• PVC SiO2 Battery Separator
  • PVC SiO2 Battery Separator
  • PVC SiO2 Battery Separator
  • PVC SiO2 Battery Separator
PVC SiO2 Battery Separator

Brand: JHTD

Product origin: China

Delivery time: 10 working days

Supply capacity: Sufficient capacity, can meet the needs of any well-known large customer

- PVC SiO2 battery separator has a richer pore structure
- PVC SiO2 battery separator has excellent flame-retardant properties
- PVC SiO2 battery separator has good toughness
- PVC SiO2 battery separator can be processed into bag-type

PVC SiO2 Battery Separator

Introduction

As the separator of the sealed valve-regulated gel battery, it plays an important role in the structure of the battery, and it plays a key role in improving the cycle life of the battery. The battery separator has the function of isolating the positive and negative electrodes inside the battery, and can avoid the short circuit between the positive and negative electrodes inside the battery. At the same time, the separator must be able to allow conductive ions to pass through. The high-rate discharge capacity of the battery has an important influence on the terminal voltage level, and the stability of the separator directly affects the battery life. For the electrolyte alone, it is necessary for the separator to have enough space and pores to conduct ions through. Therefore, the separator is called the third pole of the battery, and it has become an important means for developing new batteries or improving existing batteries.

 

PVC-silica separators are also called wet-process PVC separators, which are mainly used in valve-controlled sealed lead-acid gel batteries. PVC-silica separator has higher porosity than sintered PVC separator, more ideal pore size distribution, better puncture resistance, better compressive strength and stronger toughness than polyethylene PE separator It has better oxidation resistance and chemical stability.

 

Feature

The PVC SiO2 separator that we produced has a richer pore structure, which improves the porosity of the separator, thereby effectively reducing the resistance of the separator and increasing the battery capacity.

 

The PVC SiO2 separator has a porosity greater than 78%, the maximum pore diameter is less than 10 microns, the wetting speed to the electrolyte is within 2 seconds, and the resistance is only 0.0003Ω.dm2, which is one-tenth of that of ordinary separators.

 

The PVC SiO2 separator has excellent flame-retardant properties and good toughness, is not easy to be damaged during packaging, transportation and assembly of the battery, and can be processed into a bag-type separator. The PVC battery separator also has the advantages of not being easy to absorb moisture and having a long storage shelf life.

 

Specification of PVC SiO2 Separator

 

Items

Standard value

Actual test value

Moisture(%)

≤1.5

1.5

Substrate thickness(mm)

≥0.45

0.55

Maximum pore size(um)

≤25

8

Containing porosity(%)

≥70

84

Resistance(Ω.dm2)

≤0.003

0.0005

Wettability(s)

≤5

3.8

Tensile Strength(MPa)

 

3.47

Impurity content

Fe(%)

≤0.005

0.0042

Cl(%)

0.003

0.00078

Mn(%)

≤0.0002

ND

Cu(%)

≤0.0005

ND

Ni(%)

≤0.0005

ND

Cd(%)

≤0.0002

ND


CE CERTIFICATE


Micro-porous PVC-SiO2 Separator


PATENT CERTIFICATE


PVC-silica separator



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