UV Resistant, UV Stabilized Polycarbonate (PC) Grade for Light Diffusion Special Effects
SABIC’s LEXAN™ VisualFX™ resins are formulated with the color and effect inherent in the pellet to create colorful and exceptionally rich-looking parts out of the mold without the need for what can often be costly secondary paint and coating operations.
LEXAN™ VisualFX™ Resin FXD173R by SABIC is an unreinforced, UV resistant, UV stabilized polycarbonate (PC) grade for light diffusion special effects. It shows high flow and aesthetics and visual effects. It contains a release agent to ensure easy processing. It is suitable for processing by injection molding. LEXAN™ VisualFX™ Resin FXD173R is used in automotive and consumer goods like lighting. Recommended for electronics, electrical devices, displays, components, and infrastructure.
The LEXAN™ VisualFX™ line offers a captivating range of characteristics and properties that elevate its appeal in various applications. Designed to enhance visual aesthetics, LEXAN™ VisualFX™ combines striking visual effects with exceptional performance attributes. From vibrant colors and captivating patterns to superior durability and versatility, these features make LEXAN™ VisualFX™ a popular choice for industries seeking both functionality and visual impact.
Characteristics and properties found across the product line include:
LEXAN™ VisualFX™ offers significant advantages for the architecture and construction industry due to its unique combination of visual aesthetics, durability, and versatility. Its ability to provide captivating visual effects and enhance design possibilities makes it an ideal choice for creating stunning architectural elements. Additionally, its excellent weatherability, impact resistance, and fire performance ensure long-lasting performance and safety in various construction applications. Common applications include:
Thanks to its exceptional impact resistance, optical clarity, and versatile design capabilities, LEXAN™ VisualFX™ offers substantial advantages to the automotive industry. These properties make it an ideal material for a wide range of automotive applications that require durability, visual attractiveness, and consistent performance. Whether employed in exterior components, interior trims, or lighting fixtures, LEXAN™ VisualFX™ delivers heightened safety, aesthetic value, and overall excellence in the demanding automotive sector. Common applications include:
LEXAN™ VisualFX™ proves highly advantageous for the consumer electronics industry due to its exceptional optical properties, impact resistance, and design flexibility. Its ability to provide enhanced visual appeal, such as high gloss finishes and unique textures, adds value to consumer electronic products. Moreover, its durability and protection against impact make it suitable for creating robust and reliable casings and components for electronic devices. Common applications include:
LEXAN™ VisualFX™ offers significant advantages for the lighting industry due to its exceptional light transmission properties, optical clarity, and design versatility. These properties make it an ideal material choice for various lighting applications that require efficient light distribution, enhanced visual aesthetics, and durable performance. Whether used in LED fixtures, light diffusers, or decorative lighting elements, LEXAN™ VisualFX™ ensures optimal light output, superior design flexibility, and long-lasting functionality in the dynamic field of lighting. Common applications include:
LEXAN™ VisualFX™ offers significant advantages for the signage and display industry due to its exceptional optical clarity, impact resistance, and design flexibility. These properties make it an ideal material choice for various signage and display applications that require high visibility, durability, and creative designs. Whether used for illuminated signs, point-of-sale displays, or trade show exhibits, LEXAN™ VisualFX™ ensures vibrant visuals, long-lasting performance, and eye-catching displays in the dynamic signage and display industry. Common applications include: