Stock Code688359
Stock Code688359
In the automotive industry, plating on plastics is mainly used in interior and exterior trims, as well as electronic components. Plating on plastics not only enhances the fashionable appearance of cars but also gives the overall vehicle a sense of high-end quality. Furthermore, Plating on plastics is not only easy to mold and control in size, allowing for the creation of relatively complex and diverse shaped parts, but its surface can also exhibit various high-grade metallic textures.
The purpose of pre-treatment for coating is to improve the adhesion between the coating and the plastic surface, and to form a conductive metal base layer on the plastic surface. The formation of the conductive layer requires several steps such as degreasing, roughening, activation, and peptization.
Product Advantages
High system stability, strong palladium activation performance, high cost-effectiveness, and easy operation.
SF-6302E Phosphorus-Free Degreasing Powder is suitable for chemical degreasing of various plastic parts. It is made of high-efficiency surfactants, penetrants, and detergents, which is suitable for batch cleaning of workpieces. It has the advantages of no nitrite, no phosphorus, no irritating odor, strong penetration, good emulsification, high cleaning rate, good rinsing ability, and safe to use.
SEM Analysis at 1000x and 5000x
SF-6331 Roughening Wetting Agent can be used for plastic workpieces that require chromic acid and sulfuric acid micro etching. This product can reduce the surface tension of micro etching, uniformly micro etch the plastic surface, and promote the rapid detachment of the solution from the workpiece.
The main function of SF-6351CR reducing agent is to reduce hexavalent chromium (from the etching solution) to trivalent chromium, preventing the subsequent process solutions, especially the activator, from being contaminated and functionally impaired by hexavalent chromium. This product causes minimal damage when carried into the activator, effectively protecting the activator and extending its lifespan. Furthermore, it has no irritating odor during operation, which helps improve the factory environment.
Sanfu’s colloidal palladium activator is suitable for all commercially electroplatable plastic surfaces and can be adsorbed on roughened plastic surfaces. Its function is to deposit palladium on the roughened plastic surface, providing catalytic activation centers for subsequent electroless nickel and copper plating processes.
SF-6361 Colloidal Palladium Activator
Features: General activator, suitable for various industries.
SF-6362 Palladium Activator
Features: Wide operating range, high activity, low concentration application, can reduce palladium drag-out loss.
SF-6363 Colloidal Palladium Activator
Features: 1. Wide operating range and high activity; 2. Low concentration application, which can reduce palladium drag-out loss; 3. Maintains high activity while preventing overplating on bi-color materials.
SF-6391A plating on plastic de-gelling agent is an accelerator used in the pretreatment of plating on plastic, following the colloidal palladium activation step. During the activation step, both tin and palladium are adsorbed onto the plastic surface. The plastic electroplating de-gelling agent can highly selectively remove tin, effectively promoting the activity of palladium. It features a stable working solution, long service life, a single-component system, and simple operation.
SF-6501 Electroless Nickel for Plastics can deposit a smooth, continuous, and highly adhesive nickel layer on the activated plastics surface. It has the characteristics of resistance to contact sintering, low operation temperature, and low cost.
Plating on plastic technology is a surface finishing plating process based on plastic substates. Plating on plastic products can not only show a metallic texture, but also reduce the weight of the finished product. It can effectively improve the appearance and decoration of finished plastics while improving their electrical, thermal, and corrosion resistance properties.
Product Advantages:
Sanfu provides the most stable additive formulation and raw material quality management system, which can ensure the stability of raw material supply and product effect to the greatest extent.
The workpiece has a good appearance, no pitting or pinholes, high yield rate, and stable quality.
Sanfu acid copper brighteners for plating on plastics are suitable for copper plating ABS plastic parts, wires, mesh-like workpieces, and small hardware. According to customer processes and product requirements, they are including the general-purpose SF-2000 acid copper brightener and the high-leveling SF-3000 acid copper brightener.
SF-2000 Acid Copper Brightener
1. Rapid brightening and good levelling, with good coverage and brightness in low current density areas;
2. Obtain mirror bright coatings within a wide range of current densities;
3. Wide working temperature range, and better results achieved at 18-40℃;
4. Wide operating range and high tolerance for chloride ions.
SF-3000 Acid Copper Brightener
Mirror-like high gloss, superior levelling and strong fullness;
Stable and easy to manage, and no decomposition products after long-term use;
Excellent levelling and low current density-area gloss and good ductility;
Strong temperature resistance, can maintain good gloss even at high temperatures;
Wide operating range and high tolerance for chloride ions.
SF-481 Semi-bright Nickel Plating Additive is suitable for multi-layer nickel plating on plastic products, automobiles, motorcycles, sanitary parts, and metal furniture. Its function is to produce a semi-bright nickel coating with excellent ductility and leveling force. The coating does not contain sulfur and has a columnar structure. It has the characteristics of good coating adhesion, stable potential difference, excellent corrosion resistance, good dispersion ability of plating solution, strong coverage ability, low consumption, few decomposition products, no need for rinsing, and easy maintenance.
Sanfu bright nickel plating additives are suitable for rack plating nickel on high-end products such as plating on plastic. According to customer processes and product requirements, they are including SF-8861 bright nickel plating process, SF-8863 bright nickel plating process, and SF-921 pearl nickel electroplating process.
SF-8861 Bright Nickel Plating Process
Features rapid brightening and leveling capabilities, with a fast deposition rate.
Produces a complete coating with good ductility and leveling properties.
Demonstrates good performance in CASS (Copper Accelerated Acetic Acid Salt Spray) tests and corrosion resistance tests.
Offers a wide operating range, is easy to control, and has low cost.
SF-8863 Bright Nickel Plating Process
1, The SF-8863 bright nickel process can produce a white nickel coating with good leveling, uniform flexibility, and a mirror-like brightness.
2, The plating solution has excellent throwing power.
SF-921 Pearl Nickel Electroplating Process
The SF-921 pearl nickel electroplating process can deposit a decorative nickel coating with excellent fineness and uniformity, and a matte finish on the substrate. The surface has almost no gloss and exhibits excellent resistance to touch and scratches. The pearl nickel coating can be subsequently plated with chromium and other decorative coatings.
Sanfu bright nickel plating additives are suitable for rack plating nickel on high-end products such as plating on plastic. According to customer processes and product requirements, they are including SF-8861 bright nickel plating process, SF-8863 bright nickel plating process, and SF-921 pearl nickel electroplating process.
SF-3511 nickel sealing electroplating process is suitable for high-decoration, high-corrosion resistance products such as plating on plastic and high-end products like sanitary ware for multilayer nickel electroplating. Its function is to plate a thin, bright flash nickel layer (approximately 1.5-2.5 microns thick) on top of the bright nickel-plated layer, and subsequently generate micropores in the chromium plating layer. This improves the corrosion resistance of the composite coating and features stable plating solution, wide process range, and convenient solution maintenance.
SF-8681 High-performance Decorative Chromium Plating is applied to decorative bright chromium coatings. It has the characteristics of wide current density range, strong coverage ability, high chromic acid concentration, strong conductivity and resistance to impurity contamination, and promoting the stability of plating solution components.
SF-112 anode electrolytic stripping agent is used for rack stripping. Under a current density of 50 amperes per square decimeter, it can remove a coating thickness of 10 microns per minute. It can simultaneously strip copper, nickel, and chromium coatings. It features operational safety, easy cleaning of treated racks, no damage to green hook colloid, no damage to stainless steel substrate hooks, extended service life of racks, and is beneficial for controlling cost-effectiveness.
Subsidiary : Haoyue New Materials | Ningmei Tech | Guangzhou Etsing Plating Institute | Boquan Chemical | Candice William | GCE | Yiling Smart | Hongway Tech
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