our Metal Finishing

Comprehensive Plating Services.

20+ plating processes from certified partners for corrosion resistance, conductivity, durability, and appearance

Processes

Zinc, Nickel, Chrome, Copper, Tin, Specialty

Certifications

ISO 9001:2015, Nadcap (aerospace)

Lead Times

10-14 days standard, rush available

Industries

Aerospace, Defense, Automotive, Medical

What is Metal Plating?

Electrochemical Surface Enhancement

Metal plating is an electrochemical or chemical process that deposits a thin layer of metal onto a substrate to enhance corrosion resistance, improve conductivity, increase durability, provide wear resistance, or achieve specific aesthetic appearances.

At Aerospace Metals, we coordinate a comprehensive range of plating services through our certified partner network. Every facility maintains ISO 9001:2015 certification minimum, with Nadcap-accredited partners available for aerospace and defense critical applications.

Our Capabilities

Our Plating Capabilities

From zinc corrosion protection to specialty gold plating, our certified network delivers precision results for every application.

Zinc and zinc-alloy plating provides exceptional corrosion protection for steel components at cost-effective pricing.

Zinc Plating (Electroplated)

Standard zinc plating for general corrosion protection. Thickness: 0.0002" - 0.0005"

Black Zinc-Nickel Plating

Combines corrosion resistance with low-reflectivity black finish.

Zinc-Nickel Plating

Superior corrosion resistance (10-15x better). 12-15% nickel content.

Zinc-Iron Plating

Cost-effective alternative with excellent paintability and weldability.

Nickel and chrome plating provide excellent corrosion resistance, hardness, wear resistance, and aesthetic appeal.

Bright Nickel Plating

High-luster reflective finish with excellent corrosion resistance.

Hard Chrome Plating

Extremely hard surface (65-70 HRC). Exceptional wear resistance.

Black Chrome Plating

Dark finish with solar absorption properties.

Electroless Nickel Plating

Uniform thickness on complex geometries. Mid-Phos (4-9% P) or High-Phos (10-13% P).

Decorative Chrome Plating

Bright, reflective aesthetic finish over nickel undercoat.

Copper and tin plating provide excellent electrical conductivity, thermal conductivity, and solderability.

Copper Plating

Excellent electrical and thermal conductivity. Improves adhesion between dissimilar metals.

Tin-Lead Plating

Traditional solder-ready coating (various ratios). Note: RoHS restrictions apply.

Tin Plating

Superior solderability, food-safe. Available in Bright, Matte, or Solder-Friendly finishes.

Specialty plating for unique performance requirements, aesthetic demands, or specific industry applications.

Brass Plating

Decorative gold-like appearance without precious metal cost.

Silver Plating

Highest electrical & thermal conductivity. Excellent solderability and antimicrobial properties.

Multi-Layer Plating Systems

Copper-Nickel-Chrome, Nickel-Gold, and custom combinations.

Gold Plating

Exceptional corrosion resistance, excellent conductivity, luxury appearance.

Bronze Plating

Antique or vintage aesthetic appearance with corrosion resistance.

EMI/RFI Shielding

Copper, nickel, or silver plating for electromagnetic interference protection.

Surface treatments specifically designed for steel and stainless steel substrates.

Zinc Phosphate Coating

Paint adhesion and corrosion protection. Pre-treatment for powder coating.

Stainless Steel Passivation

Removes free iron and enhances natural oxide layer. Standards: ASTM A967, AMS 2700.

Aluminum Conversion Coatings

Chemical film (Alodine, Chem Film) for aluminum corrosion protection.

Manganese Phosphate Coating

Excellent oil retention for wear reduction. Ideal for gears and moving parts.

Black Oxide for Steel

Black finish with minimal dimensional change (~0.000001"). Reduces glare.

Complete Process Support

Pre-Treatment & Support Processes

Quality plating starts with proper preparation. Our partners provide comprehensive pre-treatment services and flexible processing methods.

Rack

Complex parts, precise control

Barrel

High-volume, cost-effective

Vibratory

Complex shapes, moderate volume

Selection Guide

Choosing the Right Plating Process

Not sure which plating process is right for your application? Here's a quick guide based on performance requirements.
Performance Requirement Best Options Good Options
Corrosion Protection Zinc-Nickel, Electroless Nickel, Cadmium Zinc, Tin, Chrome, Nickel
Wear Resistance Hard Chrome, High-Phos Electroless Nickel Electroless Nickel, Nickel
Electrical Conductivity Silver, Copper Gold, Tin
Solderability Tin, Silver Gold, Copper
Cost-Effectiveness Zinc, Black Oxide Tin, Copper, Nickel
Industries Served

Plating Solutions Across Industries

Aerospace & Aviation

Automotive

Medical Devices

Electronics & Telecommunications

Industrial Equipment

Quality & Certifications

Available Certifications Across Network

Quality isn't just about certifications—it's about consistent results. Every partner facility is personally vetted by Paul Fredericks.

ISO 9001:2015

Quality Management (All Partners)

AS9100 Rev D

Aerospace Quality Management

Nadcap

Aerospace/Defense Accreditation

ITAR Registered

Defense Projects
Why Choose Us

Expert Plating Coordination.

Comprehensive Capabilities

Access to 20+ plating processes from a single source.

Quality Assurance

ISO 9001:2015 minimum. Nadcap-accredited for aerospace/defense.

Process Expertise

Technical consultation to help select the optimal process.

Multi-Process Projects

Coordinate machining, finishing, and plating seamlessly.

Fast Turnaround

Average 10-14 days with network optimization. Rush available.

Complete Documentation

Full traceability for aerospace, medical, and defense.

FAQs

Which plating process should I use for corrosion protection?

Depends on your substrate and environment. For steel in harsh conditions: zinc-nickel or cadmium (aerospace/military). For general steel: zinc plating with chromate. For aluminum: anodizing (not technically plating). For stainless: passivation. We can review your specific requirements and recommend the optimal process.

How long does plating take?

Typical lead time is 10-14 days from when parts arrive at the facility. The actual plating process takes hours, but includes pre-treatment, plating, post-treatment, and quality inspection. Rush service available for critical projects.

Will plating change my part dimensions?

Yes, slightly. Most plating adds 0.0002" - 0.0005" to each surface (so 0.0004" - 0.001" on diameter). Hard chrome can be thicker (up to 0.010"). Electroless nickel typically 0.0005" - 0.002". For critical dimensions, account for plating thickness in your design or specify areas to be masked.

Can you plate aluminum parts?

Aluminum requires special processes. For aluminum, we typically recommend anodizing (not plating) which is an electrochemical conversion of the aluminum surface. However, we can coordinate specialized aluminum plating (nickel, gold, silver) when required for specific applications.

What certifications do your plating partners have?

All plating partners maintain ISO 9001:2015 certification minimum. For aerospace and defense projects, we use Nadcap-accredited facilities. AS9100 certified partners available for aerospace applications. ITAR-registered facilities for defense-related plating.

Do you provide plating documentation?

Yes. Certificate of Conformance (CoC), process certifications, thickness measurements, test reports (salt spray, adhesion, etc.) as specified. Full traceability for aerospace and medical applications.

What about hydrogen embrittlement?

High-strength steels (typically >180 ksi tensile strength) are susceptible to hydrogen embrittlement from plating processes. We ensure proper baking/heat treatment after plating per specifications (typically 375°F for 3-24 hours depending on material and requirements). This is critical for aerospace and high-strength fasteners.

Can you meet Mil-Spec requirements?

Yes. Our partners regularly process to military specifications including MIL-DTL-5541 (chemical conversion), MIL-C-8837 (cadmium), AMS 2424 (electroless nickel), and many others. Specify your Mil-Spec requirements when requesting a quote.
Ready to Experience the Aerospace Metals Difference?

Partner with a team that brings 33 years of metal finishing expertise to every project