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Metallized film is an electrical film made of BOPP, which is used as a material for capacitors to store energy. It has various applications in the fields of new energy, industry, electronic products, and home appliances. Metallized film is produced using galvanized aluminum alloy to create capacitor products.
The electrical properties of metallized film are exceptional, and the thickness of the product typically ranges from 2 to 12 microns. It can be categorized into three types: zinc and aluminum metallized film, zinc metallized film, and aluminum metallization with heavy zinc. Each type has a different range of square resistance and is used for different applications with specific square resistance requirements.
1.Consistent electrical characteristics, including metallization;
2.Customizable special processes available:
high resistance, protective film, heat and humidity resistance, ultra-thin, low power consumption, low noise, waveform cutting, and more.
Metallized films serve different purposes in capacitance generation across various ranges.
Applications in the field of renewable energy:
Direct current support, filtration, energy storage, and more.
Applications in industrial capacitors:
Direct current support, filtration, energy storage, bypass, coupling, reactive power compensation, and more.
Applications in electronic products:
Filtration, energy storage, interference prevention, resistance-capacitance reduction, and other related issues.
Applications in home appliances:
Starting, speed regulation, resonance, filtration, and more.
Metal layer composition | Zinc and Aliminum(Adjustable content) |
Heat shrinkage | MD≤3.0% |
Tensile strength | MD≥120Mpa |
Wave slitting on the strengthened or reserved side | 0.3mm-0.8mm |
We can offer customizable production based on customer requirements.
Metallized films have a wide range of applications.
In the field of new energy, they are used in new energy vehicles, charging stations, and wind and solar power generation.
In industrial capacitors, they are utilized in rail transportation, low-voltage power capacitors, and communication systems.
In the electronics field, they are employed in mobile phone fast charging, wireless charging, and various electronic devices.
Metallized film is an electrical film made of BOPP, which is used as a material for capacitors to store energy. It has various applications in the fields of new energy, industry, electronic products, and home appliances. Metallized film is produced using galvanized aluminum alloy to create capacitor products.
The electrical properties of metallized film are exceptional, and the thickness of the product typically ranges from 2 to 12 microns. It can be categorized into three types: zinc and aluminum metallized film, zinc metallized film, and aluminum metallization with heavy zinc. Each type has a different range of square resistance and is used for different applications with specific square resistance requirements.
1.Consistent electrical characteristics, including metallization;
2.Customizable special processes available:
high resistance, protective film, heat and humidity resistance, ultra-thin, low power consumption, low noise, waveform cutting, and more.
Metallized films serve different purposes in capacitance generation across various ranges.
Applications in the field of renewable energy:
Direct current support, filtration, energy storage, and more.
Applications in industrial capacitors:
Direct current support, filtration, energy storage, bypass, coupling, reactive power compensation, and more.
Applications in electronic products:
Filtration, energy storage, interference prevention, resistance-capacitance reduction, and other related issues.
Applications in home appliances:
Starting, speed regulation, resonance, filtration, and more.
Metal layer composition | Zinc and Aliminum(Adjustable content) |
Heat shrinkage | MD≤3.0% |
Tensile strength | MD≥120Mpa |
Wave slitting on the strengthened or reserved side | 0.3mm-0.8mm |
We can offer customizable production based on customer requirements.
Metallized films have a wide range of applications.
In the field of new energy, they are used in new energy vehicles, charging stations, and wind and solar power generation.
In industrial capacitors, they are utilized in rail transportation, low-voltage power capacitors, and communication systems.
In the electronics field, they are employed in mobile phone fast charging, wireless charging, and various electronic devices.
