I-UP-6013 ASTM D4541D7234, ISO 462416276 Isivavanyi sokuzityabeka ngokuzenzekela, sitsale uMvavanyi wokuncamathela oFakelweyo

I-UP-6013 ASTM D4541D7234, ISO 462416276 iTesta yokuNxibelela ngokuzenzekelayo, iTshala iAdhesion Tester

Intshayelelo

Okwangoku kukho iindlela ezintathu eziphambili zokuvavanya ukuncamatheliswa kwengubo kwi-substrate: ukukhwela ibhayisekile, ukunqumla, kunye nokutsalwa.Zombini ibhayisikili kunye ne-cross-hatch inokuvavanya kuphela i-grate yokubambelela, kodwa ayikwazi ukulinganisa iziphumo.Indlela yokutsala inokuchaza ngokobungakanani ubungakanani obuthile bokubambelela, kwaye kucacile ukuvavanya ukudibanisa kweengubo ezahlukeneyo, ezifanelekileyo kakhulu kubaphuhlisi bokuqulunqa.

I-Automatic Digital Pull-off Adhesion Tester sisixhobo esitsha sokuvavanya ukunamathela esiphuhliswe yinkampani yethu.Ivavanya i-hydraulically umaleko wendawo ethile.Yonke inkqubo yokutsalwa yenziwa ngokuzenzekelayo sisixhobo.Ngoko ke, isantya sokutsala sizinzile kwaye siyalawuleka, sigwema impazamo ebangelwa ukunyanzeliswa kwesandla;amandla okutsala angabonakaliswa ngokuchanekileyo ngomboniso wedijithali, kwaye kukho iiyunithi ezimbini ezahlukeneyo zeMPa kunye ne-psi eziza kunyulwa;umda ophezulu woxinzelelo unokumiselwa;emva kokufikelela kuxinzelelo olubekiweyo, ixesha lokuhlala lingamiselwa ukuvavanya ukuqina kwesampulu phantsi koxinzelelo oluthile?

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Isixhobo sihlangabezana neemfuno ze-GB / T 5210, i-ASTM D4541 / D7234, i-ISO 4624 / 16276-1, njl njl. Ingumhloli wokuqala wokutsala ngokuzenzekelayo e-China kwaye uneempawu zokusebenza okulula, idatha echanekileyo, iindleko zokugcinwa okuphantsi. kunye nexabiso eliphantsi lokuxhasa izinto ezityiwayo.Uvavanyo lokuncamathela phakathi kweengubo ezahlukeneyo kwezinye iidyasi zesiseko sekhonkrithi, i-anti-corrosion coatings okanye iinkqubo zedyasi ezininzi.

Isampulu yovavanyo okanye inkqubo isetyenziswa kwindawo ethe tyaba enobukhulu obufanayo.Emva kokuba inkqubo yokugqoka isomile / iphiliswe, ikholomu yokuvavanya idibaniswe ngokuthe ngqo kumphezulu wengubo kunye ne-adhesive ekhethekileyo.Emva kokuba i-adhesive iphiliswe, i-coating itsalwa ngesantya esifanelekileyo ngesixhobo sokuvavanya amandla afunekayo ukuphula ukudibanisa phakathi kwengubo / i-substrate.

Kuyafaneleka ukuba kuqatshelwe ukuba i-tensile force ye-interfacial interface (ukungaphumeleli kokubambelela) okanye ukunyanzeliswa kwamandla okuzitshabalalisa (ukungaphumeleli kokubambisana) kusetyenziselwa ukubonisa iziphumo zovavanyo, kunye nokungaphumeleli kokubambelela / ukubambisana kunokwenzeka ngaxeshanye.

Iiparamitha eziphambili zobugcisa

Idayamitha yokusonta	20mm (umgangatho);10mm, 14mm, 50mm (ukhetho)
isisombululo	0.01MPa okanye 1psi
ukuchaneka	± 1% uluhlu olupheleleyo
tensile strength	Idayamitha yokusonta 10mm→4.0~80MPa;Idayamitha yeSpindle 14mm→2.0~ 40MPa; Idayamitha yeSpindle 20mm→1.0~20MPa;Idayamitha yeSpindle 50mm→0.2~3.2mpa
izinga loxinzelelo	Idayamitha yokusonta 10mm→0.4~ 6.0mpa /s;Idayamitha yeSpindle 14mm→0.2 ~ 3.0mpa /s; Idayamitha yeSpindle 20mm→0.1~ 1.5mpa /s;Idayamitha yeSpindle 50mm→0.02~0.24mpa /s
ukunikezwa Amandla	ibhetri ye-lithium eyakhelwe-ngaphakathi ixhotyiswe ngobonelelo lwamandla oluphinda litshajwe
ubungakanani bamamkeli	360mm×75mm×115mm (ubude x ububanzi x ubude)
ubunzima bomkhosi	4KG (emva kwebhetri epheleleyo)