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Chamber furnace EPO series
pyrolysiscleaningelectric

Chamber furnace - EPO series  - ECON GmbH - pyrolysis / cleaning / electric
Chamber furnace - EPO series  - ECON GmbH - pyrolysis / cleaning / electric
Chamber furnace - EPO series  - ECON GmbH - pyrolysis / cleaning / electric - image - 2
Chamber furnace - EPO series  - ECON GmbH - pyrolysis / cleaning / electric - image - 3
Chamber furnace - EPO series  - ECON GmbH - pyrolysis / cleaning / electric - image - 4
Chamber furnace - EPO series  - ECON GmbH - pyrolysis / cleaning / electric - image - 5
Chamber furnace - EPO series  - ECON GmbH - pyrolysis / cleaning / electric - image - 6
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Characteristics

Configuration
chamber
Function
pyrolysis, cleaning
Heat source
electric
Atmosphere
vacuum
Other characteristics
automatic, programmable, eco-friendly, for the plastics industry
Maximum temperature

Min.: 0 °C
(32 °F)

Max.: 450 °C
(842 °F)

Width

Min.: 214 mm
(8.43 in)

Max.: 1,600 mm
(62.99 in)

Height

Min.: 725 mm
(28.54 in)

Max.: 1,150 mm
(45.28 in)

Depth

Min.: 263 mm
(10.35 in)

Max.: 5,000 mm
(196.85 in)

Description

The ECON pyrolysis furnace was developed for environmentally friendly and gentle cleaning of extrusion and filter parts. Thermoplastics and mixed plastics are removed under vacuum without any cleansing agent at a variable working temperature. Sensitive parts are protected due to the precision setting of the temperature. Your advantage: fast, cost-effective and residue-free cleaning for an extended lifetime. gentle removal of thermoplastic materials and mixed plastics extended lifetime of tools and filter parts environmental safety, TÜV-certificate easy handling and highest reliability low-maintenance, oil lubricated vacuum pump no process water necessary no emissions because of activated carbon filter After opening the furnace lid the working chamber is charged from above. Dies and screen parts can be placed on the freely accessible drip grate or be placed in baskets in preparation for the cleaning. After the start of the cleaning cycle the temperature in the working chamber is raised gradually and the vacuum pump evacuates the air. Once the necessary working temperature 1 has been reached, the polymer residues run into a collecting trough beneath the unit. Once the working temperature 2 has been reached, the incineration (pyrolysis = decomposition without oxygen) of the residues occurs on the parts to be cleaned. The gases produced during the process are collected and cleaned by a specially developed “absorber” allowing the exhaust air to be discharged directly to the environment.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.