Vatac manufactures some of the most dependable cast and forged steel Pressure Balance Lubricated Valves in
the industry. Vatac Lubricated Type Plug Valves are available in Short, Regular, and Venturi Pattern. The different patterns vary as regards end to end dimension and port area for a given size of valve. Regular Pattern valves have the largest port area. Short Pattern valves have a reduced port area as a consequence of their compact face-to-face dimensions which are identical to those for wedge gate valves. Venturi Pattern valves have a reduced port area and a flow path approximating a venturi shape to aid pressure recovery. The valve designs conform to API 599, API 6D, and B16.34. Face-to-face and end-to-end dimensions conform to ANSI B16.10.

STANDARDS COMPLIANCE
» Designed and manufactured to API 6D, API 599, DIN 3202
» P.T Ratings to ASME B16.34
» Face to Face dimensions to API 6D, DIN 3202
» Flanged Ends to ASME B16.5, ASME B16.47
» Butt-weld Ends to ASME B16.25
» Valves Marking to MSS SP-25
» Inspect & Tested to API 6D, API 599
» Optional NACE MR-01-75

MANUFACTURING CAPABILITIES
» Sizes Ranges from 1 1/2” thru 40”
» Pressure Ratings from Class 150 to Class 2500, PN16 to PN420
» Ends Connections in Flanged R.F or RTJ, Butt-welded and Grooved
» Operations in Manual, Electric or Pneumatic Actuators

The Vatac Lubricated plug valve is used in countless industrial and general utility applications. The following are a few major categories of the many specific applications in which the Vatac valve provides reliable, uninterrupted, leak-free service:
» Chemical and petrochemical processing
» Petroleum gathering and distribution
» Gas distribution systems
» Water and wastewater
» Heating, air conditioning (HVAC)
» Food and beverage processing
» Pulp and paper
» Paint, varnish, lacquer and ink
» Asphalt and other viscous materials
» Cement and ore slurries

The Vatac non-lubricated Sleeve Plug Valve is designed for the most corrosive and difficult chemical services where drop-tight shutoff is an absolute requirement. Vatac offers the process industries the widest range of non-lubricated plug valve models, materials, and configurations. This provides customers the flexibility to specify Sleeveline valves to meet virtually all of their applications needs. Vatac has the answer to your corrosion-resistant, quarter-turn valve needs, whether for on-off or modulating control.

The insert PTFE Teflon sleeve completely surrounds the plug. The sleeve provides a large, circumferential sealing surface from port to port. Open, closed, or rotating, the seal is assured. No ball or gate valve can match this sealing power.
The PTFE sleeve has a low coefficient of friction. It acts as a lubricant. Ease of operation is assured, even when the valve is left open or closed for extended periods.

MAIN FEATURES 
» Reduced turning torque and in-line seal adjustment because of the adoption of a tampered plug
» Compatible with a wide range of Automax actuators and other instrumentation
» PFA Diaphragm provides a static and dynamic, self-adjusting stem seal
» Actuator Mounting Pads-Actuator bracket mounts directly on flanges for solid support
» Ends connections in Flanges, Grooved, Threaded or Welded.
» Fugitive emission stem sealing

STANDARDS COMPLIANCE
» Designed and manufactured to API 6D, API 599, DIN 3202
» P.T Ratings to ASME B16.34
» Face to Face dimensions to API 6D, DIN 3202
» Flanged Ends to ASME B16.5, ASME B16.47
» Butt-weld Ends to ASME B16.25
» Valves Marking to MSS SP-25
» Inspect & Tested to API 6D, API 599
» Optional NACE MR-01-75

MANUFACTURING CAPABILITIES
» Sizes Ranges from 1 1/2” thru 40”
» Pressure Ratings from Class 150 to Class 2500, PN16 to PN420
» Ends Connections in Flanged R.F or RTJ, Butt-welded and Grooved
» Operations in Manual, Electric or Pneumatic Actuators

Vatac offers a broad line of partial and fully jacketed sleeved plug valves. Vatac plug valves offer superior in-line sealing, redundant stem seals and 360 degree port retaining lips. Jacketed valves are used where temperature control of the media is critical.

MAIN FEATURES & ADVANTAGES
» SUPERIOR, LONG-LASTING IN-LINE SEALING.
» NO SEIZING. NO STICKING
» NO CAVITIES. NO CONTAMINATION
» EASE OF ADJUSTMENT
» UNMATCHED STEM SEALING

STANDARDS COMPLIANCE
» Designed and manufactured to API 6D, API 599, DIN 3202
» P.T Ratings to ASME B16.34
» Face to Face dimensions to API 6D, DIN 3202
» Flanged Ends to ASME B16.5, ASME B16.47
» Butt-weld Ends to ASME B16.25
» Valves Marking to MSS SP-25
» Inspect & Tested to API 6D, API 599
» Optional NACE MR-01-75

MANUFACTURING CAPABILITIES
» Sizes Ranges from 1 1/2” thru 12”
» Pressure Ratings from Class 150 to Class 600, PN16 to PN110
» Ends Connections in Flanged R.F or RTJ, Butt-welded and Grooved
» Operations in Manual, Electric or Pneumatic Actuators

· Designed and Manufactured to API 6D, API599
· Face to Face Dimension: ANSI B16.10, DIN 3202, GB
· Flanged Dimension: ANSI / ASME B16.5, EN 1092
· Inspect and Test: API 598
· Size Ranges: NPS 1/2”~42”
· Pressure Rating: PN10/16, ANSI125/150/300/600/900/1500
· Materials available in Iron, Steel, Stainless Steel and Duplex, Seat Material in Both Resilient and Metal Type, Different trim materials available to suit different service conditions
· Fire-safe design to API 608/API 6FD
· To MSS SP 01-75 On request
· Operations: Lever, Worm-gear, Electric, Pneumatic and Hydra-pneumatic

The Vatac Double Block and Bleed DBB Plug Valve, expanding plug valve, also named as General Valve offer double port seals in both directions as well as a sealed isolation of the chamber below the plug and the areas around the plug at 90° to the port openings. A single valve can isolate either upstream or downstream, thus eliminating the need for the traditional two double block valves — a definite reduction in cost and maintenance, especially in processes involving large diameter lines.

To achieve the Double Block and Bleed combination, a drainage connection into the plug cavity is added by drilling and tapping through the bottom of the valve body

MANUFACTURING CAPABILITIES
» Sizes Ranges from 2” thru 24”
» Pressure Ratings: ASME #125, 150, PN10 or PN16.
» Ends Connections in Flanged R.F, F.F or Grooved
» Operations in Manual, Electric or Pneumatic Actuators

STANDARDS COMPLIANCE
» Design & Manufactured to API 6D, API 599, ASME B16.34 or DIN3202
» P.T Ratings to ASME B16.34
» Face to Face dimensions to ASME B16.10
» Flanged Ends to ASME B16.5
» Butt-weld Ends to ASME B16.25
» Threaded Ends to ASME B1.20.1
» Socket-weld Ends to ASME B16.11
» Valves Marking to MSS SP-25
» Inspect & Tested to API 6D, API 598

The Vatac Full Body Lined Plug Valves use high precision investment casting method for all major pressure holding components. The standard base model offers:

» Carbon or Stainless Steel body, plug and cover (ASTM A216 Gr. WCB, A351 CF8 or CF8M).
» Low porosity PFA (Perfluoroalkoxy) as standard liner
» All cast parts have an acrylic based coating prior to lining for added protection from corrosion attack due to permeation
» Vatac Lined Plug Valves feature an unpigmented virgin PFA lining applied by Transfer Molding and locked into castings by machined dovetail-shaped grooves, and cast dovetail-shaped recesses in body castings and cast holes.

» Prevents liner collapse in vacuum conditions
» Prevents blow out in high temperature and pressure combined conditions
» Transfer Molding insures equal distribution and consistency of liner throughout the entire surface of the lined components as per ASTM F1545
» No weak sections in the valve liner
» All liner defects are directly visible
» By design, Lined Plug Valves are cavity-free both in open and closed positions.
» No particle accumulation
» Ideal for corrosive slurry applications superior sealing capabilities
The interface between the tapered outer plug and the tapered inner body liner provides a 360° primary sealing area. Additional sealing levels are achieved by a delta ring and PTFE diaphragm, both protected by a metal diaphragm. The metal diaphragm assists in encapsulation, acts as an antistatic device, and is a metal seal to atmosphere, in case of PTFE failure.

» Tight shutoff
» Compression seal (upstream and downstream)
» Bi-directional valve
» Sealed at both plug and stem