Pigment concentrates (PCs) A PC system uses pigment concentrates and base to create color. This system commonly includes 15 colorants and a variety of bases for different substrates.

ColorMatrix™ Lactra™ LX Light Blocking Additive for PET A bright white, light blocking technology for UHT dairy packaging ColorMatrix™ Lactra™ LX Light Blocking Additive provides high-performance light blocking technology and protection for liquid dairy products in monolayer polyethylene (PET) bottles. It is a bright white, solid masterbatch additive that protects contents from visible light and extends shelf life. WHY LIGHT BLOCKING?

seat covers in buses) * FDA/EU compliance information available upon request ** It is the responsibility of the end article manufacturer to ensure compliance with flame retardancy standards LIGHT STABILIZER Nonwovens exposed to sunlight often need to incorporate light stabilizers to protect them from color fading and loss of mechanical properties. Avient’s light stabilizers show excellent weathering results and are cost effective. Recommended use: nonwovens exposed to sunlight in construction, transportation or any outdoor application REMAFIN™ FIBER COLORANTS WHITE White nonwovens are predominantly used for hygiene products.

Thus, one of the limitations for most of the existing TPE overmolding technology is that one needs to develop and use different TPE materials for different substrates. As given in Table II, TPE-1 demonstrates good adhesion on all ten substrates with very different surface energy and polarity; from the low like PP to the high like PC and ABS. These TPEs have exhibited good adhesion on various substrates including PP, PS, HIPS, PMMA, PC, PET, ABS, PC/ABS and Copolyester.

We offer solutions for the transparent and translucent thermoplastics used in the automotive industry (typically PMMA and PC). Light diffusion describes the way a lens diffuses— spreads—the light from a light source. Diffusing the light creates a soft, comfortable lighting experience.

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)