Water cooling and liquid cooling joints (couplings, connectors, fittings)

This is a coupling joint with a patent-pending anti-seizing structure. It is designed to prevent accidents such as valve leaks or disconnections due to seizing, even after long periods of connection. The LQ2 features a compact, non-spill design that minimizes liquid drippage during attachment and detachment, with very little air entrapment. By preventing seal seizing, this highly reliable product is ideal for liquid cooling in supercomputers and precision equipment. Additionally, it is effective in preventing seal material seizing caused by fluorinated cleaning agents and coolants (such as Fluorinert and Iceon).

This is a rack mount coupling joint with a patented anti-seizing structure. It is designed to prevent accidents such as valve leaks or disconnections due to seizing, even after long periods of continuous connection. The RPLQ4 features a compact non-spill design, resulting in nearly zero liquid dripping during attachment and detachment, with minimal air entrapment. By preventing seal seizing, this highly reliable product is ideal for liquid cooling of supercomputers and precision equipment. Additionally, it is effective in preventing seal material seizing caused by fluorinated cleaning agents and coolants (such as Fluorinert and Iceon).

This is a coupling joint with a patent-pending anti-seizing structure. It is designed to prevent accidents such as valve leaks due to seizing or disconnection, even after long-term connections. The LQ4 features a compact, non-spill design, resulting in nearly zero liquid dripping during attachment and detachment, with minimal air entrapment. By preventing seal seizing, this highly reliable product is ideal for liquid cooling in supercomputers and precision equipment. Additionally, it is effective in countering seal material seizing caused by fluorinated cleaning and cooling fluids (such as Fluorinert and Iceon).

This is a coupling joint with a patented anti-seizing structure currently under application. It is designed to prevent accidents such as valve leaks or disconnections due to seizing, even when connected for long periods. The LQ4 features a compact, non-spill design that minimizes liquid drippage during attachment and detachment, with very little air contamination. By preventing seal seizing, this highly reliable product is ideal for liquid cooling in supercomputers and precision instruments. Additionally, it is effective in countering seal material seizing caused by fluorinated cleaning and cooling fluids (such as Fluorinert and Iceon).