OLED Materials

About OLED Materials

OLEDs are used in many applications for several reasons. LEDs emit concentrated, directional light. OLED panels provide uniform and soft illumination. Light is distributed evenly, resulting in minimal glare. In contrast to LEDs, heat is dissipated across a wide area, which allows safe touch. OLED panels weigh little and are less than 2 millimetres thick. They emit light over a broad angle. Consequently, OLED panels can be installed horizontally or vertically to light large rooms.

SAM is specialised in the manufacture and distribution of new OLED materials. We produce fluorescent materials and OLED intermediates that cover the upstream segment of the OLED industry chain. We also offer customised services for organic materials to meet the specific requirements of our clients.

Main Features of OLED Materials:

Defined Colour Output and Contrast: OLED materials emit light directly. They produce colours with established intensity levels and distinct contrast ratios.

Energy Efficiency: OLED displays consume less energy because each pixel emits light independently. Power is only used when required, thereby extending battery life and reducing energy consumption.

Flexible and Thin: OLED materials enable the production of flexible, ultra-thin displays. Their low thickness and flexibility permit installation in curved screens and portable devices.

Adjustable Design: OLED technology permits the fabrication of displays that can be curved, rolled, or shaped. Designers are thereby able to meet specific form factor and functional requirements.

Industries We Serve:

Consumer Electronics: OLED displays are used in smartphones, televisions, tablets and laptops. Their performance is measured by explicit parameters such as brightness and contrast ratios.

Automotive: In the automotive sector, OLED technology is applied for displays in infotainment systems, instrument panels and interior lighting. These systems comply with defined performance standards.

Architecture and Design: OLED lighting panels offer lighting solutions in architectural applications. They allow for controllable illumination systems in buildings.

Research and Development: Researchers use OLED materials to develop new applications in lighting, displays and optoelectronics. Their use is based on quantitative evaluations and experimental data.

Why Choose OLED Materials:

Measured Visual Performance: Our OLED materials deliver quantifiable colour output, contrast ratios and quality for display and lighting applications.

Technical Expertise: Our experts assist clients in integrating OLED materials into specific projects. Technical support is based on proven methods.

Incremental Improvement: OLED technology serves new methods across various sectors. Its implementation alters approaches in display and lighting engineering.

OLED Materials Product Video