PyroLift pyrolytic oven for cleaning industrial components
The pyrolytic oven PyroLift is an industrial machine designed to clean plastic extrusion dies containing polymer residues, such as extrusion heads, injection nozzles, dies, etc., in the complete absence of oxygen.
Cleaning is carried out through controlled pyrolysis, which can reach operating temperatures of 550°C, in an atmosphere inerted with nitrogen gas.
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- Operating temperature
- 550°C
- Maximum load capacity
- 120 kg
- Atmosphere
- Nitrogen gas
Controlled industrial pyrolytic cleaning
EPROTECH introduces a solution for controlled industrial pyrolytic cleaning, designed to remove organic residues from metal components without invasive abrasive treatments, mainly on:
- Dies, screws, heads, nozzles and filters for plastic extrusion
- Hot runner and injection moulding components
- Hooks, frames and hangers for industrial painting
- Parts contaminated with resins, paints and organic residues
Process in a nitrogen-inerted atmosphere
Cleaning is carried out through controlled pyrolysis in an oxygen-free environment, with the process gases directed towards the afterburning system.
- 01
Loading
The components are placed on the movable platform for opening and closing the treatment chamber.
- 02
Controlled pyrolysis
The chamber incorporates electric heating elements, temperature monitoring and a nitrogen inerting system.
- 03
Gas treatment
Syngas and inert gas are directed towards the afterburner for effluent treatment.
Main technical specifications
Configurations and dimensions can be evaluated based on the component to be treated.
- Overall dimensions
- 1,2 × 1,3 × h 3,2 m
- Maximum load capacity
- 120 kg
- Power supply
- 400 Vac, 3P+N+PE / 480 Vac
- Frequency
- 50 Hz / 60 Hz
- Installed power
- 30 kW
- Loading type
- Manual loading
Technological advantages
- No decarburisation of materials
- Zero environmental impact
- Energy consumption <20 kWh
- Afterburner energy recovery
- Limited maintenance (use of afterburner)
- Ease of integration
Pollutant treatment
To prevent the release of pollutants, the pyrolysis gases are treated in a dedicated afterburning chamber. The hot, turbulent flow promotes the oxidation of carbon monoxide, tars, hydrocarbons and any dioxins into CO2 and water vapour.
- Afterburner temperature up to 900°C
- Excess oxygen greater than twice the stoichiometric ratio
- Residence time in the afterburning chamber of at least 2.5 seconds
Download brochure
Download the brochure with descriptions, technical specifications and further information.
Click to downloadGallery
PyroLift in the workshop: the stainless steel structure, the lowered loading platform and the basket ready for the treatment chamber.
