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In our daily lives and work, we often use adhesive labels. They are indispensable for product packaging, equipment identification, and the labeling of goods during logistics transportation. However, when it comes to scenarios that involve frequent friction and scraping, choosing wear - resistant adhesive labels becomes a challenging task.

JOJO Pack is a renowned manufacturer dedicated to producing high - quality shaker stickers. They use advanced techniques and vibrant materials to create a wide range of shaker stickers with unique designs that are loved by customers worldwide.

In today's increasingly competitive market, distinguishing between good and bad wear-resistant adhesive labels has become a focus of consumer attention. This article will provide some practical tips for identification, helping consumers make wiser choices when selecting.

In the label field, based on years of experience, JOJO Pack often receives questions about the operational difficulty of thermal adhesive labels. Understanding whether its operation is simple and easy to learn is of great importance to many users.

Both epoxy resin and stickers are printed products that can carry patterns and text, but they differ in manufacturing processes and materials. - Epoxy resin is a printed product that injects glue into patterns or text to form a 3D raised effect. It can be divided into two types: UV epoxy and white glue epoxy. In terms of appearance, UV epoxy is transparent, while white glue epoxy is white and translucent. - Stickers, as the name suggests, are printed products that can be pasted on the surface of objects. They are generally made of materials such as PVC or PET, with a matte or glossy film covering the surface, which makes them durable, resistant to damage, and able to maintain vibrant colors without fading for a long time.

Luminous stickers can emit light on their own because their surface is coated with special luminescent materials that can absorb and store light energy. When these materials are exposed to light, they absorb energy from the light and convert it into visible light. This process mainly involves two key principles: the light absorption of luminescent materials and the spontaneous emission of light. The following is a detailed explanation of these two principles.