Specifications

Used high-intensity ESD shielding mylar, nylon, metallic foil and polyethylene by multi-complicated technologies.

 This kind of bag can keep components sensitive to static away from the potential static danger to the largest extent. Its special four-layer structure can create an inductive cover to separate the goods inside from the static field. Furthermore. The inner layer is made from polyethylene or poly propylene which can avoid static generation inside the bag. In addition, this kind of hot seal bag is translucent, so the goods inside can be easily recognized from outside. It' s surface resistance is≤ 108-1010Ω

No.	Item	Unit	Test standard and index
1	Metal layer resistance	ohm/sq	<100
2	Metal layer optical transmission	Optical density	40%-0.4 optical density
3	Surface resistivity	Ohm/sq	<1010
4	Time for static removal	5000-0V	<0.01 Sec. FTMS 101 B Method 4046
5	Friction static	E1A541 Appendix C	TriboelectricNanocouIombs
		Avg.	Quartz<13n/in Tefion.<13n/in
	Capacitance release	Voltage difference -E1A541	<10V
6
7	Anti-erosion	FTMS 101 C	No visible spots FTMS 101 C  Method  3005
8	Tensile strength	Ibs./in	ASTM  D882          >18
9	Tear initiation	Ibs./in	ASTM  D1004         >2.5
10	Puncture resistance	P.S.I	ASTM  D3420         >100
11	Tear resistance	Ibs./in	ASTM  D882          > 8
12		gm/100in-2/24hrs	ASTM  E  96          <0.2
	MVTR
13	Oxygen barrier	CC/100in-2/24hrs	ASTM  D  3985         <0.5
14	Heat seal temperature	F	250-375F
15	Heat seal pressure	P.S.I	30-70
16	breaking tensile force N/15mm	N/15mm	GB/96-04-10
17		%	GB/96-04-10
	Breaking elongation rate	%	GB/96-04-10
18	Laminating strength N/15mm	N/15mm	GB/96-04-10
		N/15mm	GB/96-04-10
19	Seal strength	N/15mm	GB/96-04-10
20	Size	GB/96-04-10	Thickness ±10%; length ±3 mm; width ±2 mm
21	Appearance	GB/96-04-10	No delamination, burst seal, wrinkle, warp, break, foreign particle adherence, air bubble beyond sealing diameter≤3mm