Internal tests have shown batteries with Hi-Sep separators exhibit much better deep discharge recoverability. Hi-Sep also helps extend battery life due to high resistance to electro-chemical oxidation.
- High electro-chemical oxidation resistance
- High volume porosity of 72%
- Absence of oil leachants
- Low electrical resistance resulting in quick charge acceptance
- Better deep discharge recoverability
- Supplied in a variety of combinations including ribs, glass mat, or both to suit battery requirements
Hi-Sep battery separators for motive power applications offer flexibility to battery manufacturers in designing the battery to meet specific end performance requirements.
To request a Technical Data Sheet please click Contact Us above and complete the form.
|
Leaf |
Envelope |
Roll-Sleeve |
| Flat Plate Battery |
|
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| Tubular Battery |
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|
|
Flat Plate Battery (N60 - N180 Ah battery capacity)
| Grade |
Separator
Form |
Base
Thick
(mm) |
Glass
Tissue
Thickness
(mm) |
Rib
Thickness
(mm) |
Electrical
Resistance
(Ohm-Cm2) |
Electrochem
Oxidation
Separator
Life
(Hours) |
| BHSS165LG |
Leaf |
0.55 |
0.40 - 0.90 |
none |
0.050 |
800 |
| BHSS165LGR |
Leaf |
0.55 |
0.70 - 0.90 |
0.60 |
0.095 - 0.140 |
800 |
Tubular Battery (60 - 200 Ah battery capacity)
| Grade |
Separator
Form |
Base
Thick
(mm) |
Glass
Tissue
Thickness
(mm) |
Rib
Thickness
(mm) |
Electrical
Resistance
(Ohm-Cm2) |
Electrochem
Oxidation
Separator
Life
(Hours) |
| BHSP140SR-BHSP140RR |
Roll/Sleeve |
0.45 |
none |
0.80 - 1.10 |
0.130 |
800 |
| BHSS200LG |
Leaf |
0.70 |
0.40 |
0.70-1.40 |
0.130 |
800 |