-I-engile yoQhagamshelwano eStatic: Kulinganiswa kusetyenziswa amanzi kunye ne-dioodomethane (okanye i-hexadecane) ngokwahlukeneyo. I-angle yokudibana kwamanzi idla ngokuba ngaphezu kwe-110 °. I-angle ephezulu yokudibanisa i-oyile ibonisa ukuxhathisa okunamandla kwi-oyile ye-oyile kunye nokubambelela.
-Iengile yokuqengqeleka/yokuSlayida: I-engile apho ithontsi lomthamo othile liqala ukutyibilika lisuka kumphezulu othe tye. I-angle encinci yokuqengqeleka ibonisa iipropathi ezingcono zokuchasa ukuncamathela kunye nokucoca lula, okubaluleke kakhulu kuvavanyo lwe-oyile.
-Ubalo lwaMandla oMphezulu waMahala:Iinxalenye zepolar kunye nezisasazekileyo zibalwa kusetyenziswa iindlela ezifana ne-Owens-Wendt. Okuya kusezantsi amandla omphezulu (ixabiso elifanelekileyo le-PTFE limalunga ne-18–20 mN/m), kokukhona kunzima kwizingcolisi eziqinileyo kunye nolwelo ukuba lumanzi kwaye lusasazeke.
2. UVavanyo lweMechanical yeePropati eziChasene nokuNcama (i-Peel Force/Adhesion Force)
- Uvavanyo oluqhelekileyo lweTape yeTape eSensitive-Sensitive: Iteyiphu eqhelekileyo echaziweyo (umzekelo, i-3M 810 okanye iteyiphu echongiweyo yoxinzelelo) icinezelwe kumphezulu we-PTFE we tape usebenzisa i-roller eqhelekileyo. Emva kokushiywa ukuma ixesha elimiselweyo, uvavanyo lwe-peel lwe-180 ° lwenziwa ngomatshini wokuvavanya (bhekisa kwi-GB / T 2792). Ukunciphisa amandla e-peel, amandla epropathi echasene nokunamathela, enexabiso elifanelekileyo elingaphantsi kwe-0.1 N / 25 mm.
- Uvavanyo oluKhethekileyo lokuncamathela oluPhakathi: Izinto ezincamathelayo eziye zadibana nazo xa zisetyenziswa, njenge asphalt, iilebhile ezincamathelayo, okanye izinto zokuncamathelisa ezinyibilikayo ezishushu, zisetyenziselwa ukulinganisa amandla afunekayo ukuzixobula kumphezulu.
3. Iimvavanyo ezifaniswayo zokuchasana kweOyile kunye nokuCoca ngokulula
-I-Oil Stains Sliding/Residue Method: Isixa esiseti ye-oyile ye-injini, i-oyile yokupheka, okanye igrisi eyenziweyo igalelwa kwisampulu ethambekele kwi-engile ethile. Ubude be-sliding ye-oil stain okanye ipesenti yendawo eshiyekileyo kumphezulu ilinganiswa.
-Ubuchule boKusula boMba:
- Umhlaba owenziweyo oqhelekileyo (umxube wekhabhoni emnyama, igrisi, kunye ne-oleic acid) ugalelwa ngokulinganayo kwaye womiswe. Ilaphu elingena-lint elixutywe ngamanzi kunye ne-detergent engathathi hlangothi isetyenziselwa ukusula ngasemva naphambili kwinani eliqingqiweyo lemijikelezo phantsi komthwalo omiselweyo.
- Abavelisi belaphu le-fiberglass egqunywe nge-PTFE e-Jiangsu baqhele ukusebenzisa imitha yokwahlukana kombala ukulinganisa umahluko wombala ΔE ngaphambi nasemva kokusula, okanye ukulinganisa ubungakanani bomsebenzi wokucoca ngobunzima bomhlaba obushiyekileyo (indlela yegravimetric). I-ΔE encinci kunye nobunzima obuncinci obushiyekileyo bubonisa ukusebenza okungcono kokucoca okulula. Izinga lokubuyisela i-angle yoqhagamshelwano kwindawo ecocekileyo inokulinganiswa kwakhona.
- Uvavanyo oluKhawulezayo oluLungelelwano oluneMakishi e-Oyile: Uphawu olunamafutha lusetyenziselwa ukuzoba imigca phezu komhlaba. Qwalasela ukuba i-inki icutheka ibe ngamathontsi angaqhubekiyo okanye isasazeke ngokuqhubekayo, uze wosule ngelaphu elomileyo ukuze ubone ukuba ikhutshwa lula. Ukuncitshiswa okuvakaliswayo kunye nokususwa ngokulula kubonisa iimpawu ezintle zokuchasana kunye nokucoca lula.
4. I-Anti-Dust kunye ne-Anti-Particle Adhesion Testing
- Indlela yokuHlala uthuli: Uthuli oluqhelekileyo lovavanyo (umzekelo, i-ISO 12103-1 A2 uthuli olucolekileyo) luvumelekile ukuba luhlale ngokwemvelo kwiindawo zesampulu ezithe nkqo okanye ze-45 ° ngaphakathi kwegumbi elivaliweyo. Emva kokucofa kancinci okanye ukuvuthela ngerhasi yoxinzelelo oluphantsi, indawo/ubunzima obushiyekileyo bulinganiswa kusetyenziswa uhlalutyo lomfanekiso okanye iindlela zegravimetric.
- Ukususwa kothuli ngeNdlela yokuHamba komoya: Isixa esaziwayo sothuli sifafazwe ngokulinganayo kwisampulu ethe tye. Umyinge wokuqukuqela komjelo wenitrogen uyenyuka ngokuthe ngcembe, kwaye ubuncinci besantya sokuhamba komoya esifunekayo ukuvuthela uthuli ngokupheleleyo siyarekhodwa. Okukhona usezantsi isantya, kokukhona ipropathi yokuncamathela echasene nothuli.
- UVavanyo lwe-Electrostatic Adsorption Effects: Ekubeni i-adsorption yothuli isoloko isenziwa mandundu ngumbane ongatshintshiyo, i-surface resistivity kunye nexesha lokubola kwe-electrostatic kufuneka kwakhona kuvavanywe ukwahlula ukuba isiphumo sibangelwa yi-chemical anti-sticking okanye i-electrostatic adsorption.
5. UkuXhasa uVavanyo lokuZinzo
- Emva kokuguga okuphezulu (umzekelo, kwi-260 ° C okanye i-300 ° C) okanye i-friction / wear (i-Taber abrasion), i-angle yoqhagamshelwano ekhankanywe ngasentla, i-peel force, kunye neemvavanyo ezisebenzayo zokucoca ziphinda ziphindwe ukuze kuqinisekiswe ukuba ukusebenza akunciphisi ngokukhawuleza ngexesha lokusetyenziswa kwexesha elide.
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Olu lwazi lungentla lunikezelwa ngu I-Jiangsu Aoke yeTekhnoloji eNtsha yeTekhnoloji Co., Ltd.
Ukuba ungathanda ukufunda ngakumbi malunga neeparamitha ezineenkcukacha, iimeko zesicelo, kunye neenketho zokwenza ngokwezifiso uluhlu lwethu olupheleleyo lweemveliso-kubandakanya i-PTFE-coated fiberglass ilaphu, i-PTFE-coated fiberglass tape, i-PTFE-coated fiberglass mesh belt, amabhanti anamathele-anamathele angenamthungo, i-single-sided PTFE-belt-high-lahti, i-contact-high, Ilaphu le-fiberglass elixhathisayo-nceda uzive ukhululekile ukuqhagamshelana nathi:
Imfonomfono:
Mnu. Guo: 18944819998
UMnu. Liu: 13705266308
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