SPC (Sharretts Plating Company)

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SPC (Sharretts Plating Company) is a U.S. company that provides functional plating services for aerospace, medical, and electronic component applications. This article introduces the challenges SPC can help solve through plating technology development for difficult-to-plate substrates, high-performance surface finishing for micro components, and an integrated production system.

SPC_公式キャプチャ
Source: SPC official website
(https://www.sharrettsplating.com/)

Challenges SPC’s Functional Plating
Can Help Solve

One-Stop Post-Processing for Prototypes and Small Lots

A one-stop system for precision assembly, kitting to specified configurations, and packaging eliminates the management burden associated with ancillary work after plating. SPC handles complex post-plating operations in one place, reducing the time and effort required to coordinate vendors and schedules. This allows development teams to focus on design verification and core development.

Protecting Micro Components
with Single-Site Processing

SPC’s in-house production system, covering everything from surface finishing through final packaging and direct delivery, helps prevent product damage associated with transfers among multiple vendors. This eliminates scuffing and impact damage caused by back-and-forth transfers between vendors. The single-site system also preserves the fine features and tightly controlled electrical properties of delicate plated surfaces, enabling reliable shipment of high-quality components.

Design-Stage Support
for Difficult-to-Plate Substrates

SPC’s support system combines consultation and prototype validation from the product design stage with nearly a century of technical expertise, helping prevent adhesion failures that are more likely to occur when plating difficult-to-plate substrates. This approach helps establish appropriate specifications early for titanium and tungsten to prevent delamination. This reduces the risk of defects being discovered just before volume production and the need for rework, supporting a smooth new-product launch.

Supported Plating Processes

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Types of Plating Electroplating (Gold / Silver / Copper / Nickel / Palladium / Platinum / Rhodium / Ruthenium / Tin / Zinc); Electroless Nickel; Nickel-Boron Alloy; Composite Electroless Nickel; ENIG; ENEPIG; Anodizing; Conversion Coating; Passivation; and More
Substrates Metals (Aluminum / Titanium / Tungsten / Molybdenum / Stainless Steel / Copper Alloys); Resins (ABS / Nylon); Ceramics; Glass; Various Composite Materials; and More
Functional Properties Corrosion Resistance; Wear Resistance; Conductivity; Thermal Conductivity; Solderability; Lubricity; Heat Resistance; EMI/RFI Shielding; Light Absorption; Biocompatibility; Magnetic Properties; Dimensional Restoration; and More

When Is SPC a Good Fit?

SPC is well suited for probe development involving difficult-to-plate substrates or micro-scale geometries that existing plating shops cannot handle, particularly when a partner that can provide guidance from the specification development stage is needed.

In addition to processing difficult-to-plate substrates such as titanium and ceramics, the company can provide comprehensive in-house support from prototype validation through assembly and packaging.

This site introduces companies that offer functional plating services suited to a range of specific needs. We hope it helps you find the right partner.

SPC’s Plating Case Studies (Customer Testimonials)

Developing Electroless Nickel Plating Technology for a Special Substrate

Challenges Before Implementation

The client was exploring the feasibility of electroless nickel plating on a special substrate. However, because this was a specialized project involving considerable uncertainty, finding a plating vendor capable of taking it on was a challenge.

Outcome

SPC developed electroless nickel plating technology for the special substrate. The plated samples provided by SPC confirmed the feasibility of achieving the target, leading to recognition of SPC’s ability to handle specialized projects and its broad plating expertise.

Quickly Clarifying Requirements for Installing a Metal Finishing Line

Challenges Before Implementation

The client was considering installing a metal finishing line at its plant. However, the company had continued gathering information and conducting research over an extended period because it had been unable to determine the capital investment, operating costs, and resources required.

Outcome

SPC quickly clarified the capital investment, operating costs, and implementation requirements, then proposed multiple implementation approaches and options. The client was able to establish a clear direction for installing a metal finishing line suited to its needs.

Company Profile

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Company Name Sharretts Plating Company (SPC)
Headquarters Address 3315 Connelly Rd, Emigsville, PA 17318
U.S. Locations Emigsville, Pennsylvania, USA
Official Website https://www.sharrettsplating.com/
3 Recommended
Functional Plating Services
by Industry
and Component Type
For
Semiconductor Components
“We need a shop for difficult plating others declined.”
Mitsuya
Japan, est. 1931
image-Mitsuya
Precious Metal Plating
for Micro Components
Mitsuya supports uniform precious metal plating on parts down to 0.1 mm in diameter. This can help improve precision and durability in semiconductor inspection equipment.
High-Adhesion Plating
for Tips and Contacts
Mitsuya has developed an in-house process for titanium and tungsten that does not require heat treatment. It can support high-adhesion plating on pin and card contact areas.
Support for New Product Development
Engineers can consult Mitsuya before semiconductor IC specifications are finalized and verify performance through prototypes. This can help reduce development risk and rework costs.
Industries Served
  • Electronics and Telecommunications
  • Semiconductor Inspection Equipment
  • Space Development
and More
For
Automotive Components
“We need 10 million parts delivered on time, every time.”
Greystone
U.S., est. 1932
image-Greystone
Consistent Quality and
Lead Times at Volume
Greystone has an annual mass-production record of 130 million automotive parts*1 through machining and plating.
Single-Source Support from Processing through Plating
Machining and plating are completed within the same group. Fewer delays between processes can help reduce costs.
Quality Standards
Automakers Trust
All U.S. locations are IATF 16949 certified, with plating process control that meets OEM quality standards.
Industries Served
  • Automotive
  • Firearms
and More
For
Aircraft
Components

“Nadcap is required. We need proven certification experience.”
Anoplate
U.S., est. 1960
image-Anoplate
Smoother Approval
from Major Primes
An approved supplier to Boeing, Lockheed Martin, and others, with more than 80 Nadcap-accredited processes.
Aerospace & Defense Work on a Certification-First Basis
Proven across a wide range of mission-critical components, including missiles and fighter aircraft.
Meets Defense Standards, Even the Strictest
Its cadmium-replacement zinc-nickel plating won a 2020 Secretary of Defense Environmental Award and has been used on the F-35*2.
Industries Served
  • Aerospace and Defense
  • Medical Devices
and More
*1 Based on information listed on each company’s official website as of April 20, 2026.
*2 Source: Anoplate official website https://www.anoplate.com/news-and-events/zinc-nickel-plating-highlights-2020-secretary-of-defense-environmental-award/