Produkte

Spezialeffekte

Die RTP-Farbspezialisten kennen und verstehen die vielen Variablen, die die Art und Weise beeinflussen, wie Farbe in Kunststoff wahrgenommen wird. Das Fachwissen von RTP auf dem Gebiet der Einfärbung von Thermoplasten stellt die Kreativität, Konsistenz und Zuverlässigkeit bereit, die für Ihren Erfolg unerlässlich sind. Kundenspezifische Spezialeffekte von RTP sind als Masterbatches, Cube Blends und voreingefärbte Compounds erhältlich.


Laserbeschreibbar	Chroma-Shift	Reflektiv/ Lichtdurchlässig
Laser light reacts with plastics to create crisp, permanent, abrasion resistant marking. Special formulations create different colors, increasing contrast between the marking and the base material. Polymere: Alle Methode: Masterbatch oder voreingefärbte Kostenindex = $	A precise combination of pigments and dyes causes a dramatic color shift between two contrasting tones. The resulting metamerism is commonly called a "chameleon effect". Polymere: Alle (Transparentes besseres) Methode: Masterbatch oder voreingefärbte Kostenindex = $$$$	Highly reflective particles suspended in transparent resins offer the unique characteristic of reflecting light and intensifying the surface appearance, while light still passes through the material. Polymere: PP, PC, SAN, PMMA Methode: Masterbatch oder voreingefärbte Kostenindex = $$$

Edge Glow	Frosted Pastell	Transparent
Edge glow colorants absorb UV light and re-emit the energy in the form of longer wave lengths. The light reflects off the internal surfaces to create an edge glowing effect. Polymere: PC, SAN, PMMA Methode: Masterbatch oder voreingefärbte Kostenindex = $$	Special light diffusing technology creates soft translucent oder frosted colors that are excellent for obscuring internal components while allowing significant light to be transmitted. Polymere: PP, PC, SAN, PMMA Methode: Masterbatch oder voreingefärbte Kostenindex = $$	Tinting transparent resins with dyes creates an appearance change that transforms the tone of transmitted light for functional purposes oder allows easy identification of parts. Polymere: PP, PC, PS, SAN, PMMA Methode: Masterbatch oder voreingefärbte Kostenindex = $

Sparkle Mist	Misty Pearl	Metallic
Glass encapsulated pearlescent particles add a dramatic sparkle effect to applications. Glimmer effects require a smooth surface finish and a transparent resin. Polymere: PP, PC, PS, SAN, PMMA Methode: Masterbatch oder voreingefärbte Kostenindex = $$$	Holographic particles take the traditional metal flake effect to a new level, dazzling the eye with multi-colored highlights. Glimmer effects require a smooth surface finish and a transparent resin. Polymere: PP, PC, PS, SAN, PMMA Methode: Masterbatch oder voreingefärbte Kostenindex = $$	Adding the shine oder shimmer of metal to plastics applications, from the look of polished steel, brushed aluminum, oder the blue of a gun barrel. Polymere: Alle Methode: Masterbatch oder voreingefärbte Kostenindex = $


Thermochromatisch	Glow-in-the-Dark	Photochromatisch
Change in temperature causes a change in hue for these compounds. Formulations can be keyed to specific temperature ranges.Hot oder cold are possible. This effect is limited to low modulus resins. Polymere: PP, PE, TPEs Methode: Masterbatch oder voreingefärbte Kostenindex = $$$$	Phosphorescent pigments absorb energy and re-emit it as light. A wide variety of daylight and after-glow color combinations are possible. Type 1 compounds charge quickly and offer brighter and longer after-glow properties. Type 2 compounds are more traditional in their properties, but are often more economical. Polymere: Alle (Transparentes besseres) Methode: Masterbatch oder voreingefärbte Kostenindex = $$$	Exposure to the UV rays in sunlight initiate a color change in these compounds, from light translucent colors to deep blue, red, oder green tones. This effect is limited to low modulus resins. Polymere: PP, PE, TPEs Methode: Masterbatch oder voreingefärbte Kostenindex = $$$$

Granit und Marmor	Holzmaserung	Spray
Stone patterns require the careful blending of a background color with contrasting discrete colors. Special molding techniques may be needed to successfully create these effects. Polymere: Alle Methode: Masterbatch oder voreingefärbte Kostenindex = $$	Selected pigments and special molding techniques are combined to produce characteristics akin to broad patterns seen in natural wood grains. Polymere: PP, PE, Styrenics Methode: Masterbatch nur Kostenindex = $$	Non-uniform color matrices combine to make an endless array of patternless effects. From functional camouflage to a hushed floral scene to the boldness of a fireworks display. Polymere: PP, PE Methode: Masterbatch nur Kostenindex = $$

Schildkrötenpanzer	Neon und Fluoreszierend	Infrarot
Contrasting, non-homogeneous pigments are added to translucent oder solid base colors to create this shell like appearance effect. Polymere: Alle Methode: Masterbatch oder voreingefärbte Kostenindex = $$	Brightly colored pigments and dyes yield intense eye-catching colors that demand attention. Polymere: Alle Methode: Masterbatch oder voreingefärbte Kostenindex = $ oder $$	Infrared thermoplastic compounds are tuned to be transparent oder opaque to specific long wavelengths. Polymere: PP, PC, SAN Methode: Masterbatch oder voreingefärbte Kostenindex = $$ oder $$$

Pearlescent	Perlenmarmor	Iridescent
The radiance and luster of pearls are captured in an iridescent effect from light interacting with multiple surfaces. This effect is best achieved in resins that have high refractive indexes. Polymere: Alle Methode: Masterbatch oder voreingefärbte Kostenindex = $$	Offering the luster of Pearlescents mixed with the richness of marble, this effect provides a unique visual appearance. Polymere: PC, Legierungen Methode: voreingefärbte only Kostenindex = $$	Richness and an illusion of depth are projected by the shades of soft, yet intense color visible at varying angles from these otherwise milky appearing compounds. Polymere: Alle Methode: Masterbatch oder voreingefärbte Kostenindex = $$