the production needs. It is an easy-to-use machine and a fully automated process.
Blocker
The blocker transforms the EPS beads already expanded into a compact block for measuring the inner mold, for subsequent cutting into various shapes, being fully automatic.
Cutter/Pantograph
he cutter transforms the EPS block into plates of different sizes depending on the needs. And the pantograph cuts the block into pieces with different shapes (vaults, caissons, cornices, etc.).
Boiler
The steam boiler produces the water vapor necessary for the different phases of the expansion process (expansion of the raw material beads, welding and pressing of the block) It is fully automatic and requires minimal maintenance.
Windmill
Grinding mill, designed to recycle EPS quickly and efficiently, grinds EPS into small portions for reuse, incorporating it back into the production process, or allocating it for other applications.
Silos
The silos are used for the storage and rest of the expanded beads, while their stabilization occurs. The dimensions of the silos are very varied and adaptable to customer needs.
Compressor
The compressor produces the air necessary for the movement of valves, flaps, etc. The tank is a storage of the air produced by the compressor.
TECHNICAL DATA
- Necessary covered area: 400 m2. If the silos are exterior 250m2.
- Block volume: 3.125 m3 approx.
- Production 8 h / day: 2500-3500 m3 per month
- Necessary personnel: 2 or 3 operators.
- Production densities: 15-25 g / l first expansion and 9-15 g / l second expansion.
- Steam consumption: 900-1100 kg/h.
- Fuel consumption: 90 l/h.
- Electricity consumption: 17 KWh.
*Approximate data, may vary depending on density, etc.
