Cam-Line Plastic Lined Trunnion Ball Valve

PRODUCT DESCRIPTION

The Cam-Line plastic-lined trunnion ball valve is a high-performance solution for corrosive applications in the chemical processing industry. Featuring the same proven design benefits as the Cam-Tite product line, including tight shut-off, reliable stem sealing, and unsurpassed torque reduction, the Cam-Line valve stands out as a unique offering in the plastic-lined ball valve market.

With its special Tefzel lining and optional PVDF coating, the Cam-Line ball valve is well-equipped to handle highly corrosive media such as sulfuric and hydrochloric acid. This advanced lining technology ensures superior resistance to chemical attack, extending the valve's service life and minimizing maintenance requirements in demanding process environments.

FEATURES AND BENEFITS

• Unique beveled edge ball design minimizes pressure on seats, reduces cold flow, and extends seat life.
• Prevents issues related to "breakaway torque" in valves that remain open for extended periods.
• Provides positive tight shut-off at both high and low pressures.
• Inherently prevents seat damage caused by the leading edge of the ball port cutting into the seat.
• Significantly reduces operating torque for ease of use and less wear on valve components.
• Superior stem seal assembly with low operating torque reduces lateral loads on stem seals for reliable performance.
• Blow-out proof stem seal design ensures safety and reliability.
• Standard Belleville spring washers provide constant "live load" on stem seals, assuring a tight seal under varying service parameters.
• Trunnion shaft design reduces the effects of lateral loading found in conventional ball valves.
• In-line maintenance facilitates reduced downtime and lowers overall cost of ownership.

APPLICATIONS

• Chemical processing plants
• Sulfuric and hydrochloric acid handling
• Highly corrosive media transfer
• Petrochemical facilities
• Pulp and paper mills

PERFORMANCE

• Sizes: 0.75-6" (DN20-150)
• Pressure/Temperature Ratings:
• 250 psi at 100˚F (38˚C)
• 235 psi at 200˚F (93˚C)
• 120 psi at 250˚F (121˚C)