Dry Disconnect Couplings

 

Liquip offers the most comprehensive line of dry disconnect products in the industry.

Our line of dry disconnects include Drylok™, Kamvalok® and Epsilon®, all suitable for a broad range of hazardous liquid applications.

Dry disconnect couplings have been proven as a successful technology to help protect workers and the environment in the transfer of hazardous materials. Our dry disconnect couplers ensure against accidental spillage of liquids.

If your product is corrosive, toxic, caustic or otherwise harmful, our high-performance dry disconnect couplings help reduce the hazards associated with the transfer of these products.

  • Drylok™
    Drylok™ Dry Disconnect Couplers & Adaptors One of the Driest Disconnect Couplings for the Transfer of Hazardous Liquids OPW’s Drylok™ Dry Disconnect Coupling provides unprecedented safety in the transfer of hazardous liquids. Drylok™ is one of the driest disconnects in the industry and also meets or exceeds all of today’s stringent emission and worker safety requirements.
  • Epsilon®
    The EPSILON® Coupling System is designed to prevent chemical spills and reduce fugitive emissions of volatile organic compounds (VOCs), particularly in the process facility and during transfer to and from tank trucks and tank cars. During in-plant chemical transfers, the EPSILON® Chemical Containment System will provide your plant with process flexibility while improving operator safety, enhancing environmental compliance and reducing overall capital expenditures and operating costs.
  • Kamvalok®
    Because of its unique poppet action the Kamvalok® Dry Disconnect virtually eliminates spillage of any residual liquid contained within the line after disconnection. Kamvaloks® are used at transfer points where product loss is unacceptable. Common applications include: paint, lacquers, inks, adhesives, fatty acids, pharmaceuticals, liquid soaps, petroleum products, solvents, ag-chemicals, vegetable oils, detergents, diesel exhaust fluid (DEF) and many acids and caustics.