In this video, you can learn more about the manufacturing differences between spin-dyeing and bath-dyeing.   The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Light fastness (blue scale)

In this video, you can learn more about the manufacturing differences between spin-dyeing and bath-dyeing.   The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Light fastness (blue scale)

In this video, you can learn more about the manufacturing differences between spin-dyeing and bath-dyeing.   The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Light fastness (blue scale)

In this video, you can learn more about the manufacturing differences between spin-dyeing and bath-dyeing.   The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Light fastness (blue scale)

In this video, you can learn more about the manufacturing differences between spin-dyeing and bath-dyeing.   The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Light fastness (blue scale)

We offer a wide range of color concentrates for different polymer grades, from standard to engineering polymers, that fulfill the vertical burning (V-0; V-1; V-2) and horizontal burning (HB) tests. Our light stabilizer additives have high additive loadings for increased efficiency. Options for black, white and color markings are available on opaque but also transparent plastics.

These new solutions effectively absorb both ultraviolet (UV) and visible light before either can reach light-sensitive contents such as food or pharmaceuticals, helping to reduce their degradation. Available as a granular masterbatch for injection molding, thermoforming or extrusion, these new additives offer superior performance for most clear polymers, including polyethylene (PE), polypropylene (PP), polycarbonate (PC), polyethylene terephthalate (PET) and polystyrene (PS). CAPTION: OnCap Light Shield technology from PolyOne protects the contents of clear packaging from degradation due to ultraviolet and visible light.

Learn how blue jean stain resistant TPEs make the difference for white and light-colored phone cases White Paper What's the Difference?

GEON E7538 WHITE 1477

How do they differ from commodity or engineered resins? CRITICAL DIFFERENCES What Makes High-Performance Thermoplastics Stand Out? However, these high- heat materials require much higher mold and melt temperatures than typical plastics such as polypropylene (PP), nylon and polycarbonate (PC).