Customized solution for various applications.

At Foresight Energy Technologies, we focus on your business through personalized collaboration.

What we do

Foresight main businesses.

Development and production of Lithium batteries separators
Advancement on next-generation power battery applications
Strategic co-operation and co-development partnership
How we do

Provide knowledgeable services.

Offer our expert know how to co-develop the desired lithium-ion battery solutions with the customers.

1

Professional manufacturing

Complete focus while sparing no effort in the research and development of our professional isolation film products.
2

Integrity sales

Establish relationships with our customers based on integrity commitments. Forming stable and mutual trust for long-term collaborative partnerships.
3

Sincere service

Achieve high customer satisfaction through our sincere attitude. Provide professional manufacturing & services to our customers and solving any challenges or roadblocks they may have encountered.

Various market applications.

Energy storage system.

Various market applications.

High C-rate battery cell.

Various market applications.

Low emission vehicle.

Various market applications.

Starting battery.

Featured products

Introduction
We develop and produce multi-functional dry process type (uniaxial stretching) separator which is widely used in rechargeable lithium-ion batteries, secondary lithium batteries and a variety of energy storage batteries.
Product #1
Polyethylene (PE) separator.
Find out more
Product #2
Polypropylene (PP) separator.
Find out more
Product #3
Multi-layer (PP/PE/PP) separator.
Find out more
Intro
Battery separator isolation filmpolyethylene PE separator
PE
polypropylene PP separator
PP
multi-layer PP/PE/PP separator
ML

Our solution advantages.

  • High porosity

    High porosity could increase the absorption of electrolytes in the separator, extend the cycle life, and reduce the resistance of diffusion of lithium-ion.

  • High permeability

    High permeability could increase the ability of the cell to charge and discharge.

  • High safety

    High tortuosity of the separator could avoid dendrite formation.

  • High uniformity

    Homogeneous pore distribution creates high uniformity of the cell.

  • High strength

    High strength could increase the yield rate of the cell.

Polyethylene (PE) separator.

Scanning electron microscopy (SEM)

PE Basic Parameters
Product Properties
in Millions
PE Basic Parameters
per Sq KM
Thickness (µm)
25
32
40
Air Permeability (Sec/10cc)
13±2
17±2
25±2
Porosity (%)
50±2
50±2
50±2
Volume Shrinkage @ 90℃
≤2%
≤2%
≤2%
Volume Shrinkage @ 105℃
≤5%
≤5%
≤5%
Volume Shrinkage @ 120℃
-
-
-
Puncture Resistance (g)
>300
>350
>400
Longitudinal Tensile Strength (kgf/cm²)
>1800
>1800
>1800

Polypropylene (PP) separator.

Scanning electron microscopy (SEM)

C type - specifications
Product Properties
in Millions
FD-16
per Sq KM
FD-18
per Sq KM
FD-20
per Sq KM
Thickness (µm)
16
18
20
Air Permeability (Sec/10cc, Gurley)
8
Porosity (%)
50±2
50±2
50±2
Shrinkage @ TD, 1HR, 120℃
≒0
≒0
≒0
Shrinkage @ MD, 1HR, 120℃
<4%
<4%
<4%
Puncture Strength (gf)
>380
>
>
Tensile Strength @ MD (kgf/cm²)
>2000
>
>
Tensile Strength @ TD (kgf/cm²)
>100
>
>
95%
D type - specifications
Product Properties
in Millions
FM-16
per Sq KM
FD-25
per Sq KM
per Sq KM
Thickness (µm)
16
25
Air Permeability (Sec/10cc, Gurley)
8
10
Porosity (%)
50±2
50±2
Shrinkage @ TD, 1HR, 120℃
≒0
≒0
Shrinkage @ MD, 1HR, 120℃
<4%
<4%
Puncture Strength (gf)
>350
>480
Tensile Strength @ MD (kgf/cm²)
>2000
>2000
Tensile Strength @ TD (kgf/cm²)
>100
>100

Multi-layer (PP/PE/PP) separator.

Scanning electron microscopy (SEM)

Best solution for better life.
An advanced microporous membrane technology company.

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