The most prominent feature of HSCT's Unimirror® bright tin plating process is the plated product can stay in the air for at least 30 seconds and does not change color. This feature makes the process come into true for electroplating bright tin automatically, whether it is a sulfate system or a methanesulfonate system, or whether it is rack plating, barrel plating, or continuous plating.

Metalloy® silver plating brighteners are divided into two types: one is hard silver plating additives and the other is decorative silver plating additives. The hard silver electroplating additives can obtain a hard deposit layer due to contain a secondary metal ion such as antimony. It is often used for electroplating electrical components such as accessories for high-voltage switch cabinets and charging equipment. On the contrary, decorative silver electroplating additives do not a secondary metal ion but organic ingredients. The color of the plating layer is brilliant white and the decorative effect is excellent. It is often used for silver plating of decorative products such as ornaments and tableware. Metalloy® AG -360 is formulated for decorative silver plating. While, Metalloy® AG-300 is formulated for hard silver plating. And, Metalloy® AG-WPS is formulated for protecting the siver electro-deposits from corroding.

As early as 2005, with EU's legislation of RoHS, HSCT began to research an environmentally friendly trivalent chromium electroplating processes. Since 2008, such an effort has blossomed and yielded fruits. HSCT's trivalent chromium electroplating additives have come into the market under the trademark Unimirror®, including both for the white chromium plating process and for the black chromium plating process. After almost two decades of upgrading, these products have won very high reputation and market share for their incomparable stability. Unimirror® TVC is formulated for electroplating white color trivalent chromium deposits. While, Unimirror® BTVC is formulated for electroplating black color trivalent chromium deposits. And, Unimirror® TVC-RIP is specially formulated for purifying the impurities in the trivalent chromium electrolyte which is very easily polluted by metal ions. There are many remarkable merits applying Unimirror® TVC-RIP in the trivalent chromium electrolyte, such as: 1) removes impurities effectively, fast and completely; 2) does not affect the quality of the plating process; 3) removes on-line, there is no need to interrupt the plating production; 4) can be used either in hydrochloric acid type electrolyte, or in sulfuric acid type electrolyte.

Unimirror® PN-60 Satin Nickel is the first product formulated by HSCT for pearl nickel plating process earlier on 2000. It is characterized for its clear microscopic grain texture and short-lasting less than 8 hours. Equipped with long-term mechanism machine, this process has ushered in a new spring in recent years ,especially in the auto parts electroplating market. Composed of five components, Unimirror® PN-62 Long-lasting Satin Nickel has been formulated for continuously electroplating production earlier on 2100. There, the phase equilibrium principle is used to stabilize the emulsified particles in the electrolyte and makes the process can stably work over 15 days without carbon filtrating. Unimirror® PN-66 Long-lasting Satin Nickel further improves and optimizes the stability of the pearl nickel plating process. Composed of only three components, the process is much easier to use and maintain, and the electrolyte is much stabler and can work continuously for about 30 days without carbon filtration. Unimirror® PN-66 Long-lasting Satin Nickel can be used either in rack plating process or in barrel plating process.