1 / 4
The Horizontal Vacuum Cleaning Furnace is specifically engineered for the safe, efficient removal of polymers from metal parts. The cleaning process takes place within a horizontal chamber under vacuum conditions, which prevents combustion and eliminates the risk of localized overheating. As the temperature rises, polymers first melt and drain into a bottom collection tray.
Any residual polymer is then vaporized and passed through a water spray scrubber, where condensates are collected and flushed out with water. This method delivers thoroughly cleaned parts without damage, making it the ideal solution for the maintenance of spinnerets, filters, screws, and other precision tooling.
The horizontal design makes loading and unloading long components effortless; whether it’s an extruder screw or a long filter cartridge, they can be smoothly fed into the furnace using a material cart or track, significantly reducing the physical strain on operators.
The vacuum pump evacuates the chamber, creating an oxygen-free environment where combustion cannot occur.
Heating system raises temperature to melt polymer deposits, which drain into a collection tray. Remaining polymer is vaporized.
Vapors are drawn into a water spray scrubber, condensed, and safely flushed away, protecting part integrity.
The vacuum environment eliminates oxygen, so polymers are removed by melting and vaporization—not burning. This prevents flame damage and warping.
Without localized hot spots, precision parts maintain their original dimensions and surface finish.
The two-step process ensures even stubborn residues are thoroughly eliminated from fine holes and complex geometries.
The water scrubber system captures condensates, reducing airborne emissions compared to traditional burn-off ovens.
