Nunc, environmental tutela et sustineri progressionem sunt global focus. How to both ensure productivity and reduce the ecological footprint becomes an urgent problem for the laundry industry because laundry plants consume a lot of water, electricity, steam, and other resources.
Haolan, lauandi plant in Hubei Province, Sina, est directum-accensus lauandi fabrica sampleClm. It is leading the new trend of green laundry with its innovative technology, highly efficient energy use, and eco-friendly designs.
Clm scriptor Direct-accensusis a star of energy consumption because of its profound and eco-friendly quality. Is adapts An Italian Riello High-potestatem Eco-amica exuro et potest calefacit in aere in Dryer Dryer ad CCXX gradus Celsius in III minuta, vehementer augendae ad calefacientiam efficientiam. Et unica reversus aer circulationem consilio efficaciter recuperare et redivivus ad calorem a emissiones, quae reducit industria consummatio et auget siccatio efficientiam. The insulation design reduces the heat loss and further reduces the energy consumption by over 5%.
Green Eco-Friendly Design conceptus
Haolan lauandi plantHabet installed a fluxus meter ad monitor conditio de Gas consummatio et optimize industria consummatio. According to the real-time monitoring, drying 115.6kg of towels consumes 4.6 cubic meters of natural gas, and drying 123kg of towels consumes 6.2 cubic meters of natural gas, showing the high efficiency of the equipment.
Gas-calefactus flexibile pectus ironer: scelerisque efficientiam et environmental praesidium
ClmGas-calefacta flexibile pectore ironeradopts imported burners. It can burn thoroughly with high thermal efficiency. The gas consumption per hour does not exceed 35 cubic meters. Six oil inlets ensure the rapid and uniform distribution of heat conduction flow, to achieve fast heating, less cold point, saving gas. Interior omnium boxes est disposito calcium aluminic acidum tabula ad redigendum temperatus damnum et reducere Gas industria consummatio per saltem V%. Instructa cum scelerisque industria convaluisset et utendo ratio, potest efficaciter recuperare calor industria ad usus dum reducing exhauriunt temperatus.
Conclusio
Post tempus: Ian-07-2025