The Driest Disconnect Coupling for the Transfer of Hazardous Liquids

OPW's Drylok™ Dry Disconnect Coupling provides unprecedented safety in the transfer of hazardous liquids. With less than 1-cc of fluid loss from a 3-inch unit, Drylok™ is the driest disconnect in the industry. It meets or exceeds all of today's stringent emission and worker safety requirements set by EPA, OSHA, and others.
Drylok™ is designed to safely transfer hazardous corrosive, volatile liquids such as acids, solvents and petrochemicals. An interlocking handle averts accidental spills by preventing uncoupling while the valve is open. And, the units flat face minimizes fluid loss. Further reducing exposure to risk during operation. Drylok™ is ideal for all kinds of hazardous fluids where product loss is a problem, such as high-pressure lines, high flow rates, slurries, and gases.

BENEFITS

Driest disconnect in the industry - less than 1-cc of fluid loss from a 3" unit.

Unprecedented safety - meets or exceeds all of today's stringent emission and worker safety requirements set by EPA, OSHA, and others. Drylok cannot be uncoupled while the valve is open.

Ideal for high-pressure line applications - can be opened and closed against 150 psi maximum head pressure.

Optimum flow rate - less obstruction in easy-flow interior optimizes the flow rate in high-pressure or high-viscosity applications

Ease of use - simple lever action connects valve to coupler and opens and closes the flow. 360 degree orientation ensures proper seating and alignment. No clamps, clips, loops or tabs that can cause operator error.

FEATURES

Available in 1", 2" and 3" sizes
Standard O-ring seals for longevity and economy
Adjustable packing nut with V-type material provides a continuous compression, emission-free seal on handle shaft
Available in 316 Stainless Steel, Alloy 20® or Hastelloy® C with NPT, BSP, ASME flanged, BW, and SW end connections.
AAR approved
CRN approved

® Hastelloy is a registered trademark of Haynes International, Inc.

For more information about Drylok™ click on the literature graphic to the left to open a PDF file that can be viewed in Adobe Acrobat Reader