Kusuka2010 to 2012, umsunguli, u-Hiking Zhang (Zhang Haiqing) uqhubekile nokwenza umzamo wokubuyisela inani eliphezulu le-WEEE, futhi wenza imigqa eminingi yokuqala yokuhlakaza ensimini ye-WEEE.Ngalesi sikhathi, uMnu. Zhang wavakashela eYurophu naseJapane, wabona ukuthi inkampani ayikwazi ukuncintisana ngaphandle kobuchwepheshe obuyinhloko embonini yokugaywa kabusha.Ngakho-ke, umqondo wokuthuthukisa umugqa wokuhlukanisa wakhula kuye futhi waqala ucwaningo oluningi lwethiyori kanye nokuqongelela.
Vakashela eSweden
Vakashela e-Japan
Ngo-2012, umsunguli, u-Hiking Zhang (Zhang haiqing) wahola ithimba lakhe lezobuchwepheshe ukuze liqedele ukuklama nokukhiqiza ulayini wokuwasha wepulasitiki onamazinga e-CE futhi umiswe enkampanini ye-WEEE e-Beijing.
Ngo-April 2013, ngemva kokuxoxisana nokukhethwa yithimba eliqalayo, ekugcineni kwanqunywa ukuthi ilogo negama lenkampani kwakungu-Armost, isifinyezo esithi "Imishini yokuvuselela kabusha ethuthukisiwe, ubuchwepheshe bokuhlukanisa obuvelele".Igama lesiShayina lithi "阿莫斯特".
Isiqubulo esithi "Inhloso yokuvuselela kabusha okuthuthukisiwe, ubuchwepheshe bokuhlukanisa obuvelele" siba umgomo inkampani elwela ukuwufinyelela.
Ngomhla ka-May 1, 2013, i-Armost Recycling-Tech.I-Co., LTD., yasungulwa ngokusemthethweni.Saqala ngokusemthethweni ukuklama kwethu kanye nokukhiqizwa kwesistimu yokuhlukanisa ipulasitiki ekamelweni elingasasetshenziswa likabhayela;
NgoJuni 2013, umshini wokuhlunga ukungcola kwe-Armost i-AIS-1000 waqedwa futhi wahlolwa ngempumelelo.
NgoJulayi 2013, idizayini yokuqala ye-AES-500, isihlukanisi sokuqala sika-Armost sikagesi, siyaqedwa.
Ngomhla ziyi-15 ku-Agasti, 2013, i-Armost yokuqala ye-silicone nesihlukanisi serabha i-ARS-500 yafakwa ukusebenza e-Dongguan, e-Guangdong.Isikhathi sokuhlukaniswa komshini we-silicone nerabha kusuka epulasitiki safika ngokusemthethweni.
Ngomhla zingama-26 ku-Okthoba, 2013, i-Armost yesizukulwane sesibili se-silicone nesihlukanisi senjoloba i-ARS-1000-V0 saqala ukusebenza ngokusemthethweni e-Zhaoqing, e-Guangdong.Ukusebenza kahle kokukhiqizwa kwalo mshini kuphindwe kathathu kune-ARS-500.
Ngo-March 2014, i-ARS-1000-V3 eguquliwe yangena emakethe, futhi amamodeli angu-8 kanye nokucaciswa okwengeziwe okungu-4 kwathuthukiswa futhi kwatholakala kusisekelo sayo.I-silicone & separator yerabha ibe ukucushwa okujwayelekile embonini yokugaywa kabusha kwepulasitiki.
NgoSepthemba 2014, i-Armost vibration feeder yaqeda ukuklama nokuhlola kokuqala, futhi yaqala ukukhiqizwa okusemthethweni njengomkhiqizo osekelayo okhethwayo womnikezeli we-NIR (eduze ne-infrared optics) noma i-EDC (i-eddy yamanje) okokusebenza.
Ngo-Okthoba 2014, isihlukanisi esithuthukisiwe se-electrostatic AES-500 sangena emakethe ukuze sihlolwe.
NgoNovemba 2014, imishini yokuhlunga eyingqikithi ye-Armost yangena ngokusemthethweni emakethe yaseKorea, futhi saqala ukuhlola imakethe yamazwe ngamazwe.
NgoDisemba 19, 2014, i-Dongguan Armost Recycling-Tech.Co., LTD.yasungulwa ngokusemthethweni.
NgoJanuwari 2015, i-AES-1000, isihlukanisi se-electrostatic esichitha ukusebenza kahle kokukhiqiza kwemboni, yazalwa ngokusemthethweni, futhi umthamo wayo, ukusebenza kahle, ukuhlanzeka komkhiqizo nezinye izinkomba zokusebenza zidlule ngokuphelele imishini yokuhlukanisa i-electrostatic emakethe.
NgoFebhuwari 2015, i-Armost yahlola ngempumelelo isixazululo esigcwele se-ASR (Izinsalela Zezimoto Zokushiswa Kwezimoto).
NgoMeyi 2015, i-preprocessor esebenza kahle kakhulu (uhlelo lokususa uthuli), i-PS-600 yahlolwa ngempumelelo futhi yafakwa ngokusemthethweni kwezinye izinhlelo ze-Armost.
NgoMeyi 2015, uhlelo lokuhlunga lwepulasitiki oluxubile lwathunyelwa eKorea.
Ngo-Agasti 2015, ukuhlolwa okusemthethweni kwe-AVP-4500 Vibrating tube conveyor kwaba yimpumelelo, okuthuthukise kakhulu ukusebenza kahle kokuthulula impahla.
NgoJanuwari 2016, i-IPS-1500, uhlelo lokuhlunga lwepulasitiki oluhlakaniphile, lwathunyelwa eYurophu futhi lwaphasisa isitifiketi se-CE.
NgoMashi 2016, uhlelo lokuhlunga lwepulasitiki oluhlakaniphile lwe-IPS-1500 lwaklonyeliswa ngemiklomelo ye-Ringier Technology Innovation.
Ngo-Ephreli 2016, uhlelo lokuhlukanisa oluhlakaniphile oluncane, olufana nokuhlukaniswa kwe-silicone & iraba kanye nokuhlukaniswa kwensimbi okungeyona insimbi, kukhonjiswe e-Shanghai Chinaplas 2016.
NgoMashi 2017, uhlelo lokuhlunga lwepulasitiki oluhlakaniphile lwe-IPS-1000 lwaphasisa isitifiketi se-CE futhi lwaklonyeliswa ngama-Ringier Technology Innovation Awards.
Ngo-April 2017, sabamba iqhaza e-Guangzhou Chinaplas 2017.
NgoJulayi 2017, i-IPS-1000, uhlelo lokuhlunga lwepulasitiki oluhlakaniphile, lwafakwa enkampanini enkulu yemikhiqizo yepulasitiki yase-Europe.
NgoSepthemba 2017, uhlelo lokuhlunga lwepulasitiki oluhlakaniphile lwathunyelwa eKorea futhi.
NgoDisemba 2017, uhlelo lokuhlunga lwepulasitiki oluhlakaniphile lwathunyelwa eJapan.
Kusukela ngo-2018, amasethi amaningi esistimu yokuhlunga yepulasitiki ehlakaniphile athunyelwe eningizimu-mpumalanga ye-Asia, eYurophu, eJapane naseKorea.
Selokhu yasungulwa, inkampani isithole amalungelo obunikazi angaphezu kweshumi, futhi inamalungelo obunikazi amaningana alindile minyaka yonke.
Kuze kube yilolu suku, i-Armost iqedele ukwakheka nokukhiqiza kwesistimu ewumgogodla, okufana nesistimu yokuhlukanisa ukungcola kwe-AIS, isistimu yokuhlukanisa entantayo ye-ASF, isistimu yokuhlukanisa i-AES electrostatic, i-ARS silicone & uhlelo lokuhlukanisa irabha, uhlelo lwe-AWS lwepulasitiki lokumba imfucuza lokwelapha igesi, i-ASR yemoto. uhlelo lokuhlukanisa njll. I-Armost isiqedele zonke izixazululo zokugaywa kabusha kwepulasitiki kwe-WEEE ne-ASR.