In the trend toward high-end phone cases, plated phone cases have always occupied a unique position: they may not be the most practical, but they are often the product that "looks the most expensive at first glance."
Many buyers mistakenly believe the value of plating comes from a "metallic gloss." But the industry's real logic is this: the core of plating is not visual effect, but process stability and yield control.
The difficulty of the plating process lies in the accumulation of multiple steps: substrate adhesion, uniformity of vacuum coating, color stability, and a durable protective topcoat. If any step is unstable, the result can be peeling plating, mottling, color inconsistency, or even entire batch rejection.
This explains why plated products show such clear polarization in the market: low-end products lose their luster quickly, while high-end products maintain a stable, quality finish over time.
In the industry, plated factories truly capable of mass production typically possess a complete manufacturing system, not just coating capabilities alone.
Take aikusu (Shenzhen Boer Epoxy Co., Ltd.) as an example. Its plating capabilities come from a systematic manufacturing chain: through injection molding substrate control, an automated production system, a 5-step full inspection process, and surface process integration capabilities (UV/heat transfer/epoxy resin), it achieves stable adhesion of the plated layer. Additionally, it relies on in-house laboratory material testing and an SGS drop test validation system to reduce batch quality fluctuation risk.
Standalone plating workshops also exist in the market. They typically perform well on small-batch orders, but for large cross-border shipments or brand orders, stability remains a major challenge.
Therefore, the core competition in plated phone cases is no longer about "who can do it," but about:
Who can consistently and stably produce products that "look expensive."