As a leading energy-saving insulation product, mastering foam-compression techniques on PU insulated pipe production equipment helps restore recycled foam so that it can again provide shock absorption, sound insulation, waterproofing, and thermal insulation.
When
PU Insulated Pipe When production equipment processes this recycled foam, PU insulated pipe production equipment uses screw compression, compaction, and volume-reduction principles to reduce foam volume and increase density.
When putting foam to be compressed into the hopper of the PU insulated pipe production equipment, the operator needs to take protective measures such as wearing a mask. Before pressure is established in front of the PU insulated pipe production equipment, large pieces of ejected foam need to be put back into the hopper of the PU insulated pipe production equipment for further compression.
If the pressure of the PU insulated pipe production equipment has been established, the compressed foam will be extruded in a rectangular shape. At this time, the outlet size of the PU insulated pipe production equipment needs to be adjusted appropriately in order to improve work efficiency. Foam compressed by the PU insulated pipe production equipment should be cut to a certain length according to actual needs.
Foam compressed by PU insulated pipe production equipment increases in density while also saving enterprises considerable space—this is why many companies want to master foam-compression techniques on such equipment.
