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Electroless Nickel Plating Services and Companies

IQS Directory provides a detailed list of electroless nickel plating companies and suppliers. Find electroless nickel plating companies that can provide electroless nickel plating services to your specifications. Peruse our website to review and discover top electroless nickel plating companies with roll over ads and complete product descriptions. Connect with the electroless nickel plating companies through our hassle-free and efficient request for quote form. You are provided company profiles, website links, locations, phone numbers, product videos, and product information. Read reviews and stay informed with product news articles. Whether you are looking for electroless tin plating, electroless nickel coatings, or electroless metal plating of every type, IQS is the premier source for you.

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We take pride in saying that we have over 1000 certifications. Our company has taken giant strides in order to be the most proficient manufacturer in our industry. It is our mission to exceed your expectations. All of our products adhere to extensive testing which results in ultimate customer satisfaction. Just let us know your application and we can handle the rest. Please give one of our representatives a call today!
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Our company has been manufacturing reliable products since 1949 and we built a reputation of handling the most difficult jobs. We are an industry leader that offers friendly service for our customers no matter how big or small the order. These top of the line products are far superior compared to the competition. We look forward to working with you today! Please give us a call to learn more!
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Electronic Precision Specialties is a metal finisher providing electroless nickel plating as well as gold, silver, palladium nickel, rhodium, tin, tin/lead and sulfamate platings. We can provide platings for rack, barrel and reel-to-reel applications.
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We utilize the newest technology which contributes to our strong position as a leading manufacturer in our industry. We are an ISO 9001-2008 certified company that has incorporated an environmentally friendly waste management program into our organization. The functionality of our electroless nickel plating is beyond compare. Give us a call today to learn more information!
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Reliable Plating Corp. provides the highest quality electroplating, chrome plating, electroless plating and RoHS compliant metal finishing tailored to your individual specifications, serving the aerospace, automotive, communications, electronic, marine, military and commercial manufacturing sectors.. By suggesting the best finishes for the desired results, we can save our customers time and money.
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Industry Information
View A Video on Electroless Nickel Plating - A Quick Introduction

Electroless nickel (EN) plating is an auto-catalytic chemical reaction that results in a layer of nickel alloy, typically nickel-phosphorus or nickel-boron, to be deposited onto a solid substrate like a metal or plastic workpiece. A reducing agent, such as hydrated sodium hypophosphite, is crucial to the electroless nickel plating process because it reacts with the metal ions and allows for the nickel to be deposited.

A comparative metal plating process to electroless nickel plating is electroplating, which utilizes an electrical current in order to achieve the same process that electroless plating is capable of achieving without electricity. Electroless nickel plating, also at times referred to as nickel coating, is a common industrial process and can be utilized in several other industries including: petroleum, in which it is used on essential components such as oil field valves and fuel rails; automotive, used to plate power transmission parts such as drive shafts; residential, used in coating kitchen utensils, door knobs, bathroom fixtures and more; and electronics, in order to plate electric components such as hard drive disks and printed circuit boards (PCBs). Although nickel is the most common material that is utilized in electroless plating processes, it is not the only type of material that can be electroless plated.

Additional materials that can be used electroless plating processes include: gold, silver, tin, zinc, copper, chrome, cadmium, palladium and rhodium. Of these material types and after nickel of course, the most commonly used in electroless plating processes are gold, silver, copper and palladium. In gold plating, a thin layer of gold is deposited on the surface of another metal, this most often occurs in electronics in order to provide other metal's with a corrosion-resistant and electrically conductive layer. Similarly used, silver plating is often utilized in the electronics industry as a less-expensive alternative to gold plating. However, silver-plated parts will not perform well in humid environments because of it does oxidize. Also used in the electronics industry, copper plating does not perform quite as well as either gold or silver, but is a much less-expensive option than either. In addition, copper has a higher conductivity than comparable other metals such as aluminum. Although palladium is not a common metal, in fact is a rather rare metal with a lustrous silvery-white color only discovered in 1803, one of its more common uses is that of electroless plating. Palladium works so well for electroless plating because it provides such excellent bath stability as well as a high corrosion resistance.

In addition to the more common metals used in electroless nickel plating, there are those that are widely used in electroplating, but not so widely used in electroless plating including tin, zinc, chrome, cadmium and rhodium. Electroless tin plating is also commonly utilized in the electronics industry, specifically for PCBs. Tin is typically alloyed with other metals such as lead or copper before it is used for electroless plating. Electroless zinc plating prevents oxidation of the plated metal. In addition, zinc is typically used in electroless barrel plating processes, which means that small parts are electroplated in large groups. Electroless chromium (EC) plating, or chrome plating, actually refers to an alloy of chromium rather than pure chromium, which can be very expensive and requires an electrical current in order to be plated. Electroless cadmium plating is not an incredibly common process because it is under some scrutiny because of some side-effects of the process with the metal that could potentially be hazardous to the environment. However, electroless cadmium plating remains widely used in the aerospace and military industries. Lastly, there is electroless rhodium plating, which is typically used on precious metals such as gold and silver for commercial applications such as jewelry.

The electroless plating process, which is also known as autocatalytic plating, is essentially a chemical reaction. In this chemical reaction, the metal being deposited onto the workpiece is immersed in an aqueous solution that is often referred to as a bath solution. Without using an external electrical power supply, the metal reacts instead as a result of the introduction of a reducing agent into the bath solution. The reducing agent, typically sodium hypophosphite, functions to release hydrogen and consequentially reacts with the metal ions of the material being deposited producing a negative surface charge and resulting in deposition. Contrastingly, the electroplating process uses an electrical current in order to reduce cations of a desired material from a solution instead of a chemical solution. When the reduction of cations occurs, a conductive object is coated with a thin layer of the typically metallic material. The electroplating process is primarily used for the deposition a layer of metal in order to provide the material being plated with a desirable property such as abrasion and wear resistance, corrosion protection, lubricity or aesthetic qualities that it would not otherwise have. Another application of electroplating is to build up the thickness of undersized parts.

Electroless Nickel Plating
Electroless Nickel Plating
Electroless Nickel Plating
Electroless Nickel Plating – TWR Service Corp.
Electroless Nickel Plating – TWR Service Corp.
Electroless Nickel Plating – TWR Service Corp.
Electroless Nickel Plating
Electroless Nickel Plating
Electroless Nickel Plating
Electroless Nickel Plating – TWR Service Corp.
Electroless Nickel Plating – TWR Service Corp.
Electroless Nickel Plating – TWR Service Corp.

Electroless Nickel Plating Types

  • Cadmium plating is the process of depositing a thin, uniform layer of cadmium onto another substrate, such as a metal or plastic workpiece.
  • Chrome plating is a finishing treatment that can be either bright chrome or hard chrome.
  • Copper plating is the process of depositing a layer of copper onto a solid metal or plastic workpiece.
  • Composite coatings use hard particulate matter mixed with electroless nickel plating chemicals. Silicon carbides and synthetic diamonds are common types of composite materials.
  • Electroless nickel/Teflon® composite plating creates a slick, low friction surface.
  • Electroless plating, also known as chemical or auto-catalytic plating, is a type of plating that does not use electricity.
  • Electroplating is an alternate type of the coating/plating process. Using a low voltage current, charged nickel compounds are attracted to a substrate's oppositely-charged surface; in this fashion, nickel deposits are transferred through a solution and onto the substrate. 
  • Gold plating involves the deposition of a thin layer of gold onto another substrate, typically a variety of metal parts.
  • High phosphorous plating has the best corrosion resistance of any electroless nickel plating process. It is used in harsh environments, such as oil drilling and coal mining.
  • Low phosphorous (hard) plating yields very good resistance to alkaline corrosive environments. It also provides uniform thickness, so that grinding after the procedure is unnecessary.
  • Medium phosphorous (bright high speed) plating is a popular form of nickel plating that has been used over the years. It generates a nice uniform coating and will not build up on the edges of the substrate.
  • Metal finishers improve a product's corrosion and wear resistance.
  • Metal-plating is the process of depositing a metal or metal alloy onto a surface.
  • Nickel-boron coatings are admired for their as-plated hardness, which is greater than that of nickel-phosphorus platings. The melting point for N-B alloys is higher than that of N-P, but chemical costs for nickel-boron baths can be up to 10 times that of the nickel-phosphorus chemicals.
  • Nickel coating is the process of coating an item with a nickel alloy to prevent oxidation.\
  • Nickel plating is the process of depositing a thin layer of nickel onto another substrate, such as metal or plastic.
  • Poly alloy coatings consist of nickel and boron or phosphorus. Other materials, such as iron, cobalt and tungsten, are also included in poly alloys. Polly alloy coatings allow maximum corrosion and high-temperature resistance, hardness and magnetic or nonmagnetic qualities.
  • Rhodium plating refers to the process of depositing a thin layer of the chemical element rhodium (Rh) onto a conductive metal surface.
  • Silver plating is the process of coating another substrate with a thin layer of silver.
  • Tin plating is the deposition of tin onto another material's surface, both ferrous and non-ferrous, in order to provide increased protection from harsh conditions.
  • Zinc plating is an industrial process that utilizes either solely a chemical reaction of a combination of a chemical reaction and an electrical current in order to deposit a thin coating of zinc onto a metal part.

Electroless Nickel Plating Terms

Abrasion - The deformation or wearing away of a surface material due to frictional forces and/or impact engendered by a nearby body or element.
Activation - The loss of passivity on the surface of a solid.
Adhesion - The sticking together or attractive force between two materials in contact. The adhesion that electroless nickel provides to most metals is excellent.
Alloy - A solid compound consisting of two or more metals fused together.
Anode - A positively-charged conductor that attracts nearby free electrons. Anodes are a uniformity factor for the electroplating process, but not electroless plating.
Base Metal - Metal that easily oxidizes or dissolves, forming ions.
Bright Dip - A process that is used to create an extremely bright surface on a metal.
Catalysis - The quickened rate of a chemical reaction due to a catalytic agent. Catalysts are often applied to substrates to speed up the finishing procedure.
Coating Thickness - The distance from the top layer of the coating material to its substrate's outermost surface. Common thicknesses for nickel deposits range from .0005 to .001 inches.  
Compound - A substance formed by the chemical union of two or more elements.
Conductance - A metal's capacity to transmit electric current.
Corrosion - The deterioration of a metal due to reaction with atmospheric elements. Nickel plating is admired for its anti-corrosive qualities.
Deburring - The removal of burrs and sharp edges on a metal by chemical, electrochemical and mechanical processes.
Density - The ratio of a material's mass to its volume. Nickel compounds used for coating purposes typically have densities in the range of 7.7 gm/cm3 to 8.5 gm/cm3, depending on the concentration of phosphorus.
Ductility - The ability of a metal to withstand deformation before finally fracturing.
Electrical Resistivity - The ability of a material to resist the flow of electrical current.
Eutectic Alloy - An alloyed material that has a melting point lower than that of each individual element alone.
Hardness - The resistance of a material to deformations by indentation. For electroless nickel plating, common hardness values range from 44 HRC to 59 HRC.
Immersion - The act of submerging a product. Substrates are immersed into baths containing electroless nickel plating chemicals.
Ion - A charged atom or molecule.
Oxidation - A reaction in which electrons are removed from a reactant, usually because of the addition of oxygen.
Passivity - A decrease in the corrosion rate of metal, which results from the application of a protective film such as electroless nickel plating.
Substrate - The material that is being coated or plated.
Tensile Strength - The maximum amount of tensile force that can be applied to a material before it is broken apart. Electroless nickel plating has comparable tensile strength to many hardened steels.
Topography - The surface features of a material. Substrate topography affects coating appearances for many metal products.

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