BVALP Suction Ball Valve

DMIC’s Model BVALP ball valve offers hydraulic power system designers a compact, high-quality alternative for hydraulic fluid reservoir shut-off requirements.

The low profile design is ideal for space-restricted installations, which is further supported by the innovative welded-ring interface that provides a direct connection of the valve to the hydraulic fluid reservoir tank.

Interface to external plumbing is facilitated by either an SAE Code 61 or ANSI Class 150 flange connection. The valve can also be provided with an optional tank-side female NPT threaded port to support the connection of a suction strainer.

Standard materials of construction for the valve include a lightweight, machined aluminum body, brass trim, Teflon ball seals, and Buna-N O-rings. Optional Viton, EPR, Delrin, PEEK and other materials are available to provide compatibility with a wide range of fluids as well as environmental requirements. A choice of weld ring materials, including carbon steel, stainless steel, and aluminum are available to match the reservoir tank for ease of welding. Typically installed on the input side of a hydraulic pump, the BVALP is suitable for suction applications as well as other requirements to 250 psi. The valve is offered in standard bore sizes up to 4 inches. Special versions are available. Popular accessories include lockable handles and limit switches to provide remote indication of whether the valve is open or closed.

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October Newsletter

Another custom hydraulic manifold heading out the door at DMIC.

Whether you need a standardized bar manifold for mounting directional control valves or a custom hydraulic manifold to suit a specific motion control requirement, DMIC has your solution. With extensive CNC machining capabilities, DMIC has the resources to supply quality manifolds to meet your needs in a timely fashion. Parallel or series geometries are supported as well as porting for BSPP, ISO6149, or SAE ORB connections; and flange interfaces for SAE J518 Code 61 and Code 62 configurations. Contact DMIC today to discuss your hydraulic manifold requirements.

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July 2018 E-Newsletter

New Product Announcement!


Series F3J/F6J Tee Junction Blocks

  • SAE Code 61 or Code 62.
  • Carbon Steel or Stainless Steel Construction.
  • 4-bolt Companion SAE on Opposing Faces.
  • Either 4-bolt SAE Companion UNC or SAE O-ring Flange on Branch Face.
  • Simplifies Hydraulic Line Connectivity.


Series F3E/F6E 90° Elbow Blocks

  • SAE Code 61 or Code 62.
  • Carbon Steel or Stainless Steel Construction.
  • 4-bolt Companion SAE on One Face.
  • Either 4-bolt SAE Companion UNC or SAE O-ring Flange on 90° Face.
  • Simplifies Hydraulic Line Connectivity.


Series F3C/F6C Connector Blocks

  • SAE Code 61 or Code 62.
  • Carbon Steel or Stainless Steel Construction.
  • Simplifies Hydraulic Line Connectivity.
  • Gender Changer for Standard SAE Flanges and Split Flange Heads with O-ring Groove.
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BVH series Ball Valves Now Rated to 7500 psi

Delaware Manufacturing Industries Corp. (DMIC) is pleased to announce the expanded BVH series of high pressure, high quality ball valves. These precision valves are engineered and manufactured in the USA to provide faithful service in demanding fluid handling applications to 7,500 psi.

The BVH series is compatible with many piping arrangements through a wide assortment of connections, including NPT, BSPT, SAE ORB, BSPP, JIC, Socket Weld, Butt Weld, ANSI Flanges, SAE Flanges, and Split Flanges with port sizes ranging from 1/4″ to 1-1/2”. Carbon steel and stainless steel versions, as well as a variety of sealing materials, offer compatibility with a diverse range of liquids. Ball valve accessories include locking handles, limit switch brackets, actuators, tapped holes for secure mounting, and a variety of surface finish treatments.

The versatile and dependable BVH series of high pressure ball valves from DMIC are offered with quick delivery to satisfy numerous requirements in hydraulic power systems, oil & gas production, and industrial fluid handling applications.

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