I-Coarden ephantsi ePhezulu iPhezulu iPhakanyiwe

Njenge-foil ye-realper ethathwayo i-POPER, le mveliso inomsebenzi wokusebenza ngcono. Ingacotha ngokufanelekileyo inkqubo yokuvelisa, ifezekise isantya esiphezulu kwaye sikhawuleze ukutya okukhawulezayo, kunye nokuphucula izinga lokuvumelanisa lePCBS.

Thumela i-imeyile kuthi

Iinkcukacha zemveliso

Iimpawu zeMveliso

Iinkcukacha

●Ubunzima: I-12m 18um 35um 70m
●Ububanzi obumiselweyo: i-1290mmm, sinokwenza ukusika njengobukhulu bemfuno
●Iphakheji yebhokisi yebhokisi
●I-ID: 76 mm, i-152 mm
●Ubude:
●Isampuli inokubonelela
●Ixesha le-Coult :09ys
●IKOTA: IFOB, CIF ...
●Into yokuhlawula: I-50% ye-50% ye-T / T idipozithi, ibhalansi yebhalansi ngaphambi kokuthumela.

Iimbonakalo

●Ukubuyela umva kwe-foil yobhedu
●Iprofayile esezantsi, ngamandla aphezulu e-peel
●I-foil ephathwayo ipinki
●Njenge-foil ye-realper ethathwayo i-POPER, le mveliso inomsebenzi wokusebenza ngcono. Ingacotha ngokufanelekileyo inkqubo yokuvelisa, ifezekise isantya esiphezulu kwaye sikhawuleze ukutya okukhawulezayo, kunye nokuphucula izinga lokuvumelanisa lePCBS.

Isicelo

●Ukuhamba rhoqo, i-ultra -highchancy, ufaka isicelo kwiBhodi yePPE
●Iphethini yesekethe elungileyo
●Isetyenziswa ikakhulu kwiibhodi ezinamaqela kunye neeBhodi eziPhakamileyo.

Iipropathi eziqhelekileyo ze-Coarden eziphantsi eziPhezulu zokuKhangela

Ukwahlulahlula			Iyunithi	Imfuneko				Indlela yovavanyo
Ubunzima bokuthintela			um	12	18	35	70	IPC-4562A
Isisindo sendawo			g / m²	107±5	153± 7	I-285 ± 10	I-585± 20	I-IPC-TM ye-TM-650 2.2.12
Ubunyulu			%	≥99.8				I-IPC-TM-TM-650 2.3.15
ROmaghts	Icala elicwebezayo (ra)		um	3.0				I-IPC-TM-TM-650 2.2.17
	Icala le-matte (rz)		um	≤5.0	≤6.0	≤8.0	≤10
Tensile strength	RT (23 ° C)		Mpa	≥276				I-IPC-TM-TM-650 2.4.18
	H.T. (I-180° c)			≥138
I-elongwation	RT (23 ° C)		%	≥4	≥4	≥8	≥12	I-IPC-TM-TM-650 2.4.18
	H.T. (I-180° c)			≥3	≥4	≥4	≥4
Amandla e-Peel (Fr-4)			N / mm	≥1.0	≥1.2	¶1.4	≥1.8	I-IPC-TM-TM-650 2.4.8
			Lbs / ngaphakathi	≥5.7	≥7.4	≥8.0	≥10.2
I-Pinholes kunye ne-Porosity			Inombolos	No				I-IPC-TM-TM-650 2.1.2
Anti-i-oxidince		RT (23 ° C)	Iintsuku	90
		H.T. (200° c)	Imizuzu	30