Currently, ECO jewelry boxes are one of the core demands of many merchants. However, the choice of paper thickness for custom jewelry boxes depends on various factors, including the purpose of the paper jewelry box, the required load-bearing capacity, durability requirements, and cost considerations. Here are some common paper thickness options for Jewelry Packaging Boxes:
1. 250gsm (grams per square meter): This is the thickness for thinner paperboard, suitable for packaging light items such as cosmetics, small jewelry, etc. Paperboard boxes with 250gsm are lighter and less expensive, but have limited load-bearing capacity.
2. 300gsm: This is the medium thickness paperboard, suitable for packaging most everyday goods, such as food, electronic products, etc. Paperboard boxes with 300gsm offer good protection and durability while maintaining a reasonable cost.
3. 350gsm: This thickness of paperboard is suitable for products that require additional protection and load-bearing capacity, such as heavier electronic products, home furnishings, etc. Paperboard boxes with 350gsm are more robust and durable, but the cost is relatively higher.
4. 400gsm and above: For packaging that requires very high load-bearing and protection, such as heavy machinery parts, large home furnishings, etc., paperboard with 400gsm or thicker may be chosen. These boxes are very sturdy, but the cost is also relatively high.
It should be noted that the thickness of the paper is not the only factor to consider. The overall structure of the jewelry paper packaging, the type of material (such as kraft paper, white cardstock, etc.), and the number of layers of paper mounting (single, double, or multiple) also affect the strength and protective performance of the paper box.
When selecting the thickness of the paper for custom jewelry boxes, it is necessary to consider a variety of factors such as product characteristics, transportation conditions, and cost budgets to find the most suitable solution. Typically, packaging designers will conduct tests and optimizations based on specific needs to ensure that the paper box can meet protection requirements while also being cost-effective.
