LaserMark-E is a laser marking additive optimized for electronic plastics and precision components. It delivers clear, durable laser markings with controlled contrast while preserving electrical, mechanical, and surface integrity required in electronic and ESD-sensitive applications.
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.
LaserMark-G is a versatile laser marking additive that enables stable, neutral gray contrast markings on engineering plastics. It is designed for applications where neither dark-on-light nor light-on-dark marking is optimal, delivering consistent readability across mixed-color or medium-absorption substrates.
LaserMark-SF is a laser-responsive functional additive that enables light, foamed contrast marking on dark or high-absorption engineering plastics. It generates clear, durable markings through controlled surface foaming rather than pigment burning, ensuring high readability without compromising polymer performance.
LaserMark-SF is a laser-responsive functional additive designed to generate light or foamed contrast markings on dark or high-absorption engineering plastics.
2. How does LaserMark-SF create contrast?LaserMark-SF works through controlled surface foaming under laser irradiation, producing light-colored marks without relying on pigment burning or carbonization.
3. What types of plastics are suitable for LaserMark-SF?LaserMark-SF is suitable for dark-colored or carbon-filled engineering plastics such as PP, ABS, PC, PA and related compounds.
4. Which laser systems are compatible?LaserMark-SF performs effectively under common fiber (1064 nm) and green (532 nm) laser systems used in industrial marking.
5. Is LaserMark-SF a pigment or colorant?No. LaserMark-SF is a functional laser-activation additive and does not act as a color pigment or filler.
6. Will LaserMark-SF affect mechanical or surface properties?At optimized addition levels, LaserMark-SF maintains the mechanical integrity and surface quality of the base polymer.
7. How does LaserMark-SF differ from LaserMark-W?LaserMark-SF is optimized for light or foamed markings on dark substrates, while LaserMark-W is designed for dark, high-contrast markings on light or low-absorption plastics.
8. Can LaserMark-SF be used together with other functional additives?Yes. LaserMark-SF can be formulated alongside conductive additives, fillers or stabilizers when proper formulation balance is maintained.