Hydraulics

In the food, beverage, pharmaceutical, and biotech industries, sanitary process control isn’t just about precision - it’s about protecting product integrity and consumer safety. Every pressure and level reading impacts quality, consistency, and compliance. That’s why Triad is proud to carry NOSHOK sanitary pressure and level transmitters, engineered to deliver accurate, stable, and hygienic performance in the most demanding clean-in-place (CIP) and steam-in-place (SIP) environments.

Fall is a great time to perform routine maintenance checks on your hydraulic equipment before a broken part leaves you “out in the cold.” To ensure your hydraulic systems operate efficiently and reliably, check that your outdoor equipment is winterized and well-maintained.  This is especially important for industries whose hydraulic systems experience regular exposure to the elements, such as construction workers, foresters, salt spreaders, snowplow operators, and more. Keep your business moving with these cold weather tips for operation of hydraulic equipment.

As a leading distributor of Parker Hannifin cylinders, Triad knows that finding the perfect solution for your application can be challenging. Ensuring you get the best cylinder for the job protects your investment and prevents costly downtime caused by premature failure. For quick reference, we’ve compiled a list of key principles for cylinder selection, making it easy for our team to correctly select and size your next hydraulic or pneumatic cylinder.

A robust hose cover is a key factor in preserving the integrity of your hydraulic systems. It’s the first and often only line of defense protecting your hose in harsh operating environments. At Triad Technologies, we know that choosing the right hose cover can drastically extend the life of your hose assembly, reduce costly downtime, and enhance safety. That’s why we’re proud to carry Parker Hannifin ToughCover (TC), SuperTough (ST), Critical Protection (CP), and the related Tough Jacket (TJ) solutions!

Often referred to as "over-center" or "load-holding" valves, counterbalance valves from Parker Hannifin play a vital role in ensuring the safety, precision, and longevity of your hydraulic equipment. At their core, counterbalance valves are a pressure control device that creates back pressure on an actuator. This pressure helps with controlling a load's movement, especially when gravity is working against you.

Traditional hydraulic and electromechanical systems have long been the standard for linear motion, but they come with limitations. Hybrid Actuation Systems (HAS) from Parker Hannifin combine the power of hydraulics with the simplicity of an all-in-one electric actuator, making it easier than ever before to streamline your hydraulic control systems.

SAE 4-bolt flanges provide a robust, leak-free connection for high-pressure hydraulic applications. There are two primary standards these flanges fall under: Code 61 and Code 62. While they may appear similar at first glance, understanding the key distinctions between Code 61 and Code 62 flanges is vital for engineers and technicians. Using the wrong flange can lead to costly leaks, premature system failure, and even safety risks. At Triad, we're here to help you navigate these differences with confidence.

Pressure relief valves (PRVs) can be found in countless industrial systems. These valves are designed to automatically release excess pressure from a system when it surpasses a predetermined safe limit. This prevents potential equipment damage, system failures, and other hazards.

When every ounce of hydraulic power translates to productivity and profit, inefficient hydraulic systems can be a silent drain on your resources. Hidden energy losses inflate operating costs, generate excessive heat, and prematurely wear down critical components. This is especially noticeable in systems with long hose runs and frequent directional changes. At Triad, we understand the critical balance between power and efficiency. That’s why our expert team offers strategies to help you mitigate energy losses, transforming your hydraulic system into a lean, efficient powerhouse. The benefits are clear: substantial cost savings, extended component life, reduced downtime, and improved performance across your operations.

Hydraulic systems provide the power and precision needed for a variety of tasks across industries. Hydraulic hoses are a vital part of these systems, transporting fluid between components under immense pressure. But what happens when your hoses start to fail? A leaking hydraulic hose isn't just a messy inconvenience - it can lead to decreased efficiency, increased downtime, increased costs, environmental hazards, and even safety risks. Recognizing a leak and diagnosing its cause is the first step toward an effective solution.