Fluid Gas Handling

Protect Against Corrosion in Harsh Construction Market Environments

Prevent corrosion longer in harsh construction market environments with Parker tube fittings and adapters with ToughShield plating.Construction equipment endures harsh environments. Parker understands the construction market’s constant battle with corrosion in these harsh environments – and the costly downtime that comes with it. Our steel hydraulic tube fittings and adapters come standard with ToughShield (TS1000) Plating, providing up to 1,000 hours of corrosion protection (according to ASTM B117 neutral salt spray testing) at no additional cost, saving customers both downtime and cost.

The harsh conditions that are commonplace with outdoor equipment are perfect for the formation of corrosion. Red rust can pit, erode or otherwise weaken important components. If those components are fittings in a hydraulic system, rust can damage what’s essentially the muscle of the machine, leaving it vulnerable to breakdown. 

Protective measures are key in preventing rust and TS1000 provides unmatched long-term protection. That means good-looking, top-performing, corrosion-resistant Parker tube fittings and adapters on our customer’s equipment to keep the production going longer. 

How rust forms:

The recipe for rust is incredibly simple. In fact, the ingredients required to create rust are found in most environments: oxygen and moisture. In the right combination, these ingredients result in iron oxide. In most cases, steel needs to be protected by a surface coating. In the case of hydraulic fittings, Zinc is the most common plating for corrosion protection. When bonded with metal, the element acts as a sacrificial layer to protect the metal. It can delay corrosion, but it can’t prevent it.

But this information isn't news to you. Anyone who has worked with heavy mobile equipment that spends much of its time outdoors has seen rust form. What's less apparent is how dynamic rust can be. It doesn't stay in one place. 

How rust spreads:

Corrosion can spread to other more costly components in a system, making preventing corrosion critical.When in wet environments zinc starts to sacrifice itself to protect the steel substrate, generating a white oxidation byproduct, commonly called white corrosion. As this sacrificial process continues, the protective zinc layer is consumed and the base metal is exposed. That’s when the red rust will soon start to appear. The spread of corrosion to surrounding components can happen quickly. Corrosion can spread very quickly to neighboring, more costly, components as shown in the image. 

But that's not all. The white corrosion byproduct from zinc oxidation creates volume, damaging the integrity of surrounding surface protection, leaving neighboring areas more vulnerable. So, even when components are zinc-plated, corrosion can spread by migrating from component to component. This can often lead to the need for earlier and more frequent repairs to adjacent fittings and mating components, like a cylinder boss or vulnerable portions of hydraulic hose. It also makes repairs more difficult as components with corrosion are more difficult to disassemble and replace.  


The true cost of rust:

When corrosion infects a system, things can get ugly. Literally. We know that when rust is visually present in equipment it can lead to a lack of confidence in an operation and a hit to reputation.

Corrosion isn’t just unsightly though. It's also costly. But the true cost doesn't just come from the expense of replacing fittings or components -- it also comes from downtime, when valuable machines and the personnel who operate them aren't working. That downtime can lead to loss of revenue, reputation, customers, and even future business.

All zinc platings aren't equal:

Based on our experience, we understand that the best plating is bonded with additional protection to make fittings more impervious to oxygen and moisture.  Parker’s team is dedicated to screening and testing various materials and processes that allow us to augment standard zinc plating. That team includes a metallurgist dedicated to fundamentally understanding the cause of corrosion and how it progresses. Parker also invests in metallurgical and surface analysis capabilities, including a state-of-the-art metallurgical lab. The result is a plating that lasts longer, looks better, and minimizes downtime and expense.

Parker's TS1000 standard plating preserves torque values, coefficients of friction, pressure ratings, color, and other specifications important to our customers. But what matters most is how long fittings stand up to harsh conditions. Parker's differentiator is our robust plating chemicals and processes that truly outperform other fitting manufacturers.

Parker tube fittings and adapters with ToughShield standard plating outperform six competitors in independent ASTM B117 neutral salt spray test.

Comparative testing according to ASTM B117 Neutral Salt Spray for ToughShield and competition's standard zinc plating.




















Superior plating for crucial moments:

The jobs our customer's construction equipment tackles are filled with crucial moments. We know the work our fittings support relies on perfect timing, constant movement, and stressful decisions. We know that a fitting that fails due to rust or causes corrosion to spread in a system, can put an operation on the ropes. Ensuring that our customers’ fittings are working how they need to, in their most crucial moments, is important to us. That’s why we are dedicated to the continuous improvement of our plating.  

Learn more about our TS1000 plating, which comes standard on our steel tube fittings and adapters, at www.ravagesofredrust.com or download the TS1000 Bulletin.  

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Other Resource Articles:

Not All O-ring Face Seal Fittings Are Created Equal

State-of-the-Art Metallurgical Lab Helps Drive Product Safety and Reliability for Industrial Tube Fittings and Adapters

Spacial Allowance for fittings in Fluid and Gas Systems

Tube Routing Tips for Hydraulic, Pneumatic and Lubrication Systems

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