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Multi-Effect Laser Marking Material Series Expands Application Boundaries of High-End Manufacturing

Aug 11,2026

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With the continuous upgrading of product appearance design and traceability management requirements, downstream industries raise diversified demands for laser marking effects, promoting the comprehensive development of multi-category laser marking functional materials.

With the continuous upgrading of product appearance design and traceability management requirements, downstream industries raise diversified demands for laser marking effects, promoting the comprehensive development of multi-category laser marking functional materials. Beyond conventional White-on-Black and Black-on-White solutions, industrial demand for Black-on-Color, White-on-Color, Color-on-Black and Black-on-Transparent products keeps surging, covering colored plastic structural parts, transparent optical components and multi-color assembly parts widely used in aerospace, logistics packaging and precision electronics.
For a long time, many manufacturers relied on single-effect laser marking materials, which cannot meet mixed-color product production lines. Different base color substrates require matched laser-sensitive masterbatch: black base materials generally adopt black laser masterbatch to realize white or colorful marking; white and color substrates need white masterbatch or laser marking powder to form clear black marks; transparent polymer products demand special formulations to achieve black patterns without damaging material transparency. The technical difficulty lies in preventing haze increase, yellowing and substrate degradation while guaranteeing marking contrast.
New-generation integrated laser marking material systems realize customized matching for multiple marking effects. Formulation engineers adjust the composition of laser absorbers, dispersants and carrier resins according to substrate types, laser wavelength and processing parameters. Mass production verification proves that the series materials adapt to 1064nm fiber lasers widely used in industrial production. Marked texts, logos and two-dimensional codes maintain high readability after long-term ultraviolet aging, high-low temperature cycling and chemical solvent exposure. At present, multi-effect laser marking solutions are rapidly popularized in new energy vehicle interior parts, aerospace lightweight components and intelligent logistics traceability packaging. As personalized appearance design becomes standard configuration of terminal products, multi-category laser marking functional materials will maintain steady market expansion momentum.

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