CY8693 ITO-PET Film with Adhesive Back 0.125 mm 150Ω

ITO-PET Film with Adhesive Back 0.125 mm 150Ω Description

This high-quality ITO-PET film is engineered with a uniform, transparent conductive coating on a 0.125 mm polyester substrate. Offering a surface resistance of 150Ω, it delivers reliable electrical conductivity while maintaining optical clarity. The adhesive backing facilitates integration onto various surfaces, reducing assembly time. Its flexibility and wear resistance make it suitable for applications in touch sensors, display interfaces, and EMI shielding.

Manufactured to stringent quality standards, the film undergoes testing to guarantee consistent thickness, conductivity, and adhesion. Whether used in research laboratories or large-scale production environments, this ITO-PET film provides stable performance for electronic and optoelectronic devices. Trust its durability to meet your project’s needs in precision and reliability.

ITO-PET Film with Adhesive Back 0.125 mm 150Ω Applications

ITO-PET Film with an adhesive back 0.125 mm 150Ω is recognised as a material for achieving flexible, transparent electrodes in various applications. This film offers uniform conductivity, adhesion, and optical clarity, making it suitable for industries requiring precision and reliability. Moreover, its performance under diverse conditions extends its use in innovations spanning from process automation to sensors.

1. Industrial Applications

·         EMI/RFI shielding for sensitive electronic equipment, ensuring consistent signal performance

·         Custom sensor overlays for process control systems in manufacturing environments

2. Research Applications

·         Design of transparent conductive layers for optical experiments

·         Development of small-scale photovoltaic prototypes to test energy-harvesting methods

3. Commercial Applications

·         Touch-enabled displays for consumer electronics, combining durability with transparency

·         Flexible smart labels and packaging solutions incorporating conductivity for interactive features

ITO-PET Film with Adhesive Back 0.125 mm 150Ω Packaging

Each ITO-PET Film with Adhesive Back 0.125 mm 150Ω is sealed in a moisture-resistant pouch to prevent dust and humidity infiltration. Layers of foam cushioning protect against physical damage. For optimal longevity, store in a cool, dry environment away from direct sunlight. Anti-contamination steps, such as using cleanroom gloves during inspection, are recommended. Dimensions, roll lengths, and additional protective films are available to meet project needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

ITO-PET Film with Adhesive Back 0.125 mm 150Ω FAQs

Q1: What are the key material properties of ITO-PET Film with Adhesive Back 0.125 mm 150Ω?

A1: This film is engineered with an indium tin oxide (ITO) conductive layer coated onto a polyethylene terephthalate (PET) substrate measuring 0.125 mm in thickness. It provides a uniform surface resistivity of approximately 150 ohms per square and demonstrates optical clarity, making it suitable for conductive applications. The adhesive backing offers dependable bonding and overall material integrity under temperature and humidity conditions.

Q2: How should this product be handled and stored?

A2: To maintain performance, handle the film in a clean, dust-free workspace with minimal contact on the active surface. Use non-abrasive gloves to prevent smudges or scratches, and avoid excessive folding or bending. Store it in its original protective packaging at a stable temperature of around 15–25°C with relative humidity below 60%. Keep away from direct sunlight and high-moisture environments for consistent quality.

Q3: Which quality standards and certifications apply to ITO-PET Film with Adhesive Back 0.125 mm 150Ω?

A3: ITO-PET Film with Adhesive Back 0.125 mm 150Ω complies with ISO 9001 criteria, ensuring quality management throughout production. Manufacturers may also follow ISO 14001 guidelines for environmentally responsible processes. Additionally, these films meet RoHS and REACH requirements, guaranteeing restricted use of hazardous substances. Some products carry certifications from testing agencies, verifying resistance, optical clarity, and adhesion for commercial and industrial applications.

Related Information

1. Material Properties and Advantages

Indium tin oxide (ITO) is known for its transparency combined with electrical conductivity, making it a choice for creating conductive films. The ITO-PET Film with Adhesive Back 0.125 mm 150Ω features a controlled coating of ITO on a flexible PET substrate, ensuring conductivity while maintaining optical clarity. Its thickness of 0.125 mm balances mechanical resilience and lightweight construction, allowing it to adapt to various design requirements without compromising performance.

This adhesive-backed film also benefits from a uniform surface finish that aids in integration with touchscreens, flexible displays, and sensor arrays. Because the film is designed to be durable and bendable, it can withstand folding or bending without significant changes to its resistance. The resistivity of 150Ω helps ensure electrical behaviour, which is crucial for accurate electronic measurements and consistent device functionality.

2. Applications in Advanced Industries

Flexibility in electronics and medical devices are among the beneficiaries of this ITO-PET Film. From health monitors to diagnostic tools, the film’s adhesive back can be laminated onto curved surfaces or shapes without sacrificing transparency or signal transmission. As a result, equipment manufacturers can optimise device performance and maintain visual interfaces important for patient monitoring.

Production of consumer electronics is another significant application area. Devices such as smartphones, tablets, and smart home controllers can incorporate the film to create touch-sensitive surfaces with input detection. Since the material maintains electrical properties over time, designers can integrate it into product lines, contributing to a user experience in industrial and commercial environments.