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GO Filter Breather Anti-Splash DN20 (3/4") BSP M

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GO Filter Breather Anti-Splash DN20 (3/4") BSP M

GO Filter Breather Anti-Splash DN20 (3/4") BSP M

Overview

GO Industrial’s advanced Anti-rollover filter breathers are designed to capture and expel moisture from tanks and drums, avoiding saturation issues that force frequent replacements in conventional desiccant filters. As a result, your equipment can ā€œbreatheā€ without excess water buildup or frequent filter swaps.

How it Works

GO Industrial filter breathers remove moisture vapour on intake and release it back into the atmosphere on outflow, continuously regenerating their capacity and preventing water accumulation.

  • Inflow Cycle: Humid air passes through the breather, where moisture and particulates are removed, allowing only clean, dry air to enter the tank or drum.
  • Outflow Cycle: When air exits, the breather’s design allows unrestricted airflow to discharge the collected moisture, effectively renewing its ability to handle the next intake cycle.
$71.08
GO Filter Breather Anti-Splash DN20 (3/4") BSP M—
$71.08

Product Information

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Description

GO Filter Breather Anti-Splash DN20 (3/4") BSP M

Overview

GO Industrial’s advanced Anti-rollover filter breathers are designed to capture and expel moisture from tanks and drums, avoiding saturation issues that force frequent replacements in conventional desiccant filters. As a result, your equipment can ā€œbreatheā€ without excess water buildup or frequent filter swaps.

How it Works

GO Industrial filter breathers remove moisture vapour on intake and release it back into the atmosphere on outflow, continuously regenerating their capacity and preventing water accumulation.

  • Inflow Cycle: Humid air passes through the breather, where moisture and particulates are removed, allowing only clean, dry air to enter the tank or drum.
  • Outflow Cycle: When air exits, the breather’s design allows unrestricted airflow to discharge the collected moisture, effectively renewing its ability to handle the next intake cycle.