Industry News

6 Vacuum Valve Installation Mistakes:A Pitfall Avoidance Guide for Industrial Sites

Vacuum valves are vital for semiconductor & vacuum coating processes. Avoid costly downtime with our guide to 6 common installation mistakes and actionable fixes for reliable vacuum system operation.

Vacuum Valve Repair: Can lt Be Fixed? Full Guide

I am news summary

What Are the Advantages of a Vacuum Valve? Prevent System Failures

Vacuum valves are critical for safeguarding industrial, automotive, and lab systems—controlling flow, maintaining vacuum levels, and preventing leaks or pressure spikes that cause costly failures. This guide explains their working principles, key advantages (versatility, reduced downtime), real-world applications (semiconductor coating, car brakes), and selection steps. ZhenChao’s sealed, corrosion-resistant valves offer reliable performance across diverse scenarios, ensuring system stability and cost savings.

What Is the Difference Between a Pressure Valve and a Vacuum Valve?

In industrial fluid control, pressure valves and vacuum valves serve distinct roles—tailored to positive and negative pressure scenarios. This guide breaks down their key differences in working principle, design, applications, maintenance, and cost. It also covers when to use a pressure-vacuum relief valve for dual-risk systems. ZhenChao’s high-performance pressure and vacuum valves stand out for technical advantages and adaptability, supporting efficient industrial operations.

12 Bad Vacuum Valve Symptoms and What They Mean

Vacuum valves are vital for pressure stability and flow control in semiconductors, labs, and manufacturing. Wear, misalignment, or failure can disrupt operations—this guide details 12 common symptoms (e.g., leaks, overheating, backflow) and their causes. Learn to diagnose by valve type (solenoid, check, control), apply quick fixes like cleaning or recalibration, and know when to replace. ZhenChao’s reliable, versatile valves reduce fault risks, ensuring consistent performance across industrial and research applications.

What Is an Emergency Pressure Relief Valve—and Why Your Tank Needs One

An emergency pressure relief valve is a critical safety component for fluid pipelines and tanks. It automatically opens to release excess pressure when system pressure exceeds preset limits, mitigating overpressure risks, protecting tank structural integrity, ensuring operational continuity, and meeting mandatory industrial safety regulations. Common faults include impurity blockage, component aging, and improper installation. To select the right valve, match it to tank parameters, consider application scenarios, and verify compliance with standards like GB 150 and API 2000. ZhenChao’s valve, with high-quality corrosion-resistant materials and precise control, offers reliable performance for various tank systems.

Emergency Vents: Why They're Critical for Tank Protection & safety

In industrial storage and transportation, storage tanks face overpressure, negative pressure, and leakage risks. Emergency vents act as the last line of defense—regulating pressure, preventing explosions, and protecting personnel/equipment. Learn key functions, applications, and selection guides.

Why Use Stainless Steel Breather Valves for Tank Venting Protection?

In summer, tank internal pressure rises (or drops) due to medium evaporation (or temperature change), risking tank damage. Stainless steel breather valves auto-balance pressure, plus resist corrosion/durability—ideal for complex conditions. Learn its function, types & selection.

How Does a Stainless Steel Breather Valve Work? Explained in Detail

A Stainless Steel Breather Valve, also known as a Pressure Vacuum Relief Valve, regulates tank pressure to prevent overpressure or vacuum damage. ZhenChao Breather Valve ensures reliable performance, safety, and long-term durability for chemical, petroleum, and storage applications.