21 Sep, 2026

A 6-inch check valve on a tailings return line usually announces itself with noise long before it shows up on any gauge. Operators hear a rhythmic knock at the discharge header, the pump starts cycli...

14 Sep, 2026

A maintenance superintendent at a copper tailings plant once told me a familiar story. He specified API 6D forged steel gate valves on a new slurry line because the project standard demanded pipeline...

07 Sep, 2026

A 6-inch 600-class ball valve looks simple from the outside. Inside, the seat arrangement, cavity relief path, material traceability, and test records decide whether that valve will hold a hazardous ...

01 Sep, 2026

Slurry valves rarely fail by accident. When a mine processing line loses control of a high-density, abrasive slurry, the cause is almost always a valve that was selected with the wrong flow path, the...

24 Aug, 2026

When a large-diameter valve fails on site, the root cause can usually be traced back to the machining phase rather than to the sealing material. A valve body that is out of round, a flange face that ...

19 Aug, 2026

Recently, the Ministry of Industry and Information Technology of the People’s Republic of China has officially issued the machinery industry standard JB/T 15672‑2026 Pinch Valves. Led by Anhui Fengch...

17 Aug, 2026

Valve reliability is decided long before installation. It is decided when a sealing face is ground flat to within a few microns, when a body bore is machined inside strict concentricity limits, and w...

13 Aug, 2026

Why valve selection determines power plant reliability A 600 MW coal-fired power plant can lose weeks of operating time every year to valve failures in its ash handling and flue-gas desulfurization (...

07 Aug, 2026

In modern industrial production, numerous working conditions are confronted with challenging problems in conveying highly‑abrasive, corrosive and high‑solid‑content slurries. Conventional valves are ...