In the modern packaging industry, handbag as a packaging supplies for all kinds of goods, the use of huge. The robustness and aesthetics of the handbag largely depend on the adhesive material used. Hot melt adhesive, as an environmentally friendly and efficient adhesive, plays a vital role in the adhesion of handbags.

    After melting by heating, the hot melt adhesive can be quickly and evenly coated on the material that needs to be bonded. When the hot melt adhesive cools, it can achieve a good bonding effect in a short time. This fast curing characteristic not only improves the production efficiency, but also ensures the quality stability of the handbag during the manufacturing process.

    For the adhesive needs of handbags, hot melt adhesive shows significant advantages. First of all, the hot melt adhesive has a strong adhesive force, which can ensure the robustness of the handbag when bearing weight. Whether it is the bonding of the bottom and side of the paper, or the bonding of the hand rope part, the hot melt adhesive can provide reliable protection. Secondly, the hot melt adhesive has excellent temperature resistance and can maintain a stable bonding effect in various environments. Even in cold winter or hot summer, the bonding strength of hot melt adhesive will not be affected.

    It is worth mentioning that for different materials and shapes of hand bags, a variety of special hot melt adhesives have appeared on the market. These hot melt adhesives not only have excellent bonding properties, but can also be customized to meet different needs. For example, high-end gift tote bags require the use of high-performance hot melt adhesives to ensure their bonding strength and aesthetic appearance; The carrying weight of the larger handbag, you need to use tough hot melt adhesive to withstand greater weight.

    In short, the application of hot melt adhesive in handbag bonding has been widely recognized. It not only improves the firmness and aesthetics of the handbag, but also reduces the production cost and improves the production efficiency.