NADCAP – Aerospace Quality Systems (AC7004)

---

NADCAP – Chemical Processing

High Corrosion Resistant Alternative to Cadmium
AMS 2417 ASTM B841 ASTM F1941

Paramount Metal Finishing offers ZINC NICKEL plating to AMS 2417 and ASTM B841 on large parts up to 9 feet in length. Zinc nickel plating as the name suggests is a co-deposited coating of zinc and nickel.

Zinc Nickel is a high performance finish that offers maximum corrosion resistance especially for components used in severe environments. The zinc and nickel alloying creates a distinctive composition that will corrode at a much slower rate than zinc. The combination of approximately 10-15% nickel and the remainder zinc, can offer up to 10X the protection of traditional zinc plating.

Paramount Metal Finishing Zinc Nickel plating benefits:

• Maximum corrosion resistance
• Salt Spray 500+ hours
• RoHS Compliant
• Increased part life span
• Alternative to cadmium and hot dip galvanizing
• Trivalent, Hexavalent and Black Chromates available
• Parts up to 9 feet in length

Applications:

• Oil and Gas
• Hydraulic Components
• Railway
• Agricultural Machinery
• Automotive Industry
• Electrical Transmission

Paramount Metal Finishing processes and meets to the following specifications:

• AMS 2417
• ASTM B841, ASTM F1941

Paramount Metal Finishing is a specialist in zinc nickel plating and is an integrated coating applicator to ASTM, AMS and Military Specifications. We have capabilities to Plate, Anodize, Hard Coat Anodize, Sanchem, Conversion Coat, Paint, Powder Coat and Dry Film Lube in one location.

Visit our website www.pmf1.com or email us at sales.paramount@pmfnj.com Tel: 908-862-0772

ASTM B733, AMS 2404, MIL-C-26074

Electroless nickel plating or autocatalytic nickel plating is a widely used surface finishing process that offers several advantages over other plating techniques. Specifications for EN are ASTM B733, AMS 2404 and MIL-C-26074. Here are some of the key benefits of electroless nickel plating:

Uniform and Consistent Coating: Electroless nickel plating provides a uniform and consistent coating on complex geometries, including internal surfaces, corners, and recesses. It deposits a uniform layer of nickel onto the substrate, regardless of its shape or size, ensuring an even coating thickness.

Corrosion and Wear Resistance: Electroless nickel coatings offer excellent corrosion resistance, protecting the underlying substrate from rust, oxidation, and chemical attack. The deposited nickel layer acts as a barrier, preventing the substrate from being exposed to the corrosive environment. Additionally, electroless nickel coatings provide good wear resistance, enhancing the lifespan and durability of the treated parts.

Hardness and Surface Hardness: Electroless nickel plating can produce coatings with varying levels of hardness, ranging from relatively soft to very hard, depending on the specific formulation and process parameters. This allows the plating to meet different requirements, including wear resistance, load-bearing capacity, and dimensional stability. Electroless nickel coatings can also be heat treated to further increase their hardness and surface hardness.

Thickness Control: Electroless nickel plating enables precise control over the coating thickness. The process parameters can be adjusted to achieve the desired thickness, ensuring consistent results and meeting specific engineering requirements.

Excellent Adhesion: Electroless nickel coatings exhibit excellent adhesion to a wide range of substrates, including metals, alloys, ceramics, and some plastics. This adhesion ensures that the coating remains firmly attached to the substrate, even under harsh operating conditions or thermal cycling.

Lubricity and Low Friction: Electroless nickel plating can provide a self-lubricating surface, reducing friction and wear in sliding or rotating applications. By incorporating certain additives or incorporating post-plating treatments, the coefficient of friction can be reduced, resulting in improved performance, reduced energy consumption, and extended service life.

Versatility: Electroless nickel plating is a versatile process that can be used in various industries and applications. It can be applied to a wide range of materials, including steel, aluminum, copper, brass, and more. The plating can be customized to meet specific requirements, such as high phosphorous coatings for increased corrosion resistance or low phosphorous coatings for solderability.

Paramount Metal Finishing offers electroless nickel in rack and barrel processes.

Overall, electroless nickel plating provides numerous advantages, including uniform coating, corrosion and wear resistance, hardness control, excellent adhesion, lubricity, versatility, and cost-effectiveness. These benefits make it a popular choice for a wide range of applications, from automotive and aerospace to electronics and medical equipment.
Paramount Metal Finishing is an integrated coating applicator of Zinc plating, Electroless Nickel, Manganese Phosphating, Zinc Nickel and offers many other finishes to ASTM, AMS and Military Specifications. We have capabilities to Plate, Anodize, Hard Coat Anodize, Sanchem, Conversion Coat, Paint, Powder Coat and Dry Film Lube in one location.

Visit our website www.pmf1.com or contact us at 908-862-0772. For an online quotation e-mail us a drawing with RFQ details to sales.paramount@pmfnj.com.

Zinc plating, also known as galvanization or zinc coating, is a process of applying a protective layer of zinc to the surface of various metal objects under the ASTM B633. This plating technique offers several benefits, which include:

Corrosion resistance: Zinc is highly resistant to corrosion, making it an excellent protective coating for metal surfaces. The zinc layer acts as a barrier, preventing moisture and other corrosive elements from reaching the underlying metal. This helps to extend the lifespan of the coated object and reduces the risk of rust or corrosion. For example thickness classes: SC3 (severe) 12μm, SC4 (very severe) 25μm.

Enhanced durability: Zinc plating can significantly enhance the durability and longevity of metal objects. By providing a protective layer, it helps to minimize wear and tear, reducing the likelihood of surface damage or degradation. This is particularly beneficial for objects exposed to harsh environments, such as outdoor equipment or automotive components.

Cost-effective: Zinc plating is a relatively cost-effective surface treatment compared to other protective coating options. The process is efficient and can be applied to a wide range of objects, from small screws and fasteners to larger components. Additionally, the availability and low cost of zinc make it an economical choice for many industries.

Paint adhesion: Zinc plating provides an excellent base for paint adhesion. The surface of zinc is receptive to paint, allowing for better bonding and adhesion of the paint layer. This is especially relevant for objects that require additional protection.

Easy application: Zinc plating is a relatively straightforward process that can be applied using techniques, such as electroplating. It can be used on different types of metals, including steel, iron, and brass, providing versatility in application.

Overall, zinc plating offers a range of benefits, including corrosion resistance, enhanced durability, cost- effectiveness, improved aesthetics, paint adhesion, ease of application, and self-healing properties. These advantages make it a popular choice for numerous industries, including automotive, construction, electronics, and consumer goods.

Paramount Metal Finishing can accommodate zinc plating in both rack plating and barrel with some of the largest tanks on the east coast with working dimensions of 132”x48” in type II yellow and 100”x50” in type I clear (Trivalent/RoHS Compliant).

Paramount Metal Finishing is an integrated coating applicator of Zinc plating, Electroless Nickel, Manganese Phosphating, Zinc Nickel and offers many other finishes to ASTM, AMS and Military Specifications. We have capabilities to Plate, Anodize, Hard Coat Anodize, Sanchem, Conversion Coat, Paint, Powder Coat and Dry Film Lube in one location. Visit our website www.pmf1.com. For an online quotation email us a drawing with RFQ details to sales.paramount@pmfnj.com. Tel: 908-862-0772

What Are The Best Plating Processes For Corrosion Resistance For Steel?

Corrosion will jeopardize the integrity of components of aircrafts, vehicles, and many other all types of equipment. Paramount Metal Finishing provides metal plating solutions that improve the corrosion resistance of metal parts for the aerospace, military, medical as well as industrial and energy industries. The following brief guide offers the best plating solutions Paramount Metal Finishing offers for corrosion resistance to help you decide which type of plating may best fit your requirements.

Metal Plating For Corrosion Resistance On Steel

Electroless Nickel Ams 2404, Astm B733

Because it does not need electric current, electroless nickel plating takes less time than electroplating processes like hard chrome. This type of metal plating improves corrosion resistance by creating a thick, even coating of nickel onto a metal surface. EN can plate down deep recesses of complex shapes. The protective nickel coating has a high hardness and is able to fill any flaws, making it the best metal plating solution for worn or degraded metal parts. Another advantage of electroless nickel plating is that after the plating process is complete, the metal part is ready to go—there’s no need for further surface finishing, grinding, or machining, unlike with other metal finishes.

Manganese Phosphate Mil-dtl-16232 Type M

Manganese phosphate is the hardest type of phosphate coating, and it provides superior corrosion resistance for steel parts. Unlike other phosphate coatings, manganese phosphate can protect steel parts even after they are broken in. Manganese phosphate coatings absorb lubricants on steel surfaces to enhance corrosion resistance and prevent the galling of parts like bearings, bushings, and fasteners that are subject to wear.

Zinc Nickel AMS 2417, ASTM B841

Zinc platings alone have marginal corrosion resistance, but provide even better protection when alloyed with nickel. Zinc nickel plating protects steel, copper, and brass against high temperatures. It can also minimize galvanic corrosion caused by dissimilar metals. This type of metal plating is commonly used in the aerospace industry for landing gears, flap tracks, and other metal parts. It’s also used widely in the defense, automotive, heavy equipment, and agricultural machinery industries. Zinc nickel is a sacrificial coating and is an environmentally safe alternative to cadmium that offers equivalent and, in some cases, better corrosion resistance.

If you need the best metal plating solutions for corrosion resistance, contact PARAMOUNT METAL FINISHING in Linden, NJ.

Resist Corrosion With Paramount Metal Finishing! Plating Services For Steel In Nj

Paramount Metal Finishing is an integrated applicator of Nitric Passivation, Electroless Nickel, Manganese Phosphating, Zinc Nickel and offers many other finishes to ASTM, AMS and Military Specifications. We have capabilities to Plate, Anodize, Hard Coat Anodize, Sanchem, Conversion Coat, Paint, Powder Coat and Dry Film Lube in one location. Visit our website www.pmf1.com. For an online quotation email us a drawing with RFQ details to sales.paramount@pmfnj.com or call us at 908-862-0772.