Chase Blog
How to Choose the Best High-Pressure Filter: A Step-by-Step Selection Guide
The right high-pressure filter can protect more than a single component. According to Fluid Power Journal, contamination can cause around 80%-90% of hydraulic system failures, making filter selection one of the most consequential specs to validate. Whether you are confirming a spec, protecting uptime or sourcing compliant components, you need a filter that actually fits…
Hydraulic and Pneumatic Filtration for Industrial Robots — The Complete Guide
Particulate contamination causes many critical issues across industries, including servo valve sticking, actuator seal scoring and unplanned downtime. Industrial robots depend on hydraulic filters, pneumatic filters and gas-line filters to protect servo valves, actuators, pumps, cylinders and other critical components from this phenomenon. Robotic systems must adhere to strict ISO 4406 cleanliness codes to protect…
The Engineering Behind Filters Rated to 60,000 PSI
The Engineering Behind Filters Rated to 60,000 PSI At 60,000 PSI, standard filter designs can fail catastrophically. Engineers cannot simply add wall thickness to lower-pressure models as the mechanical stresses cause burst housings, failed connections and seal extrusion. Engineering for this extreme pressure demands specialized materials, redesigned connection geometry and filter elements built to resist…
What Is ASTM G175 and Why Does It Matter for Oxygen Filters?
What Is ASTM G175 and Why Does It Matter for Oxygen Filters? A filter that passes standard oxygen compatibility testing can still become the ignition point for a catastrophic system fire. Standard tests measure whether materials ignite under normal pressurization, but they cannot predict how a component responds when something goes wrong. ASTM G175 Phase…
Pneumatic Filters for Robotic Systems — Complete Overview
Pneumatic Filters for Robotic Systems Robotic systems in industrial automation demand precision at every level. A welding robot operating on an assembly line cannot afford inconsistent air pressure. A material handling system can’t tolerate actuator failures caused by contaminated compressed air. Still, pneumatic filtration frequently gets less attention than other performance factors in robotic system…
Automotive Robotic Filters
Automotive Robot Filters Dirt, moisture and metal particles infiltrate the air and fluid lines that power automotive robots daily. Without proper filtration, these contaminants may cause expensive downtime, force costly repairs and reduce performance. A welding robot operating under intense heat requires a filtration system designed to withstand thermal stress. An assembly robot focused on…
Common Tests for Aerospace Filtration Systems
Aerospace programs depend on filtration components that function reliably under wide variations in pressure, temperature, flow rate and particulate load. Every filter installed in a hydraulic, pneumatic or oxygen system must pass defined test methods before it is approved for use in an aircraft or launch vehicle. This guide outlines the common tests for aerospace filters…
Motor Grounding Rings: What They Are, What They Do, and Why You Need One
A motor grounding ring is a metallic disc-shaped component installed between pipe flanges in industrial piping systems to provide a reliable electrical ground path that protects flow meters and sensitive instrumentation from electromagnetic interference (EMI). In facilities that use variable frequency drives (VFDs), servo motors, and inverter-driven equipment, stray electrical currents and high-frequency noise couple…
The Role of Filtration in Sustainable Manufacturing
Many industries are prioritizing eco-friendly practices in their operations for sustainable growth. Filtration systems are vital in sustainable manufacturing by keeping hydraulic systems and gas streams free of contaminants, increasing production efficiency and prolonging the service life of different systems and machines. Filters can also help your business comply with regulations by reducing waste and…
Hydraulic Filtration: Removing Water and Contaminants From Your System
Hydraulic Filtration: Removing Water and Contaminants From Your System Water and oil do not mix. This rings true especially when it comes to hydraulic oil. If you’ve noticed hazy or cloudy oil, water contamination is the likely culprit. Hydraulic filtration is the foundation of any reliable hydraulic system. Without effective filtration, water contamination, particulate buildup,…
America’s Nuclear Innovation: Using Reactors Built Exclusively for Clean Hydrogen Production
Nuclear Hydrogen Production The energy sector is ever-evolving. United States officials are reviewing previously used nuclear reactors for new hydrogen production initiatives. A zero-carbon approach has the potential to create a positive effect across industries using hydrogen gas, such as the industrial and logistics fields. Heat from nuclear fission allows for a more efficient hydrogen…
Innovations in Filtration Technology for the Oil and Gas Industry
The oil and gas sector depends on effective separation and purification methods to keep operations safe, productive and efficient. Harsh environments, stringent regulations and continuous pressure to enhance operational performance have accelerated filtration innovations. Engineers in this sector increasingly seek technologies that can improve efficiency, reduce downtime and extend equipment lifespan. This article explores air filtration…