EC Williams has announced a significant programme of capital investment aimed at strengthening its production capability and supporting continued growth across key industrial sectors.

The investment focuses on enhancing the company’s electroplating operations, including the introduction of a new zinc nickel plating line, alongside wider improvements to infrastructure and capacity. This strategic move positions EC Williams to meet increasing demand for high-performance coatings, particularly within automotive, defence, and advanced engineering applications.

The expansion reflects a strong period of growth for the business, with EC Williams achieving record performance and securing new high-value contracts. By reinvesting into its operations, the company is focused on maintaining quality, improving efficiency, and ensuring it remains a reliable long-term partner for its customers.

Henrik Skouby of EC Williams commented:
“This investment is about future-proofing the business. We’re seeing growing demand for high-specification plating and long-term production work, and it’s important that we continue to invest in the capability and capacity to support that. It allows us to deliver consistent quality at scale and gives our customers confidence in our ability to support their requirements over the long term.”

The new zinc nickel plating line will play a central role in this strategy, offering increased throughput and improved consistency for corrosion-resistant coatings. Known for its durability and performance in harsh environments, zinc nickel plating is widely specified for critical components where reliability is essential.

Alongside the new line, EC Williams continues to invest in operational improvements across its facility, ensuring efficient workflows, reduced lead times, and the ability to support both batch and ongoing production requirements.

For customers, the investment delivers clear benefits: greater capacity, improved turnaround times, and access to a supplier committed to maintaining high technical standards while scaling to meet demand.

This latest investment underlines EC Williams’ long-term commitment to growth, innovation, and delivering value to its customers in an increasingly competitive manufacturing landscape.

About EC Williams

EC Williams is a UK-based electroplating specialist providing a comprehensive range of metal finishing services, including zinc nickel plating, tin plating. With a reputation for quality, reliability, and technical expertise, the company supports customers across a wide range of industries with both specialist and high-volume requirements.

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EC Williams, a leading UK provider of electroplating and metal finishing services, has announced a significant investment in a new zinc nickel plating line, reinforcing its capability to support high-volume, high-specification work across key industrial sectors.

The new line increases EC Williams’ production capacity and enhances its ability to deliver consistent, corrosion-resistant coatings at scale. The investment comes in response to growing demand from sectors such as automotive, defence, and advanced engineering, where zinc nickel plating is increasingly specified for its superior durability and performance.

Zinc nickel plating is widely recognised for its exceptional corrosion resistance and reliability in harsh environments, it has become the de-facto replacement for cadmium. By expanding its in-house capability, EC Williams is now better positioned to support both ongoing production contracts and customers requiring dependable turnaround times for critical components.

Henrik Skouby, Managing Director at EC Williams, commented:
“Investing in this new zinc nickel plating line is a key step in our long-term growth strategy. It allows us to increase capacity while maintaining the high standards of quality and consistency our customers expect. More importantly, it enables us to support customers who need a reliable partner for ongoing, high-volume work.”

The new line has been designed to improve throughput while maintaining strict quality control, ensuring uniform coating thickness and performance across all batches. This positions EC Williams as a strong partner for manufacturers seeking scalable plating solutions without compromising on technical requirements.

This investment also reflects EC Williams’ continued commitment to innovation and operational excellence, ensuring the business remains competitive in a demanding and evolving marketplace.

For customers, the benefits are immediate: improved lead times, greater production flexibility, and the confidence of working with a supplier equipped to handle complex and repeat production requirements.

About EC Williams

EC Williams is a UK-based electroplating specialist offering a wide range of metal finishing services, including zinc nickel plating, tin copper and nickel plating. With a strong reputation for quality, reliability, and technical expertise, EC Williams supports customers across multiple industries with both batch and high-volume production.

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From EC Williams: Engineering for the EV Era

We support the UK’s leading OEMs, Tier 1 suppliers, and component manufacturers with high-volume nickel and tin plating. Our work helps improve performance and reliability across the EV ecosystem – from battery terminals to lightweight enclosures.

Why Electroplating Is Vital to EV Production

Unlike traditional vehicles, EVs rely heavily on electronic systems. That means hundreds of connectors, sensors, and control modules – all of which demand precise and protective coatings.

Electroplating provides:

• Low-resistance electrical contact
• Long-term corrosion protection
• Improved solderability
• Thermal and mechanical durability

Where Plating Is Used in EVs

1. Battery Connector Systems

• EV battery connector plating ensures uninterrupted current flow. Components like busbars, terminals, and intercell links require:
• Nickel plating for electric vehicles: corrosion resistance + conductivity
• Tight tolerances for spot-welding and bonding

We handle high-volume plating for battery systems across the EV sector.

2. Control Modules

From BMS (Battery Management Systems) to ECUs and onboard chargers, tin plating is essential. We provide:

• Tin plating for lightweight components
• Uniform coverage for micro-scale electronics
• Solder-ready finishes for circuit assemblies

Our services meet IPC standards for automotive electronics.

3. EV Charging Interfaces

Plating supports durability and safe contact during regular plug/unplug cycles. Applications include:

• Connector pins
• Socket housings
• Mounting brackets

Nickel plating minimises fretting corrosion while retaining conductive reliability.

The Value of Nickel and Tin Plating in EVs

Nickel Plating

• Withstands thermal shock
• Resists oxidation
• Supports high-current loads

Tin Plating

• Low-cost, solderable finish
• Environmentally compliant (REACH + RoHS)
• Ideal for fine electrical components
• Each plays a unique role in balancing cost, reliability, and performance.

Key Benefits for EV Manufacturers

• Consistency: Batch-tested thickness and adhesion
• Speed: Fast lead times on large production runs
• Flexibility: Barrel or rack plating options
• Compliance: RoHS, REACH, ISO 9001 certified

We’ve developed bespoke solutions for clients producing charging infrastructure, drive systems, and electronic subassemblies.

FAQs

Q1: Are your coatings compliant with automotive standards?

Absolutely. We meet all automotive OEM and international standards for plating quality and traceability.

Q2: How do you manage volume plating for EV components?

With automated lines, jig customisation, and batch-level quality checks.

Why EC Williams for EV Electroplating?

We’re more than a plating provider. We’re a trusted technical partner to EV supply chains. With investment in automation and testing, we help clients meet:

• Environmental targets
• Functional requirements
• Tight delivery schedules

Looking for expert electroplating services for EV manufacturing UK? Talk to our technical team today.

Contact EC Williams
Phone: 0121 236 2524
Email: plating@ecwilliams.co.uk

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Rust is the biggest enemy of steel components. Exposure to moisture, oxygen, and corrosive environments can cause rapid degradation, leading to weakened structures, costly repairs, and reduced product lifespan.

At EC Williams, we specialise in zinc plating for rust prevention, providing corrosion-resistant zinc coatings that protect automotive, construction, and industrial components from oxidation and environmental damage.

In this blog, we explore why zinc plating is the best choice for protecting steel components, ensuring long-term durability and enhanced performance.

What is Zinc Plating and How Does It Work?

Zinc plating is an electrochemical process that deposits a thin layer of zinc onto steel or iron components. This protective coating acts as a barrier against corrosion, significantly extending the lifespan of metal parts.

How Zinc Plating Prevents Rust:

• Sacrificial Protection: Zinc corrodes first, shielding the base metal from rust.
• Barrier Coating: Forms a physical layer that prevents moisture and oxygen exposure.
• Enhanced Adhesion: Ensures paint and top coatings adhere better, improving durability.

This weatherproof metal coating is widely used in industries where corrosion resistance is critical.

Comparing Zinc Plating to Other Corrosion Protection Methods

Coating Type	Best For	Rust Resistance	Durability
Zinc Plating	Automotive, construction, fasteners
Powder Coating	Decorative finishes, light industrial
Galvanisation	Large steel structures
Stainless Steel	High-end applications

Zinc plating offers cost-effective, corrosion-resistant protection, making it the ideal choice for mass-produced steel components.

FAQs About Zinc Plating for Rust Prevention

1. How long does zinc plating protect against rust?
Zinc plating can protect steel components for years, depending on coating thickness and environmental exposure.

2. Is zinc plating environmentally friendly?
Yes! Modern zinc electroplating services use eco-friendly processes with low waste production.

3. Can zinc plating be used on high-strength steel?
Yes! However, de-embrittlement processes may be required to prevent hydrogen embrittlement in critical components.

4. How does zinc plating compare to galvanisation?
Zinc plating is thinner and more precise, making it ideal for fasteners and small components, while galvanisation is used for larger structures.

5. What is the typical thickness of zinc plating?
Most industrial zinc coatings range from 5 to 25 microns, depending on application requirements.

The post Why Zinc Plating is the Best Choice for Rust Prevention in Steel Components appeared first on EC Williams.

Introduction from EC Williams

We specialise in small parts electroplating for sectors including automotive, electronics, aerospace and defence. The right plating method will impact your cost, lead time, and component quality. This blog will help you choose between barrel plating vs rack plating for small parts, based on real-world experience.

Why Plating Method Matters

Electroplating is never one-size-fits-all. The method must match:

• Component size
• Part complexity
• Surface finish requirements
• Material compatibility

Choosing the right method improves adhesion, reduces handling time and cuts rework.

What Is Barrel Plating?

Barrel plating is a high-volume electroplating method. Small parts are loaded into a rotating barrel that turns slowly during the plating cycle.
Advantages:

• Efficient for bulk processing
• Low labour cost per part
• Uniform coating on simple geometries

Best For:

• Screws, bolts, washers
• Simple-shaped fasteners
• Small conductive components

Barrel plating is ideal when cost efficiency is the top priority.

What Is Rack Plating?

Rack plating involves mounting parts onto racks or fixtures before immersion. This keeps them stationary and spaced during the process.

Advantages:

• High-quality surface finish
• Suitable for delicate or complex shapes
• Allows selective plating on specific areas

Best For:

• Connectors and terminals
• Decorative items
• Components prone to tangling or damage

If your components are fragile or visually exposed, rack plating ensures care and precision.

When to Use Barrel Plating

Choose barrel plating when:

• Parts are robust
• You’re working with high volumes
• Cost control is essential

Bulk plating cost efficiency makes this method attractive to OEMs and fastener suppliers.

When to Use Rack Plating

Opt for rack plating when:

• Parts are delicate or irregular
• Surface quality is critical
• Contact marks must be avoided

Our rack plating for delicate items uses tailored jigs to protect fragile components and guarantee finish consistency.

FAQs

Q1: Does barrel plating damage parts?
No, but some surface wear may occur on fragile or soft metals. That’s why we don’t recommend it for cosmetic parts.

Q2: Can I rack-plate small components?
Yes, especially if the item is precision-machined or cosmetically visible.

Q3: Which method is faster?
Barrel plating is generally quicker for high volumes. Rack plating requires more handling time.

How We Do It at EC Williams

We have developed barrel plating techniques which for some components enable us to process them in a barrel rather than have the costly rack plating method..

Considerations for Your Plating Project

1. Component Geometry
Small, solid parts with no sharp edges or deep recesses are ideal for barrel plating.

2. Volume & Budget
Large batches? Choose a barrel. Need cosmetic perfection? Go rack.

3. Plating Finishes

• Zinc
• Nickel
• Tin
• Zinc-nickel alloys
• Copper

Our team will advise based on adhesion, thickness, and regulatory requirements.

Final Thoughts from EC Williams

Both methods are valuable. The right choice depends on your goals. EC Williams will:

• Review your technical drawings
• Recommend the best plating method
• Deliver to spec, on time

Whether you’re new to plating or upgrading an existing process, we’re here to help.

Contact EC Williams
Phone: 0121 236 2524
Email: plating@ecwilliams.co.uk

The post Barrel vs Rack Plating: Which Is Right for Your Components? appeared first on EC Williams.

From EC Williams: Engineering for the EV Era

We support the UK’s leading OEMs, Tier 1 suppliers, and component manufacturers with high-volume nickel and tin plating. Our work helps improve performance and reliability across the EV ecosystem – from battery terminals to lightweight enclosures.

Why Electroplating Is Vital to EV Production

Unlike traditional vehicles, EVs rely heavily on electronic systems. That means hundreds of connectors, sensors, and control modules – all of which demand precise and protective coatings.

Electroplating provides:

• Low-resistance electrical contact.
• Long-term corrosion protection.
• Improved solderability.
• Thermal and mechanical durability.

The Value of Nickel and Tin Plating in EVs

1. Nickel Plating

• Withstands thermal shock.
• Resists oxidation.
• Supports high-current loads.

2. Tin Plating

• Low-cost, solderable finish.
• Environmentally compliant (REACH + RoHS).
• Ideal for fine electrical components.

Each plays a unique role in balancing cost, reliability, and performance.

Key Benefits for EV Manufacturers

• Consistency: Batch-tested thickness and adhesion.
• Speed: Fast lead times on large production runs.
• Flexibility: Barrel or rack plating options.
• Compliance: RoHS, REACH, ISO 9001 certified.

We’ve developed bespoke solutions for clients producing charging infrastructure, drive systems, and electronic subassemblies.

FAQs

1. Can you plate aluminium parts for EVs?

Yes. We pre-treat aluminium to ensure adhesion and prevent galvanic corrosion.

2. Are your coatings compliant with automotive standards?

Absolutely. We meet all automotive OEM and international standards for plating quality and traceability.

3. How do you manage volume plating for EV components?

With automated lines, jig customisation, and batch-level quality checks.

The post The Role of Electroplating in the Electric Vehicle Supply Chain appeared first on EC Williams.

As regulations tighten and industries demand safer solutions, cadmium replacement plating has become a priority for OEMs and component manufacturers. At EC Williams, we offer an advanced alternative: zinc nickel alloy plating.

Our process delivers the same functional performance as cadmium – without the toxicity. With decades of innovation in electroplating and ongoing investment in greener technologies, we’re proud to lead the industry in sustainable, RoHS-compliant cadmium replacement coatings.

Why Is Cadmium Being Replaced?

Cadmium has historically been used in electroplating for its:

• Excellent corrosion resistance.
• Natural lubricity.
• Compatibility with aluminium.

These properties made it especially useful in the aerospace industry, where aluminium parts are joined using cadmium-plated fasteners.

But cadmium is highly toxic. Exposure during production or disposal poses environmental and health risks. That’s why regulations such as RoHS and REACH are pushing manufacturers to find viable substitutes.

Why Choose EC Williams for Cadmium Replacements?

1. Research-Backed Innovation

We’re actively involved in research to develop even more efficient and environmentally friendly zinc nickel processes. Our trials include ionic liquids and pulse rectification – advancing both sustainability and coating control.

2. Batch Consistency

Every zinc nickel finish is tested and verified to meet stringent plating standards, including:

• Consistent alloy ratios.
• Surface morphology control.
• Customised post-treatment (passivation/topcoat).
• Full traceability per part/batch.

3. Aerospace & Automotive Ready

We’ve been supplying European automotive OEMs with zinc nickel coatings for over a decade. Our plating lines are now specified by manufacturers as their cadmium alternative of choice.

FAQs

1. What is the best alternative to cadmium plating for aerospace components?

Zinc nickel alloy plating offers equivalent corrosion resistance, aluminium compatibility, and durability – without the environmental risks of cadmium.

2. Is zinc nickel plating compliant with RoHS and REACH?

Yes. EC Williams’ zinc nickel finishes are fully compliant with RoHS and REACH regulations and contain no toxic cadmium or hexavalent chrome.

3. Can EC Williams provide plating for cadmium-restricted applications?

Absolutely. We work closely with aerospace, defence, and automotive clients to provide cadmium-free solutions that meet performance and compliance needs.

4. Does zinc nickel plating offer the same corrosion resistance as cadmium?

Yes. When correctly applied and passivated, zinc nickel can exceed 1000 hours of salt spray resistance, meeting or surpassing cadmium standards.

5. What industries require cadmium replacements in surface finishing?

Aerospace, automotive, defence, and electronics are shifting to cadmium-free processes due to environmental regulation and component safety concerns.

The post Cadmium Replacement Plating: Safer Surface Finishing for High-Performance Applications appeared first on EC Williams.

At EC Williams, we’ve spent over 100 years delivering precision electroplating to industries that demand performance and reliability. From automotive suppliers to aerospace engineers, we help businesses protect and enhance their components using advanced electroplating services.

This blog explains why electroplating remains a critical process for OEMs, Tier 1 suppliers, and manufacturers across the UK.

What Is Electroplating?

Electroplating – also known as electrodeposition – is the process of applying a thin layer of metal to a component using an electric current. This layer improves the substrate’s:

• Corrosion resistance.
• Conductivity.
• Aesthetic appearance.
• Surface hardness and wear resistance.

Common metals used include nickel, tin, silver, zinc, and copper, either individually or as alloys such as zinc nickel plating.

At EC Williams, we offer a full suite of barrel and rack plating services, tailored to your component type, volume, and industry specification.

Our Electroplating Capabilities

EC Williams offers both rack and barrel plating, supported by:

• Automated lines for high-volume production.
• Digital part recognition and ampere-hour control.
• Compliance with RoHS and REACH standards.
• A dedicated team of electroplating specialists.

Our clients trust us to deliver consistent coatings, batch after batch – whether it’s 500 or 500,000 units.

FAQs – Tin Plating in Modern Manufacturing

1. What are the main benefits of using EC Williams’ electroplating services?

We offer precision coatings that improve corrosion resistance, conductivity, and durability – tailored to OEM and Tier 1 production environments.

2. Which metals can EC Williams electroplate?

We provide nickel, tin, copper, zinc, silver, and zinc nickel plating – all RoHS-compliant and suitable for both rack and barrel applications.

3. Is your electroplating service compliant with industry standards?

Yes. Our processes meet RoHS, REACH, and individual OEM specifications. We also provide full traceability and salt spray testing when required.

4. How fast can you turn around high-volume electroplating orders?

Our automated plating lines allow us to plate a barrel every 9 minutes. Standard turnaround is 3-5 working days, with fast-track available.

5. Can I get technical guidance on the best plating finish for my component?

Absolutely. Our technical team works directly with clients to recommend the ideal metal, finish thickness, and application method.

The post Why Electroplating Matters for Modern Manufacturing appeared first on EC Williams.

Whether you’re looking for high volume nickel coating, a fully RoHS-compliant process, or a plating partner with in-house process control, our Birmingham-based facility is designed to exceed expectations.

Why Choose Nickel Plating?

Nickel plating offers a unique combination of corrosion resistance, wear protection, and aesthetic appeal. Its versatile properties make it ideal for a wide range of components, from fasteners and electrical parts to mechanical assemblies and automotive connectors.

At EC Williams, we use electrolytic nickel plating to deliver a consistent, high-quality finish optimised for:

• Component protection in corrosive environments
• Improved mechanical durability
• Enhanced visual appearance
• Secondary passivation or topcoats (if required)

Inside Our Nickel Plating Facility

Fast, Scalable, Efficient

Our state-of-the-art nickel line produces a barrel of plated parts every 9 minutes, with the potential to achieve cycles as short as 3.5 minutes on a flash coat (1.5–2 microns). This makes us one of the fastest providers of high-volume nickel plating in the UK.

• Automated barrel systems
• Single-operator setup
• Real-time quality control

Computerised Controls for Every Component

Each part is tracked via a digital database linked to ampere-hour controls, ensuring:

• Consistent thickness
• No over-plating
• Accurate additive dosing
• Traceability against customer part numbers

We also support photographic part recognition for fasteners and components without official IDs.

Built for Sustainability

Lower Waste, Better Outcomes

Our systems are designed with waste reduction and energy efficiency in mind. Highlights include:

• Conductivity probes across all rinse tanks
• Central computer-controlled dosing
• Steam heating for reduced gas usage
• Flexible pipework for segmented waste stream treatments

Whether you need nickel plating for automotive fasteners or precision electrical components, we provide eco-conscious solutions without compromising performance.

Energy Efficiency at Every Stage

Our plating rectifiers are solid-state switch mode and air-cooled, eliminating transformer coil energy waste. Motors are 42V energy-efficient and mounted on the transporter (not plant-side) to reduce overall power consumption.

Flexible to Your Production

Our computerised system can run in “Random Mode,” meaning each barrel is matched to a process route regardless of what else is in production. This gives us:

• The ability to run small and large batches side by side
• Just-in-time job sequencing
• Shorter lead times and lower costs for you

Whether you’re a Tier 1 supplier or a growing SME, this flexibility ensures your production goals are met without delay.

FAQs

1. What industries benefit most from EC Williams’ nickel plating services?

Our nickel plating supports automotive, electrical, aerospace, and general engineering sectors where corrosion resistance, durability, and finish consistency are essential.

2. Is your nickel plating RoHS compliant?

Yes. We offer RoHS-compliant nickel coatings using trivalent passivation, free from hexavalent chrome and aligned with the latest UK and EU regulations.

3. How fast can you turn around high-volume nickel plating jobs?

Our automated line processes a barrel every 9 minutes. Standard lead time is 3–5 working days, with expedited options for urgent orders.

4. What makes EC Williams’ plating service eco-friendly?

We minimise water and energy use through conductivity sensors, steam-heated tanks, and energy-efficient rectifiers, reducing environmental impact while boosting productivity.

5. Can you handle both rack and barrel nickel plating?

Yes. Our flexible plant setup allows us to plate components via barrel or rack, depending on geometry, volume, and specification requirements.

Let’s Talk About Your Nickel Plating Project

Want sustainable, scalable, and precision-driven nickel plating services from a team that delivers?

📞 Call 0121 236 2524
📧 Email plating@ecwilliams.co.uk

🌐 Visit www.ecwilliams.co.uk

The post Nickel Plating Services That Deliver Precision, Sustainability & Scale appeared first on EC Williams.

At EC Williams, we’ve spent the last 100 years becoming one of the UK’s most trusted electroplating specialists. When it comes to zinc nickel plating, we offer more than just a coating—we offer a solution. Designed to support automotive, electrical, and precision engineering manufacturers, our high-performance zinc nickel coatings deliver outstanding corrosion resistance and long-term value.

Whether you need to meet REACH and RoHS compliance, improve the lifespan of components, or scale high-volume production, we’ve built our service around your needs.

What Is Zinc Nickel Plating?

Zinc nickel plating is an advanced alloy coating applied using an electroplating process. Typically composed of 12–15% nickel and the remainder zinc, this coating is engineered to offer:

• Exceptional corrosion protection
• Uniform thickness even on complex parts
• Compatibility with both rack and barrel plating techniques

This makes it ideal for use in automotive assemblies, electrical contact systems, and components exposed to harsh industrial environments.

Why Choose Zinc Nickel Over Standard Zinc?

Corrosion Resistant Plating That Goes Further

Our coatings consistently exceed 1000+ hours of neutral salt spray performance when combined with trivalent passivation and topcoat treatments. This makes zinc nickel plating particularly suitable for underbody parts, brake lines, and structural fasteners.

Long-Term Cost Efficiency

Though the upfront cost is higher than traditional zinc plating, zinc nickel reduces your risk of product failure, downtime, and costly recalls—especially when used on safety-critical parts.

Zinc Alloy Coatings That Meet Industry Standards

We work to the latest automotive and electronics plating specifications, including PSA, Renault, and BMW standards. Our finishes are REACH compliant, RoHS safe, and regularly audited by OEMs.

Where Is Zinc Nickel Plating Used?

Automotive Components

Zinc nickel plating is widely specified across automotive manufacturing due to its ability to withstand road salt, vibration, and exposure to moisture.

Commonly plated parts include:

• Brake and fuel system connectors
• Suspension bolts and pins
• Powertrain brackets
• Airbag housing components

Electrical & Electronics

Electrical contact surfaces benefit from the low contact resistance and high corrosion barrier provided by zinc nickel coatings. It supports conductivity while preventing oxidation in:

• Busbars
• Terminal blocks
• Power distribution assemblies
• General Engineering

Industrial equipment, hydraulic systems, and fasteners in harsh environments also benefit from the alloy’s durability, sacrificial protection, and long-lasting surface integrity.

Why EC Williams for Zinc Nickel Coating?

Our facility in Birmingham has recently undergone a major investment in automated zinc nickel plating lines, designed to:

• Deliver consistent results across high production volumes
• Accommodate complex geometries with rack or barrel setups
• Reduce turnaround times while maintaining quality

We don’t just plate—we partner with you to optimise surface finishing for your component design, usage environment, and commercial priorities.

FAQs

1. Why should manufacturers use zinc nickel plating instead of zinc?

Zinc nickel plating provides 5–10x more corrosion protection than zinc alone. For safety-critical parts, it reduces long-term costs by preventing failures, warranty claims, and replacement.

2. Is zinc nickel plating compliant with REACH and RoHS?

Yes. All our zinc nickel processes are REACH and RoHS compliant, using trivalent passivates and no hexavalent chrome.

3. Can EC Williams handle high-volume automotive plating contracts?

Absolutely. Our plating lines were designed for scalability and repeatability, supporting automotive Tier 1 and OEM clients with large-volume needs.

4. What’s the lead time for zinc nickel plating at EC Williams?

Depending on volume and rack/barrel requirements, we offer standard turnaround of 3–5 working days, with express options available for urgent jobs.

5. Does EC Williams provide salt spray test certification?

Yes. We provide full documentation including salt spray performance data, thickness readings, and compliance reports for every batch as required.

Let’s Talk Zinc Nickel

Want parts that last longer, perform better, and meet every compliance box?

📞 Call us on 0121 236 2524
🌐 Visit www.ecwilliams.co.uk to request a quote

The post Zinc Nickel Plating: Industry Applications & Protection Benefits appeared first on EC Williams.