CY8692 ITO-PET Film with Adhesive Back 0.125 mm 10Ω

ITO-PET Film with Adhesive Back 0.125 mm 10Ω Description

This ITO-PET Film with Adhesive Back offers exceptional conductivity, transparency, and durability for a wide array of electronic applications. Measuring 0.125 mm thick and featuring a low sheet resistance of 10Ω, it delivers a reliable solution for touchscreens, flexible circuits, and sensor technology. The Indium Tin Oxide coating is uniformly applied onto a robust PET substrate, ensuring stable performance even under repeated bending. The convenient adhesive backing facilitates effortless mounting on various surfaces, reducing handling time and placement errors.

Manufactured under strict quality guidelines, this ITO-PET Film undergoes rigorous testing to uphold industry standards for purity, uniformity, and environmental safety. Its scratch-resistant surface and consistent conductive properties make it an ideal choice for research and production environments seeking both efficiency and longevity.

ITO-PET Film with Adhesive Back 0.125 mm 10Ω Applications

ITO-PET Film with an adhesive backing provides a reliable, transparent, and conductive platform, featuring a thickness of 0.125 mm and a 10Ω surface resistance. Its combination of flexibility, durability, and excellent electrical conductivity makes it suitable for a range of uses. Whether implemented in precise sensing systems or high-performance display technologies, this material enables solutions across industrial, research, and commercial markets.

1. Industrial Applications

·         ESD-protective surfaces in manufacturing equipment, utilising the film’s low sheet resistance and transparent properties.

·         Anti-static shielding for chemical processing instruments, ensuring sensitive components remain safeguarded from discharge.

2. Research Applications

·         Lab-on-a-chip devices relying on high optical clarity and accurate electrical readouts for experimental procedures.

·         Electrochemical sensors for chemical and biosensing laboratories, utilising the film’s uniform conductive layer for reliable measurements.

3. Commercial Applications

·         Interactive display panels for consumer electronics, benefiting from the film’s flexibility and strong adhesive backing.

·         Touch-sensitive interfaces in retail self-service kiosks, capitalising on robust conductivity and easy installation.

ITO-PET Film with Adhesive Back 0.125 mm 10Ω Packaging

Each roll of ITO-PET Film with an adhesive back is wound on a plastic core, secured in an anti-static bag, and protected from abrasions with foam end caps. It should be stored in a cool, dry environment to prevent moisture and oxidation. Vacuum sealing safeguards against contaminants. Optional customisation includes varied widths, lengths, and extra layers of protective materials. Contact us for tailored solutions that meet your specific needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

ITO-PET Film with Adhesive Back 0.125 mm 10Ω FAQs

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

A1: This ITO-PET film with an adhesive backing offers a surface resistance of 10Ω per square, ensuring excellent conductivity for applications such as touchscreen sensors and EMI shielding. The 0.125 mm PET substrate provides durability without adding excessive bulk. The vacuum-deposited indium tin oxide layer features uniform thickness for reliable performance, while the acrylic adhesive ensures secure placement on various substrates.

Q2: How should this product be handled and stored?

A2: To preserve its conductivity and optical clarity, the film should be handled with clean gloves to prevent fingerprints, oils, and dust accumulation. Store it in a cool, dry place, protected from direct sunlight and extreme temperatures. Avoid bending or folding the film to prevent damage to the conductive layer. When cutting or laminating, ensure use of proper tools to maintain edge quality.

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

A3: This ITO-PET film is typically produced under ISO 9001-certified manufacturing processes to ensure consistent product quality. It may also conform to RoHS and REACH standards, verifying that it is free of restricted substances and safe for global commercial applications. For enhanced safety and reliability, manufacturers often conduct optical, conductivity, and adhesive tests to confirm compliance with industry norms before shipment.

Related Information

1. Material Properties and Advantages

This ITO (Indium Tin Oxide) coated PET film with an adhesive back is engineered at a standard thickness of 0.125 mm, providing a balance of flexibility and resilience. Its surface resistivity of 10Ω ensures excellent electrical conductivity while preserving clarity, making it suitable for interactive touch panels and sensor devices. The combination of ITO's conductive properties and PET's mechanical strength helps maintain performance even under repeated bending or stress conditions.

Combining uniform conductivity with low haze levels, this film maintains high optical transparency, enhancing its potential in advanced display systems. The adhesive layer added to the rear side ensures quick installation on various substrates without compromising electrical continuity. Aside from offering consistent conductive pathways, the film resists environmental fluctuations, giving manufacturers and end users confidence in stable device operation over extended periods.

2. Applications in Advanced Industries

Prominent market sectors such as consumer electronics and medical instrumentation benefit greatly from this specialised ITO-PET film, particularly where lightweight, flexible sensors are required. Its construction and ability to conform to curved surfaces enable design possibilities for wearable technology. In fields like precision measurement devices, the film’s low resistance promotes accurate signal transmission, contributing to reliable data capture.

Addressing the growing demand for durable conductive materials, the film integrates into modern assembly processes for photovoltaics and flexible lighting solutions. Its unique adhesive back saves production time, allowing for direct integration into component layers. This adaptability has broadened its acceptance in industries incorporating interactive display panels, smart windows, and other emerging systems dependent on transparent and consistently conductive substrates.