LaserMark-P is a laser-responsive functional additive developed for stable, repeatable laser marking on industrial plastics.
It is often categorized in industry searches as a “laser marking pigment”, but its primary function is controlled laser activation rather than decorative coloration.
LaserMark-P – Process-Stable Laser Marking Additive for Industrial Plastics
LaserMark-P is a laser marking additive designed for robust processing windows and consistent contrast generation on plastics.
Unlike conventional pigments, it responds to laser energy through functional activation mechanisms, enabling reliable marking performance across varying molding and laser conditions.
Process-stable laser marking performance across wide molding and laser parameter ranges
Often searched as a laser marking pigment, but functions as a laser-responsive additive
Consistent contrast generation without relying on pigment burning
Reduced sensitivity to polymer color variations and processing fluctuations
Compatible with fiber (1064 nm) and green (532 nm) laser systems
Maintains mechanical and surface properties of base polymers
Technical FAQ
1. What is LaserMark-P?
LaserMark-P is a laser-responsive functional additive designed to deliver stable and repeatable laser marking performance on plastics.
2. Is LaserMark-P a laser marking pigment?
LaserMark-P is often referred to as a laser marking pigment in industry terminology, but technically it functions as a laser-activated additive rather than a decorative colorant.
3. When should LaserMark-P be selected?
LaserMark-P is ideal when process robustness, consistency, and wide operating windows are more important than extreme light or dark contrast.
4. Which laser systems are compatible?
LaserMark-P is compatible with fiber (1064 nm) and green (532 nm) laser systems.
5. Will LaserMark-P affect polymer properties?
At optimized addition levels, LaserMark-P preserves the mechanical and surface properties of the base polymer.
Application area
Application Areas
Industrial plastic parts requiring highly repeatable laser marking results
Injection-molded components with variable processing conditions
General-purpose plastics where marking stability is prioritized over extreme contrast
Automotive and electronic components requiring long-term traceability
Applications where conventional laser marking pigments show unstable performance