Galvamé Metaalveredeling
About us
Galvanizing with precision. Results you can count on!!!
High-quality surface treatments for metal products for durable protection, optimal lifespan, and a perfect end result. Thanks to our broad expertise, modern facilities, and strict quality control, we have been a trusted partner for companies in the mechanical engineering, electrical engineering, automotive, medical, defense, and luxury yacht building sectors, both domestically and internationally.
All-round services for every sector.
As all-round specialists, we offer a wide range of surface treatments, including:
Chrome plating, nickel plating, silver plating, tin plating, copper and zinc-nickel plating, electrolytic polishing, and galvanizing.
Whether it concerns series production, custom work, or complex projects: we actively participate in the process and deliver solutions that precisely match the technical and aesthetic requirements of our customers.
Based in Rotterdam – operating throughout the Netherlands and the Benelux.
From our Rotterdam location, we serve customers throughout the country and beyond. Our central location, optimal logistics, and efficient working methods ensure short communication lines and fast delivery times.
Contact us
Are you looking for an expert partner for surface treatment of metal products?
We are happy to advise you on the best solution for your project.
Products
Silver plating
Silver plating is a high-quality surface treatment in which a thin layer of silver is electrolytically applied to metal parts. This treatment combines excellent corrosion protection, optimal electrical conductivity, and self-lubricating properties. From our electroplating facility in Rotterdam, we provide professional silver plating for a wide range of industrial applications. What is silver plating? Silver plating involves applying an even layer of silver to a metal base material, such as steel, copper, or brass. This layer protects the underlying metal from external influences and improves the product's functional properties. Silver is known for its chemical resistance, high conductivity, and bactericidal properties. Important properties of silver: In electrical engineering, silver is widely used for electrical connections due to its low contact resistance, which ensures reliable and efficient current flow. In addition, as a bearing material, silver has self-lubricating properties, reducing friction and wear. Benefits of silver plating: Excellent corrosion protection. Very low contact resistance for optimal conductivity. Bactericidal properties. Self-lubricating properties for moving parts. Silver Plating Applications. Silver plating is used in various sectors, including: Electrical engineering: contact points, connectors, and electrical components Machinery: bearings and moving parts Industry: components that require corrosion and wear resistance Fasteners: stainless steel bolts, nuts, and screws We are a leading all-round specialist in surface treatments for metal products. With modern facilities, experienced professionals, and strict quality controls, we deliver silver-plated products of consistently top quality. We contribute to the process and provide customized solutions for both small and large-scale production runs.
Chrome plating
Chrome Plating: High-quality chrome finish for industrial, automotive, and luxury applications. Chrome plating with duplex nickel offers maximum corrosion resistance and a durable, high-gloss finish for metal parts. Perfect for industrial chrome plating, electroplating, decorative chrome plating, and automotive chrome plating in the Netherlands and Belgium. Features of our chrome finish: A wear-resistant chrome layer with a characteristic blue glow. Does not oxidize in the air; retains its appearance for a long time. Matte, semi-gloss, or high-gloss finish. Pre-grind and polish for the best result. Layer thickness 0.1 to 0.5 µm, tailored to the application. Applications: Industrial chrome plating: consistent quality, reproducible layer thickness, and high wear resistance. Decorative chrome plating: furniture, lighting, plumbing fixtures, and hardware. Chrome plating for the automotive industry in the Netherlands and Belgium: restorations of classic Porsches. Pricing and customization for chrome plating. The price for chrome plating depends on the dimensions, geometry, layer structure (duplex nickel + chrome), batch size, and desired gloss level. We advise clients on the optimal combination of durability, aesthetics, and cost. Your partner for chrome plating. Our modern, automated production lines guarantee high-quality, durable, and aesthetically perfect finishes for industrial, design, and automotive applications. Request a free quote or personalized advice.
ZINC_NICKEL
ZINC-NICKEL: The ultimate corrosion protection! Zinc-Nickel Plating: During the zinc-nickel plating process, we apply an alloy layer with a nickel content of 12-15% nickel. This provides exceptional corrosion resistance: in the salt spray test, a layer of only 5 µm thick resists red rust for over 1000 hours! That's up to 5 times longer than electrolytic galvanizing. The zinc-nickel layer can be either thick-coated or black passivated. Advantages of our process: Environmentally friendly: Our acid zinc-nickel process is boric acid and ammonia-free and offers high efficiency. Brand new automated production line: suitable for processing in drums and will soon be adapted for hanging zinc-nickel. Applicable to: • Steel • Cast iron • Zamak products – Combined with black passivation, this process produces a beautiful black color at relatively low costs. Choose the latest technology and optimal protection! Contact us today for more information.
Galvanizing
Galvanizing: A Durable Surface Treatment for a Corrosion-Resistant Result Galvanizing is a surface treatment that protects metals against rust and corrosion, significantly extending their lifespan. Similar to chrome plating and electropolishing, galvanizing focuses on an optimal combination of functionality and aesthetics. Applying a layer of zinc to steel or iron creates a corrosion-resistant coating that better withstands mechanical wear and environmental influences. How does galvanizing work? Electroplating involves immersing the metal in a zinc bath, creating a uniform protective layer. This process provides homogeneous and durable corrosion protection, comparable to the precision and quality you expect from silver plating. Benefits of Galvanizing One of the key advantages of galvanizing is its excellent corrosion resistance, allowing metal components to last much longer, even under harsh conditions. Furthermore, galvanizing provides a solid foundation for further finishing, such as painting or powder coating, making it suitable for both functional and aesthetic applications. Just like with our other surface treatments, such as chrome plating, quality and durability are paramount in galvanizing. Applications Galvanizing is widely used in construction, the automotive industry, mechanical engineering, electrical engineering, and shipbuilding. Think of structural steel, bridges, fencing, car parts, and fasteners such as screws and bolts. Thanks to its corrosion-resistant properties, the structure of these metals remains reliable and safe, even in challenging environments. For applications where both protection and a representative appearance are important, galvanizing is an excellent choice. Choose a high-quality surface treatment Do you want to maximize the lifespan of your metal products and prevent corrosion problems? Contact us today for advice!
Copper
Copper is often used as an intermediate layer in nickel and chrome plating because it increases corrosion resistance and improves adhesion to metals such as zamak and zinc. As a final layer, copper is useful in explosion-proof applications because it reduces the risk of sparking. Although copper has excellent electrical conductivity, it can quickly deteriorate in practice due to oxidation in air, which requires attention when used in electrical connections. Characteristics Red in color Reduces the risk of sparking in explosion-proof environments Good electrical conductivity, but sensitive to oxidation Commonly used as an intermediate layer in nickel and chrome plating Decorative applications, for example, as aged or patinated copper
Electrolytic nickel plating
Durable Nickel Plating – Premium Corrosion Protection. Protect your metal products from corrosion with our electrolytically applied nickel plating. Thanks to a 100% pore-tight nickel layer of at least 20 µm, your product will remain rust-free for years to come. Bright Shine, Perfect Finish. Choose from matte, pearl, semi-gloss, or high-gloss. For a perfect appearance, we recommend grinding, brushing, or polishing prior to plating. Duplex Nickel Plating for Extra Protection For demanding applications, such as automotive, motorcycle, and yacht parts, we offer duplex nickel plating: first semi-gloss, then polished. The result: maximum corrosion resistance and a durable shine. Key Benefits Warm yellow nickel, blue-white chrome Extra corrosion resistance thanks to duplex nickel plating Gloss options: matte, pearl, semi-gloss, high-gloss Ideal for demanding and corrosive applications
Tinning
Tinning: Hygienic and Corrosion-Resistant Surface Treatment. Tinning is a high-quality surface treatment that applies a thin layer of tin to copper or aluminum. This treatment is ideal for the food industry because it creates a hygienic and corrosion-resistant surface that is safe for food contact. In addition, tinning is widely used in electronics, where tin on copper or aluminum provides reliable corrosion protection for connections and conductors. The process provides durable protection against oxidation and wear, extends the life of your products, and makes maintenance easy. Thanks to the smooth, even coating, tinning can also be combined with other surface treatments such as chrome plating or electropolishing for optimal performance and aesthetics. Discover how tinning can protect and enhance your products – contact us today!
Electroless nickel
Electroless Nickel Plating: Uniform, Wear-Resistant, and Corrosion-Resistant Nickel Layers. When a nickel layer needs to be the exact same thickness throughout, electrolytic nickel plating isn't always suitable. A consistent layer buildup is crucial, especially for products with tight fits, cavities, interiors, or complex shapes. Electroless nickel plating—also known as autocatalytic or electroless nickel plating—offers the perfect solution. This process ensures a completely uniform layer thickness, both internally and externally, regardless of the product's geometry. This makes the process ideal for precision parts where tolerances must remain constant for moving parts, machine components, and components exposed to friction or abrasion. Nickel-phosphorus layer (7–13% P) for optimal protection. By precisely controlling these phosphorus levels, we can tailor the material properties precisely to the product's technical requirements. - Medium phosphorus (7–10% P): a strong all-around layer with a good balance between corrosion resistance and wear resistance. - High-phosphorus (10–13% P): Recommended for environments requiring the highest corrosion resistance, such as exposure to acids, chlorides, and aggressive media. Wear-resistant, dimensionally stable, and hardenable. For applications with high wear, we can perform a heat treatment after nickel plating. This increases the hardness of the nickel layer to approximately 1,000 HV, comparable to hard chrome. Suitable for food contact. The closed, smooth, and chemically stable structure of the nickel-phosphorus layer makes the process suitable for products that may come into contact with food without restriction. Therefore, electroless nickel plating is frequently used in the food, pharmaceutical, and high-tech industries. Flexible layer thicknesses. We can apply layer thicknesses from 5 to approximately 80 μm, depending on the desired function and protection.
Electropolishing
Electrolytic Polishing of Stainless Steel: High-Quality Surface Treatment for Medical, Food, and Decorative Applications. Electrolytic polishing of stainless steel is an advanced surface treatment that makes stainless steel surfaces shinier, more hygienic, and more durable. Unlike traditional treatments that apply a layer of metal, electrolytic polishing removes an extremely thin layer of material from the stainless steel. The result is a mirror-smooth, hygienic, and corrosion-resistant surface that is more resistant to chemicals, bacteria, and wear. How does electrolytic polishing work? The process is electrochemical: the stainless steel object is immersed in an electrolytic solution and connected to an electric current. Microscopic imperfections and scratches disappear, creating a uniform, high-gloss surface. This treatment improves both the functionality and aesthetics of the stainless steel surface. Benefits of electrolytic polishing of stainless steel: Hygienic and clean: Microorganisms are less likely to adhere to the smooth surface, perfect for the medical and food industries. Corrosion-resistant: The surface is more resistant to chemicals, cleaning agents, and humid environments. Durable: Reduces wear and extends the life of equipment and instruments. Aesthetic: The high-gloss surface provides a premium appearance, ideal for decorative applications. Applications for stainless steel electropolishing: Medical industry: Surgical instruments, implants, and medical equipment. Food industry: Tank connections, pipes, and machine parts. Decorative applications: From luxury interiors to high-end household products. Discover the difference for yourself and contact us today for personalized advice or a quote for stainless steel electropolishing.
Pickling/passivation
Pickling and passivation are applied to stainless steel in a single treatment. This removes pickling from welds and any annealing skin residue. The chromium oxide layer is restored, making the surface passive and therefore corrosion-resistant again. This process results in a smooth, matte finish.
