Q1: How does this varnish prevent static buildup on surfaces?
A: It contains ionic or conductive additives that dissipate electrostatic charges by increasing surface conductivity. This prevents dust attraction, reduces the risk of sparking, and minimizes interference with static-sensitive components, especially in low-humidity conditions.

Q2: In which applications is anti-static protection most necessary?
A: It is critical for electronics packaging (e.g., circuit boards, semiconductors), medical device labeling, industrial control panels, cleanroom materials, and printed materials used in environments where static could damage products, attract contaminants, or pose safety risks.

Q3: Does the anti-static property affect the coating's adhesion, durability, or compatibility?
A: No. The additives are balanced to maintain strong adhesion, scratch resistance, and flexibility. The coating is compatible with common substrates (paper, films, boards) and printing processes, but testing is recommended for specialized inks or post-finishing steps to ensure performance consistency.