PE Separator for Tubular Invertor Battery

• Type: Lead-Acid Batteries
• Usage: Car, Bus, UPS, Electric Power, Lighting
• Nominal Voltage: 12V
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: 8.0*190
• Discharge Rate: High Discharge Rate
• Shape: Square Battery
• Electrolyte: Acid
• Installation: Fixed
• Rechargeable: Chargeable
• Product Name: PE Separator for Tubular Invertor Battery
• Size: Customized
• Thickness: 1.0mm/1.3mm
• Sample: Avaliable
• Transport Package: Standard Export Carton
• Specification: ISO9001
• Trademark: Global
• Origin: China
• HS Code: 70199090
• Production Capacity: 2000tons/Year

Product Description

PE battery separator, PE envelope separator, PE rolling, pe separator, car pe separator, battery separator, lithium battery, pe battery separator, agm separator

PE battery separater is the new type separator in Europe and USA.And it is made of special material like UHMWPE and Hydroted Silica by CNC production line.The products are PE slitted tape,PE composite separator,PE envelop separator,PE sleeve separator.We can process it according to customers' special request.Look forward to cooperate with you for long time cooperation.

Rids on both side of PE battery separator would minimize the separator cracks caused by the oxidation, thus, extend battery's life. Adapt to motorcycle batteries.


Technical Data

Item	Units	Parameters
B/W	mm	0.200±0.030  0.250±0.030
O/A	mm	(0.80~1.30)±0.05
Puncture resistance	N	≥8
Elongation(CMD)	%	≥300
Electrical resistance	Ω.dm2	≤0.0010(standard) ≤0.0015(special)
Porosity	%	≥55
B/W oil content	%	≥8
O/A oil content	%	12≤total≤18
Moisture content	%	≤3.0
Dimension stability	%	≤1.0
Wetting time	S	≤60
Acid weight loss	%	≤4.0
Fe content	%	≤0.010
Cl content	%	≤0.030
Reducing substance	Ml/g	≤10
Oxidation stability After-oxidation elongation(CMD)	%	≥100(48h)

Best Performance

l Higher pore volume;

2 Lower electrical resistance;

3 Lower acid displacement;

4 Optimal pore size distribution for controlled oxygen transfer.