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Photovoltaic Materials

Electronic Materials

Functional Film Materials

Other Materials

Photovoltaic Encapsulant Film

Backsheet for PV Module

Other PV Materials

EVA Film for PV Module

POE Encapsulant

Co-Extrusion Film

Color Encapsulant

Light Conversion Film

Special Film for Busbar-Free (0BB) PV Module

EVA Film for PV Module

The EVA film used in photovoltaic(PV) modules, can play a protective role for the cells and enable long-term operation of PV modules outdoors.

EVA film can provide protection for solar cells, ensuring the long-term and efficient operation of photovoltaic modules outdoors.

The characteristics of EVA

Excellent durability, such as weather resistance, high-temperature and high-humidity resistance, UV light resistance.

Excellent adhesion to glass, metal and polymer backsheet, maintaining long term adhesion.

Excellent light transmittance, transparency and insulation properties.

Good manoeuvrability during lamination process.

EVA Film Series

Normal Series EVA

Super Fast-Cure EVA

EBISU^? S-Series Lower Acid EVA(S406 & S806)

EVA Film for LECO-TOPCon

Normal Series EVA

Normal series EVA include F?RST^? F406P & F806P and F406PS & F806PS, which exhibit high transmittance and excellent durability.

F406P & F406PS are UV transmittance; F806P & F806PS are UV cut-off. F406P & F806P and F406PS & F806PS can be applied to the front/rear side of PERC modules and the rear side of TOPCon modules.

Performance

Properties

Test Method

Unit

F406P&F406PS

F806P&F806PS

Optical

Transmittance1100nm-380nm380nm-290nm

GB/T 29848-2018

≥91

GB/T 29848-2018

≥80

Physical

VA content

GB/T 29848-2013

28±2

Gel content

GB/T 29848-2018

Gel%

≥75

Electrical

Volume Resistivity

GB/T 29848-2018

Ω?cm

≥1.0×101?

Dielectric Strength

GB/T 29848-2018

kV/mm

≥28.0

CTI

GB/T 29848-2018

≥600

Mechanical

Strength of Peeling from Glass

GB/T 29848-2018

N/cm

≥60

Strength of Peeling from Backsheet

ISO 8510-2:1990

N/cm

≥40

Tensile Strength (Cured)

GB/T 29848-2018

MPa

≥16

Elongation at Break (Cured)

GB/T 29848-2018

≥450

Shrinkage Rate

GB/T 29848-2018

≤3.0

GB/T 29848-2018

≤1.5

Dry Film Photoresist

Photoimageable Coverlay

Flexible Copper Clay Laminates

FSTEM has developed a next-generation water-soluble dry film photoresist to meet evolving demands in PCB/FPC industries. Compared to conventional products, it delivers high resolution, superior adhesion, low odor, and residue-free performance, effectively improving production yield, reducing environmental pollution, and offering outstanding environmental and economic benefits.

FPC Dry Film Photoresist

Semi-LDI Dry Film Photoresist

LDI Dry Film Photoresist

Dry Film Photoresist for IC Substrate Packaging

FPC Dry Film Photoresist

These Dry Film Photoresist(DFR)are aqueous processable photosensitive film newly developed for FPC, which are excellent in adhesion, resolution and stripping property.

Main Characteristics Of FPC Dry Film Photoresist

High sensitivity

High resolution

Excellent adhesion

Fast stripping

Residue-free development

Wide processing window

Performance

Series

Thickness(mil)

Features

FE-5200

0.8/1.0/1.2

Compatible with Wet Lamination ProcessCommon Dry Film Photoresist

FE-5300

0.8/1.0/1.2/1.5

High Resolution & Filling CapacityOptimized for Rigid-Flex Boards

FA-1100

0.8/1.0/1.2

High Resolution and Superior Adhesion

National Sales & Service Hotline for Dry Film Photoresist

0571-6381 6856

As a key material in soft pack lithium batteries, aluminum laminated film (also known as ALF) is widely used in 3C consumer batteries, energy storage batteries, power batteries, and solid-state battery. It has the advantages of weight reduction, material reduction, diverse shapes, and non-explosion resistance.ALF is the flexible packaging film of lithium ion battery, and it is also the most critical and technically difficult material in soft packaging lithium battery. FIRST aluminum-plastic film insists on independent research, and its independent formula is designed in core raw materials such as "PP film, anti-corrosion layer, outer layer adhesive, inner layer adhesive". It has more than 30 technology patents. FIRST has well-developed aluminum-plastic film design and development technical capabilities, has developed electrolytic corrosion resistance, black, ultra-thin and other series of aluminum plastic film, to meet the needs of different customer application scenarios, and constantly develop new products, improve quality. The aluminum-plastic film products produced have been highly recognized by customers, with cumulative shipments exceeding 50 million square meters.

Dry Lamination Process Series Aluminum Plastic Film

Hot Pressing Process Series Aluminum Plastic Film

Dry Lamination Process Series Aluminum Plastic Film

The FIRST ALF dry process products are produced using advanced equipment, proprietary AL processing technology, and advanced dry process technology, ensuring excellent performance in composite strength, electrolyte resistance, and formability. This series of products are particularly suitable for the soft packaging design of 3C digital lithium batteries due to its lightweight characteristics, covering multiple fields such as smartphones, tablets, computers, cameras, and electric toys. At the same time, we provide customized products to meet specific application needs such as electronic cigarettes, power batteries, solid-state batteries, sodium ion batteries, etc.

Main characteristics

Good penetration performance

Good anti short circuit performance

Excellent appearance and cutting performance

Product Structure and Specifications

Model

Thickness μm

Model

Thickness μm

FALF-76DL

FALF-113DL

113

FALF-88DL

FALF-P113DL

116

FALF-91BDL

FALF-153DL

153

FALF-113BDL

113

FALF-P153DL

153

Performance

Typical Values

Unit

Test Method

Model

91BDL

113BDL

76DL

88DL

113DL

P113DL

153DL

P153DL

Thickness

μm

GB/T 6672-20010.0001mm

113

116

153

Peel Strength PA/ALSealing Strength

N/15mm

GB 8808-88180o 50 mm/min

≥2

≥3

≥2

≥3

≥4

≥3

≥4

Peel Strength AL/PPSealing Strength

N/15mm

GB 8808-88T-shaped??300 mm/min

≥9

≥11

≥7

≥9

≥11

≥18

Electrolyte Sealing Strength

N/15mm

QB/T 2358-1998PP deformation rate is 30-50%

≥45

≥60

≥40

≥45

≥60

≥80

ElectrolyteElectrolyte Sealing Strength

N/15mm

QB/T 2358-1998PP deformation rate is 30-50%

≥40

≥50

≥35

≥40

≥50

≥70

≥4

Formability

Mold Size60 mm×75 mmR=1.5 mm

≥5.0

≥6.0

≥4.5

≥5.0

≥6.0

≥5.5

≥6.0

≥5.5

Electrolyte Resistance

N/15mm

EC/DEC/DMC=1/1/1 1mol/L LiPF?85 ℃?24 h

≥8

≥10

≥6

≥8

≥10

≥14

Lab value

Hunter Lab UltraScan VIS

L?25.0±2.0 a?0±1.0 b?-1.0±1.0

The average thickness deviation is within ±6%, width deviation is ±1mm, length deviation is 0-2m, winding end face uniformity ±1mm, product standard specification width 400 mm/480 mm/800 mm, length 200~500 m.

At the same time, the customized R&D, production and sales of special specifications can be achieved to meet our customers' requirements as much as possible.

National Sales & Service Hotline for: Aluminum Laminated Film

0571-63717704

Membrane Support Fabric

OLED Display Panel Encapsulation Ink

Optoelectronic Materials

Reverse Osmosis Membrane Support Fabric

Ultrafiltration/Microfiltration Membrane Support Fabric

PV Paper

Reverse Osmosis Membrane Support Fabric

The FROS series is a precision-engineered support fabric specifically designed for reverse osmosis membranes.

This porous substrate, built from uniformly layered ultra-fine PET fibers, provides critical structural support within water treatment membranes. It is ideally suited for coating with polymer resins like polysulfone (PSU), polyethersulfone (PES), and polyvinylidene fluoride (PVDF), enabling the formation of a high-performance polymeric porous layer.

Performance

Properties

Test Method

Unit

Technical Index

FROS-10077B

FROS-10077A

Basic performance

Basis weight

GB/T 451.2-2002

g/m2

77±5

72±5

Thickness

GB/T 451.3-2002

μm

96±6

Physical

Air Permeability

JIS-L?1096-1999

mL/(cm2*s)

1.0±0.5

1.5±0.5

Tensile Strength-MD

GB/T 12914-2008

N/15mm

＞80

Elongation at Break (Cured)-MD

GB/T 12914-2008

＞10

Tensile Strength-CD

GB/T 12914-2008

N/15mm

＞40

Elongation at Break (Cured)-CD

GB/T 12914-2008

＞10

Note: Customizable development is available based on specific customer requirements.

National Sales & Service Hotline for: Membrane Support Fabric

0571-63717704

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