CY8681 ITO-Plated PET Film 0.125 mm 10Ω

ITO-Plated PET Film 0.125 mm 10Ω Description

This ITO-Plated PET Film combines high transparency with excellent conductivity in a remarkably thin 0.125 mm profile. The Indium Tin Oxide coating delivers a low surface resistance of 10Ω, making it suitable for applications requiring quick, reliable signal transmission. The PET substrate ensures mechanical stability and flexibility, while the uniform plating process helps maintain consistent optical clarity. This enables the film to perform exceptionally well in touch sensors, flexible displays, and other device components where both conductivity and clarity are essential.

Tested to rigorous quality standards, this film meets stringent industry requirements for durability and performance. Its reliable layer adhesion and precise surface uniformity minimise issues such as hot spots or irregular conductivity. Whether used in R&D prototypes or large-scale manufacturing, this ITO-Plated PET Film offers a dependable, cost-effective solution for advanced electronic and optoelectronic applications.

ITO-Plated PET Film 0.125 mm 10Ω Applications

ITO-Plated PET Film 0.125 mm 10Ω is a versatile, transparent, and conductive material that offers reliable performance for a wide range of industries. Its ability to provide consistent electrical conductivity while maintaining optical clarity makes it suitable for diverse applications in manufacturing, electronics, healthcare, and more. By combining flexibility, durability, and conductivity, this advanced material meets the growing demand for lightweight, high-performance components.

1. Industrial Applications

·        Touch panel sensors for automated manufacturing systems requiring transparency and reliable conductivity

·        Transparent EMI shielding in industrial equipment, reducing interference without compromising visibility

2. Research Applications

·        Development of flexible electrodes for scientific measurement devices and lab prototypes

·        Study of transparent conductive materials for future display technologies

3. Commercial Applications

·        Touchscreen interfaces for retail kiosks and consumer electronics with sleek, unobtrusive designs

·        Medical device monitors and sensors requiring accurate signal detection and high optical clarity

ITO-Plated PET Film 0.125 mm 10Ω Packaging

Each sheet of ITO-plated PET film (0.125 mm, 10Ω) is carefully sandwiched between non-abrasive liners, then placed in a moisture-barrier bag with desiccant to protect against humidity and dust. Proper storage in a cool, dry environment is recommended to prevent degradation. Anti-contamination measures include sealed edges and a controlled environment during packing. Customised packaging solutions, such as sized resealable pouches or vacuum-sealed options, are available upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

ITO-Plated PET Film 0.125 mm 10Ω FAQs

Q1: What are the key material properties of ITO-Plated PET Film 0.125 mm 10Ω?

A1: This ITO-Plated PET film has a 0.125 mm polyethylene terephthalate substrate coated with Indium Tin Oxide (ITO) offering a surface resistivity of about 10 ohms per square. It provides consistent electrical conductivity and excellent optical transmission, typically over 80% in the visible range. It is also noted for its uniform coating thickness, smooth surface finish, and stable performance under varied environmental conditions, making it suitable for diverse electronic and display applications.

Q2: How should this product be handled and stored?

A2: Proper handling requires wearing clean gloves to avoid surface contamination and protect the conductive layer. Avoid bending the film excessively, as this may compromise the ITO coating. Store the product in a clean, dry environment, ideally at a temperature of 15–25°C, with moderate humidity levels to prevent static buildup. Use appropriate protective packaging, ensuring the film remains free from dust, scratches, or moisture intrusion.

Q3: Which quality standards and certifications apply to ITO-Plated PET Film 0.125 mm 10Ω?

A3: These films are commonly produced under ISO 9001-certified manufacturing processes, ensuring consistent quality control and traceability. Many suppliers also adhere to RoHS (Restriction of Hazardous Substances) and REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals) guidelines, which limit the use of harmful chemicals. Additionally, thorough quality inspections, such as optical and electrical property testing, help maintain film uniformity, conductivity, and overall performance for commercial and industrial applications.

Related Information

1. Material Properties and Advantages

In this specialised ITO-Plated PET Film 0.125 mm 10Ω, the transparent conductive layer is engineered to deliver consistent electrical performance while maintaining the optical clarity required for display and sensor applications. The 0.125 mm thickness offers a balanced combination of flexibility and durability, allowing the film to withstand repeated bending without compromising its conductive surface. By maintaining a surface resistivity of 10Ω, it achieves uniform current distribution, which is particularly beneficial for thin-film heaters and touchscreen interfaces.

This film configuration capitalises on the proven properties of indium tin oxide (ITO) for stable conductivity, complemented by a polyethylene terephthalate (PET) base that resists tearing and abrasion. The integration of these materials results in a product that adapts to complex shapes and endures continuous mechanical stress, making it suitable for technologies that require dependable, long-lasting solutions. Additionally, its ability to operate under varying environmental conditions ensures consistent performance across multiple sectors, enhancing its practicality for diverse applications.

2. Applications in Advanced Industries

High-tech laboratories leverage ITO-Plated PET Film 0.125 mm 10Ω for the development of future electronic devices, ranging from flexible displays to sensitive optical sensors. Its thin profile and low resistivity enable rapid signal transfer, vital in precision equipment that demands instantaneous response times. In automotive interiors, the film supports touch-enabled control panels that integrate into the vehicle’s design, improving both aesthetic appeal and functional efficiency.

With personal health monitoring devices becoming more prevalent, this film’s unique conductive and transparent properties support precise biosensing applications. Its reliable performance and conductivity assist in maintaining the accuracy of essential medical readings, ensuring uninterrupted operation in clinical settings. Beyond medical devices, design teams in consumer electronics benefit from the film’s thinness and compatibility with various substrates, streamlining the development of lightweight, compact instruments that cater to changing user expectations.