Ngokwesiqhelo sigxile kubathengi, kwaye yeyona nto sigxile kuyo ukuba singabi nje kuphela ngababoneleli abathembekileyo, abathembekileyo nabathembekileyo, kodwa nokuba liqabane labathengi bethu kwi-CAS 80-05-7 Polycarbonate Grade Bisphenol a/BPA yePaint, Flame Retardants, inkampani yethu ijonge phambili ekusekeni ubudlelwane bexesha elide nobuluncedo namaqabane eshishini nabathengi kunye noosomashishini abavela kwihlabathi liphela.
Ngokwesiqhelo sigxile kubathengi, kwaye yeyona nto sigxile kuyo ukuba singabi nje kuphela ngababoneleli abathembekileyo, abathembekileyo nabathembekileyo, kodwa nokuba liqabane labathengi bethu. Sisoloko sigxininisa kwimigaqo yolawulo ethi “Umgangatho kuqala, iTekhnoloji sisiseko, ukunyaniseka kunye nokuvelisa izinto ezintsha”. Sikwazile ukuphuhlisa izinto ezintsha rhoqo ukuya kwinqanaba eliphezulu ukwanelisa iimfuno ezahlukeneyo zabathengi.

Iimeko zokugcina i-bisphenol A kufuneka zijikeleze iinjongo eziphambili "zokuthintela ukonakala, ukuqinisekisa ukhuseleko, kunye nokuphepha impembelelo yokusingqongileyo".

Ukusetyenziswa kweBisphenol A (BPA)

I-Bisphenol A (BPA) yinto ebalulekileyo ekuveliseni ii-polycarbonates, ii-epoxy resins, kunye nee-polyester ezimelana nobushushu obuphezulu. Ikwasetyenziswa njenge-PVC stabilizer, i-plastic antioxidant, i-UV absorber, i-fungicide, njl.
Njengekhompawundi eguquguqukayo, i-BPA isetyenziswa kakhulu ekuveliseni ii-epoxy resins, ii-polycarbonates, ii-polyester resins, ii-polyphenylene ether resins, kunye nee-polysulfone resins. Ukongeza, isebenza njengesiqinisi se-polyvinyl chloride (PVC), i-antioxidant kwiplastiki, i-UV absorber, i-fungicide yezolimo, kunye ne-arhente yokulwa nokwaluphala kwirabha.
Ikwasetyenziswa njenge-antioxidant kunye ne-plasticizer kwiipeyinti kunye nee-inki. Kwi-organic synthesis, i-BPA isebenza njengesithako esiphambili sokwenza i-epoxy kunye ne-polycarbonate resins, kwaye isetyenziswa kakhulu njengezinto ezibalulekileyo kwi-compounds ze-synthetic ezineemolekyuli ezininzi, kunye nakwi-arhente ezilwa nokwaluphala, ii-plasticizers, kunye ne-fungicides yezolimo.

1. Ukuthembeka kokuhanjiswa kunye nokuGqwesa koKusebenza
Ezona mpawu:
Iindawo zokugcina izinto ezibalulekileyo kwiZikhungo zaseQingdao, eTianjin, naseLongkou ezineendawo zokugcina impahla ezingaphezu kwe-1,000
iitoni ze-metric zesitokhwe ezikhoyo
Ii-odolo ezingama-68% zihanjiswa kwiintsuku ezili-15; ii-odolo ezingxamisekileyo zibekwe phambili nge-logistics ekhawulezayo
itshaneli (ukukhawulezisa okungama-30%)
2. Ukuthobela uMgangatho kunye neMigqaliselo
Iziqinisekiso:
Iqinisekiswe kathathu phantsi kwemigangatho ye-REACH, ISO 9001, kunye ne-FMQS
Ihambelana nemigaqo yococeko yehlabathi; izinga lempumelelo yokususwa kwerhafu nge-100%
Ukungeniswa kwempahla eRashiya
3. Isakhelo soKhuseleko lweNtengiso
Izisombululo zokuhlawula:
Amagama aguquguqukayo: LC (ukubona/ixesha), TT (20% kwangaphambili + 80% xa kuthunyelwa)
Iinkqubo ezikhethekileyo: ii-LC zeentsuku ezingama-90 kwiimarike zaseMzantsi Melika; uMbindi Mpuma: 30%
idiphozithi + intlawulo ye-BL
Ukusombulula iingxabano: Iprotokholi yokuphendula iiyure ezingama-72 kwiingxabano ezinxulumene nomyalelo
4. Iziseko zoPhuhliso lweZibonelelo ze-Agile
Inethiwekhi yezoThutho eziNinzi:
Ukuhanjiswa ngenqwelo moya: Ukuhanjiswa kweentsuku ezi-3 kokuthunyelwa kwe-propionic acid eThailand
Uthutho lwesitimela: Indlela ye-calcium formate eya eRashiya ngemijelo yase-Eurasia
Izisombululo ze-ISO TANK: Ukuthunyelwa ngqo kweekhemikhali ezingamanzi (umz., i-propionic acid ukuya
Indiya)
Ukuphucula ukuPakisha:
Itekhnoloji yeFlexitank: Ukunciphisa iindleko ze-ethylene glycol nge-12% (xa kuthelekiswa nedrama yendabuko)
ukupakishwa)
I-calcium formate/i-Sodium Hydrosulfide ekumgangatho wokwakha: Iingxowa ze-PP ezilukiweyo ezingama-25kg ezimelana nokufuma
5. Iinkqubo zokunciphisa umngcipheko
Ukubonakala ukusuka ekupheleni ukuya ekupheleni:
Ukulandelela i-GPS ngexesha langempela lokuthunyelwa kwesikhongozeli
Iinkonzo zokuhlola zabantu besithathu kwiindawo zokufikela (umz., ukuthunyelwa kwe-acetic acid eMzantsi Afrika)
Isiqinisekiso Emva Kokuthengisa:
Isiqinisekiso somgangatho seentsuku ezingama-30 kunye neendlela zokutshintsha/zokubuyisela imali
Izixhobo zokubeka esweni ubushushu zasimahla zokuthunyelwa kwezikhongozeli ze-reifer

Imveliso yemizi-mveliso yeBisphenol A (BPA) yaqala ngo-1923. Ukuza kuthi ga ngoku, amandla emveliso yehlabathi yeBPA afikelele kwi-1.45 yezigidi zeetoni. Imveliso yeBisphenol A BPA eTshayina yaphuhliswa kunye nenkqubela phambili ye-epoxy resins. Ukususela ngo-1958 ukuya ku-1980, ixesha elide kakhulu, zonke iifektri ezivelisa i-epoxy resins zenze i-BPA njengeemveliso ezixhasayo zodwa. Ekubeni uninzi lwabavelisi besebenzisa indlela ye-sulfuric acid (kuquka indlela endala ye-sulfuric acid kunye nendlela ephuculweyo ye-sulfuric acid), iBisphenol A BPA evelisweyo ayizange ihlangabezane neempawu zomgangatho eziboniswe kwiTheyibhile 1. Ngenxa yoko, iBisphenol A BPA ethengiswayo eveliswe ekhaya yayingabonakali kangako kwimarike.