In steam and condensate systems, garbage and debris in pipelines often cause damage to equipment, such as scale, rust, welding slag, and other solid particles, which may enter the pipeline system. Strainers can filter out solid particles in liquids or gases, not only protecting equipment from damage, but also reducing equipment downtime and maintenance time. Strainers are generally installed upstr...

Y-type filters are widely utilized across various industrial sectors, including petroleum, chemicals, pharmaceuticals, food processing, water treatment, and more. These filters effectively remove impurities and particulate matter from fluids, safeguarding downstream equipment from contamination and damage while enhancing product quality and production efficiency. Here are some specific scenarios w...

In pump systems, strainers are indispensable protective devices. They not only effectively remove impurities from fluids to safeguard the core components of the pump but also optimize system efficiency and reduce routine maintenance requirements. Below, we will elaborate on the various critical roles strainers play in pump systems. 1. Protecting Pump Components The primary function of a strainer i...

In industrial valve systems, strainers are essential components for ensuring smooth fluid flow and protecting downstream equipment. However, when an oil strainer becomes clogged, it can lead to a series of issues, significantly impacting the system's stability and safety.   Common Causes of Oil Strainer Blockage (1) Excessive Impurities The working medium contains a large amount of particulat...

In hydraulic systems, lubrication systems, and even automotive engines, "clean oil" is the cornerstone of reliable operation. To filter out contaminants from oil, two common devices are used: oil filters and strainers. While often grouped under the umbrella term "filters" in Chinese, they serve distinct roles in engineering applications. This article dissects their differences across multiple dime...