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Posts by category

• Category: Abrasive Blasting Media
  • 7 Tips for Choosing Abrasive Blasting Media
• Category: Benefits of Plating
  • Palladium vs. Gold Plating: Which Option to Choose?
  • Durability of Platinum Plating
  • Plating: An Excellent Defense Against Corrosion
  • Why Choose Silver Plating for Medical Devices?
  • How Does Electroplating Contribute to Reducing Manufacturing Costs?
  • Exploring the Differences Between Industrial and Decorative Plating
  • The Purpose of Gold Plating for Medical Devices
  • Benefits of Gold-Plated Electrical Contacts
  • What Is Selective Plating? The Advantages of Brush Plating
  • How to Attain a Bright, Reflective Finish on Your Metal Parts
  • Does Gold Electroplating Make Sense For Your Electronics Manufacturing Operation?
  • 7 Tips for Maximizing Electroless Nickel Plating Performance
  • Zinc Plays A Prominent Role In Today’s Automotive Manufacturing Processes
  • Gold Plating In The Medical Field
• Category: Blog
  • Gold Plating Standards
  • Substrate Effect on Electroplating
  • Manufacturing Brokers: Pros and Cons
  • ENIG vs. ENEPIG in Semiconductors
  • Guide to Electroplating on 3D Prints
  • Can You Electroplate 3D Parts?
  • How Hard Is 3D Printing?
  • What Industries Use 3D Printing?
  • Improving Corrosion Resistance in Metal 3D-Printed Enclosures
  • Electroplating Defects and Issues
  • ENEPIG Plating for Printed Circuit Boards
  • Guide to Automotive Plating and Metal Finishing
  • How Are Semiconductors Made?  
  • What is Contactless Electroplating Technology (CET)?
  • How Gold Electroplating Is Done
  • How Metal Finishing Works
  • What Are Semiconductor Nanoparticles?
  • How to Prepare a Substrate for Electroplating
  • Which Metal Finishing Option Is For You?
  • Electroforming Guide
  • What Is Electrocleaning?
  • Guide to Materials Used in 3D Printing
  • The Most Conductive Metals
  • What Causes Electroplated Coatings to Flake or Peel?
  • Types of Corrosion Testing for Plated Parts and Components
  • 3D Print Gold Electroplating for Chemical Sensors
  • A Guide To Vibratory Finishing Media
  • Electroplating Non-Conductive Materials
  • Plating Precious Metals On Refractory Metals in Electrical Connectors
  • Comparing Electroplating to Vacuum Metallizing
  • The Effects of Periodic Reverse Current in Electroplating
  • Plating Challenges for Plastic Parts
  • Plating Onto Ceramics vs. Metal
  • Plating on Plastic vs Metal
  • Heavy Build Plating
  • What Does Electroless Nickel Plating Cost?
  • Electroless Plating – What You Need to Know
  • Benefits of Electroplating
  • WHAT IS ELECTROPLATING?
  • Advantages of 3D Printing in Manufacturing and How Metal Finishing Comes Into Play
  • What Is the Best Precious Metal?
  • Tungsten vs. Molybdenum
  • Advantages of Sulfamate Nickel Plating
  • Thickness of Gold Plating Connectors
  • Key Benefits of Industrial Gold Plating
  • Different Ways to Plate Micro Parts
  • Hard Gold Plating vs. Soft Gold Plating
  • Advantages of Gold Plating Over PVD Coating
  • Specifications of Superalloys
  • Mixing Gold and Tin Contacts
  • Hard Gold Plating vs. ENIG
  • Gold Plating Thickness Standards for Connectors
  • Developments That Have Impacted Plating on Plastics and Ceramics
  • History of Electroplating
  • Electroless (Autocatalytic) Vs Electrolytic Plating
  • Zinc vs Zinc Alloys
  • Industrial Uses of Tin Plating
  • Key Benefits of Silver Electroplating
  • Key Benefits of Copper Electroplating
  • Common Applications of Nickel Electroplating
  • Benefits of Electroplating 3D Prints
  • Guide to Composite Materials
  • Uniformly Depositing Plating Material
  • Medical Device EMI Shielding
  • Which Metals Work Best for Plating Ceramics?
  • Plating for Microelectronics
  • Plating Engineering-Grade Plastics
  • Industries That Most Often Need Plated Ceramics
  • Adhesion Problems While Plating Onto Plastics
  • Plating Onto Plastics Troubleshooting
  • Medical-Grade Gold Plating Requirements
  • Silver Coating Mirrors vs. Aluminum Mirrors
  • Avoiding Oxidation and Corrosion on Refractory Metals
  • Metal Part Masking: The Key to a Successful Finish
  • Electroless Nickel Plating on Tungsten
  • Challenges of Plating Onto Titanium in the Aerospace Industry
  • Durability vs. Appearance With Electroplating Onto Plastics
  • Benefits and Difficulties of Plating onto Plastics
  • Biocompatibility and Design Considerations
  • Plastic Materials as Electroplating Substrates
  • Electroplating IC Packages
  • Guide to Surface Finishing for 3D-Printed Parts
  • Exploring Safer Alternatives to Chrome Plating
  • Metal Plating on Satellites: The Benefits of Light Reflection
  • How to Work With Your Metal Finishing Services Provider
  • What Is Eddy Current Testing?
  • How to Avoid Tarnishing
  • Alternatives to Cadmium for Plating Connectors
  • Hydrogen Embrittlement & Electroplating
  • When to Choose Electroless Nickel Over Nickel Electroplating
  • Zinc Plating: An Important Part of Today’s Auto Manufacturing Processes
  • Solving the Porosity Problem With Vacuum Impregnation
  • Tin-Lead Electroplating Alternatives
  • Choosing the Right Gold Plating Bath
  • Answers to Your Gold Plating Questions
  • Plating On Titanium
  • Copper Plating on Plastics
  • E-Coating vs. Powder Coating
  • The Importance of Corrosion Testing
  • Electroplating Electronic Components – Surface Preparation
  • The Zinc Plating Process
  • Benefits of Wet Blasting in the Aerospace Industry
  • What Do You Know About Plating on Plastics?
  • The Tin Plating Process: A Step-By-Step Guide
  • Copper Plating Troubleshooting Tips
  • The Benefits of Electropolishing on Metal Parts
  • Corrosion Resistance of Zinc Plating
  • Steps For Successful Rhodium Plating
  • 5 Unique Electroless Nickel Plating Processes
  • Magnesium: The Future of Medical Implants?
  • Mechanical Deburring And Polishing
  • Automation And The Finishing Industry
  • Getting Kids Interesting In Electroplating Careers
  • Research And Development
• Category: Coating Process
  • The Differences Between Barrel and Rack Plating
• Category: Corrosion Testing
  • How Precious Metals Prevent Corrosion
• Category: Deburring and Polishing
• Category: Electroplating
  • What Engineers Should Know About Electroplating
  • What Is Porosity in Electroplating?
  • An Overview of Micromanufacturing
  • Plating on Superalloys for Aerospace Turbine Engines
  • Applications for Plated Glass-Filled Nylon
  • Avoid Flaking When Plating on Ceramics & Plastics
  • Ruthenium Electroplating in the Aerospace & Aircraft Industry
  • Plating for High-Temperature Applications
  • How Plating Onto Refractory Metals is Different
• Category: Electropolishing
• Category: Evolution of Plating
  • The Importance of Being a Socially Responsible Metal Finishing Company
• Category: Gold Plating
  • The Use of Gold Plating in Electronics & Electrical Components
  • An Introduction to Gold Plating for Ground Defense Systems
  • Why Metal Finishing Matters in the MedTech Industry
• Category: Job Openings
  • Jr. Process Chemist
  • Jr. Mechatronics Technician
• Category: Magnesium
• Category: Metal Finishing
  • Important Metal Finishing Quality Assurance Steps
  • Platinum Vs. Palladium Plating in Medicine
• Category: Plastics
  • What Is ABS Plastic?
  • Differences Between Plating Onto Ceramics and Plastics
  • Preventing Issues When Plating on Plastics
  • EMI Shielding Plastic
• Category: Plating Process
  • Which Plastics Can and Cannot Be Plated Onto?
  • Environmental Electroplating & Plating on Plastics
  • Using Electroplating to Increase Surface Thickness
• Category: Services at Sharretts Plating
  • Plating on Glass for Biotechnology Applications
• Category: SPC History
• Category: SPC News
• Category: Superalloys
• Category: Surface Preparation
  • Impact of Killer Particles in Automotive Manufacturing & Finishing
  • Surface Preparation Considerations When Plating onto Plastic
• Category: Titanium
• Category: Types of Coating
• Category: Types of Metals
• Category: Wet Blasting

Base Materials

• Electroplating on Superalloys
• Anodizing and Substrate Plating
• Electroplating on Composite Material
• Exotic and Hybrid Materials Plating Service
• Plastics
• ABS Plastics
• Plating Onto ABS-PC
• Plating Onto PPA
• SLS Plastics
• SLA Plastics
• Ceramics & Glass
• Plating on Copper Base Materials
• Light Metal Plating
• Plating on Aluminum Base Materials
• Magnesium
• Titanium
• Refractory Metal
• Molybdenum
• Electroplating on Niobium
• Tungsten
• Steel
• Stainless Steel
• PH Stainless Steel
• Invar Electroplating Services

Coatings

• Alloy Electroplating
• Copper
• Gold Electroplating Services
• Nickel
• Nickel Boron (NiB) Plating
• Electroless Nickel
• Electroless Nickel Immersion Gold Plating
• Electroless Nickel Electroless Palladium Immersion Gold (ENEPIG)
• Palladium
• Palladium Nickel
• Platinum Plating Services
• Precious Metal Electroplating
• Rhodium Plating Services
• Ruthenium
• Silver Plating
• Tin

Industries

• Industrial Plating Services for Universities
• Microwave and RF Electronic Plating
• Electroplating for Rail and Transportation
• Plating for Medical Devices & Implants
• Plating for the Dental Industry
• Printed Circuit Board Plating Services
• Aerospace Plating
• Automotive Plating
• Defense Plating
• Electronics Electroplating
• Medical Plating
• Oil & Gas Plating
• Optics Plating
• Power Generation Plating
• Plating for Semiconductors
• 3D Prints Electroplating Services
• Renewable Energy
• Telecommunications