The function of anti-static labels How long can it last?
The difference between anti-static labels and regular labelsThe main difference between anti-static labels and ordinary labels lies in their materials, functions, application scenarios, and
The difference between anti-static labels and regular labelsThe main difference between anti-static labels and ordinary labels lies in their materials, functions, application scenarios, and
Anti static labelAnti static label is a type of self-adhesive label with anti-static long-lasting acrylic pressure-sensitive adhesive and a white coating suitable for heat transfer printing.
Anti static labelAnti static label is a type of self-adhesive label with anti-static long-lasting acrylic pressure-sensitive adhesive and a white coating suitable for heat transfer printing.
Characteristics of anti-static labelsAnti-static materials: Anti-static labels are typically made from materials with anti-static properties such as polyester (PET) and polyimide, which exhi
Characteristics of anti-static labelsAnti-static materials: Anti-static labels are typically made from materials with anti-static properties such as polyester (PET) and polyimide, which exhi
Anti static labelAnti static label is a type of self-adhesive label with anti-static long-lasting acrylic pressure-sensitive adhesive and a white coating suitable for heat transfer printing.
Advantages of anti-static labelsProtection of electrostatic sensitive components: The main advantage of anti-static labels lies in their ability to effectively prevent damage to sensitive co
Anti static labelAnti static label is a type of self-adhesive label with anti-static long-lasting acrylic pressure-sensitive adhesive and a white coating suitable for heat transfer printing.
The difference between anti-static labels and regular labelsThe main difference between anti-static labels and ordinary labels lies in their materials, functions, application scenarios, and
The function of anti-static labels Rapid release of static electricity upon peeling, and the swift reduction of static electricity inhibits damage to electrostatic sensitive components.
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