Production of Anti-Counterfeiting Labels and Factors Affecting Label Pricing

In today's business environment, where the demand for anti-counterfeiting is growing, the core value of anti-counterfeiting labels as a "product ID" has been widely recognized. However, many companies, when first engaging with this area, often have confusion about why anti-counterfeiting label prices vary. This article systematically analyzes the pricing logic of anti-counterfeiting labels based on industry practices, helping you make rational choices in selecting anti-counterfeiting solutions.

Material Selection: The Basic Cost Determines the Price Floor

The material of an anti-counterfeiting label is a fundamental factor in cost composition. Among current mainstream materials, coated paper dominates the market due to its economy. This material forms price tiers according to different weights—regular 80-120 gram coated paper is suitable for ordinary packaging scenarios, while higher-weight materials are used for products requiring greater durability.

Upgraded laminated materials, which add a transparent film layer to the label surface, provide triple protection against water, stains, and tearing. This process is particularly suitable for products that need long-term storage or frequent contact with liquids. Meanwhile, fragile paper with transfer-resistant properties, known for its "break upon removal" feature, is the preferred option for high-end product tamper-proofing.

Anti-Counterfeiting Technology: Technological Complexity Determines Value

The complexity of anti-counterfeiting technology directly correlates with both the security level and cost of the label. Basic technologies such as invisible fluorescent ink, microtext, and guilloche patterns achieve foundational anti-counterfeiting functions through special inks or die-cutting processes. These are suitable for moderately secure environments.

Advanced features like security threads, embedded fibers, and holographic lasers offer stronger protection via physical integration or optical variation techniques. For instance, holographic laser technology creates unreplicable three-dimensional images using laser holography. Such methods are commonly employed in luxury goods, pharmaceuticals, and other high-value items.

Order Volume: Economies of Scale Reduce Unit Costs

Production of anti-counterfeiting labels involves fixed-cost allocation. With digital printing equipment, costs include setup, plate-making, etc. When order quantities exceed the minimum run (typically 10,000 units), unit costs decrease geometrically. For example, a standard-sized label might cost about ¥0.15 per piece at 10,000 units but drop to around ¥0.08 each at 100,000 pieces.

When choosing anti-counterfeiting labels, enterprises should consider three factors: required security level, product value, and expected purchase volume. It's advisable to first clarify basic needs (e.g., tamper evidence, copy prevention), then select appropriate material-technology combinations within budget constraints, and finally optimize unit costs through bulk ordering.

This three-dimensional "demand-technology-scale" pricing model represents the core logic behind maximizing cost efficiency in the anti-counterfeiting label industry.

Founded in 2005, Zhongqi Xincheng (Beijing) Anti-Counterfeiting Technology Co., Ltd. (referred to as ZQXC Anti-Counterfeiting) is a comprehensive provider specializing in integrated digital management solutions for enterprise products. The company focuses on the R&D of "one item, one code" software platforms and hardware, along with the printing of anti-counterfeiting labels. ZQXC is recognized as both a National High-Tech Enterprise and a Specialized, Refined, Differentiated, and Innovative Enterprise.