A yau, muhallinmu yana kara tabarbarewa. Iyalai da yawa za su sanya matatun iska don tace iska a gida, amma kuma mun san cewa don siyan matatun iska, da farko kuna buƙatar fahimtar kayan aikin tace iska, ta yadda za ku iya zaɓar matatun iska mai amfani ga iyali, sannan kayan tace iska ya zama gama gari Wane iri ne? Ilimin kayan tace iska shine ɗanɗaɗɗen ilimin kimiyya.
Ana amfani da matatun iska a cikin injinan huhu, injin konewa na ciki da sauran filayen. Matsayinsa shine samar da iska mai tsabta don waɗannan kayan aikin injin don hana waɗannan kayan aikin injin shakar iska tare da ɓangarorin ƙazanta yayin aikin aiki, don haka ƙara lalacewa da lalacewa. Yiwuwar. Babban abubuwan da ke cikin tace iska sune abubuwan tacewa da mahalli. Nau'in tace shine babban bangaren tacewa, alhakin tace iskar gas, kuma harsashi na waje shine tsarin waje wanda ke ba da kariya mai mahimmanci ga abubuwan tacewa. Abubuwan da ake buƙata na aikin tace iska shine don samun damar yin aikin tace iska mai inganci, ba tare da ƙara yawan juriya ga iskar iska ba, da kuma iya ci gaba da aiki na dogon lokaci.
Kayan tace iska
Takardar tace HEPA a halin yanzu ita ce mafi yawan tacewa don masu tace iska. Yana iya tsarkake barbashi sama da 0.3 microns kuma yana da ingantaccen cirewa na 99.7%. Musamman ga PM2.5, tacewa ce da masu amfani suka gane sosai. Duk da haka, don haɓaka ƙarfin makamashi na takardar tace HEPA, ya kamata a ba da kulawa ta musamman ga matsayi da daidaitattun takarda na HEPA, saboda ƙayyadaddun bayanai da kuma darajar takardar tace HEPA za su shafi abubuwa da yawa kamar ƙirar mai tsarkakewa da kanta da kuma yawan iska. Idan mai tsabtace iska ne wanda masana'anta mai ƙarancin inganci ke samarwa, kodayake ana amfani da takarda tace HEPA, ƙirar waje na purifier an tsara shi ba bisa ƙa'ida ba kuma kayan ba su da kyau, wanda zai sa gefen kayan tacewa ya zubo kuma yana shafar tasirin tacewa na matatar takarda ta HEPA.
Kamar yadda muka sani, ƙarfin adsorption na carbon da aka kunna shine mafi ƙarfi, amma tasirin amfani da carbon da aka kunna shi kaɗai ba a bayyane yake ba, kuma ana buƙatar wata fasaha don haɓaka tasirin carbon da aka kunna. Yanzu wasu masana'antun sun ba da shawarar wani sabon nau'in nano-photocatalyst- kunna carbon fiber composite filter media, wanda ke amfani da karfin adsorption na barbashi na carbon da aka kunna don adsorb duk iskar gas mai guba da cutarwa a cikin iska a saman mai ɗaukar carbon da aka kunna, sannan cire waɗannan iskar gas. Carbon da aka kunna zai iya ɗaukar iskar gas ƙasa da 0.3 microns, wanda ya fi ƙarfi fiye da takarda tace HEPA. Mai sauƙin tsaftacewa, ana iya wanke kai tsaye. Amma carbon da aka kunna yana buƙatar maye gurbin sau ɗaya a shekara don guje wa raguwa a cikin ƙarfin tallan carbon da aka kunna.
Lokacin aikawa: Juni-04-2021
