Ceramic Lined Butterfly Control Valve, 2-20 IN, ASME B16.34
Key Specifications / Features
Hits: 0
Our ASME B16.34-compliant Ceramic Lined Butterfly Control Valve, designed for 2-20IN, excels in challenging environments, from slurry to erosive and corrosive conditions. Crafted from resilient materials like sintered silicon carbide ceramic or chrome-molybdenum iron, it ensures durability and easy maintenance. With a robust design, it offers superior performance, minimizing ownership costs while maximizing reliability. Trust in our valve for unparalleled quality and efficiency in slurry control, setting a benchmark for excellence in the market.
Request a quote
Tags
Detail Information
SPECIFICATIONS
Product Name: Ceramic Lined Butterfly Control Valves
Size Range: NPS 2 Inch-20 Inch, DN50-DN500
Design Standard: ASME B16.34
Testing Standard: API 598
Flange Drilling: ASME B16.5 Class 150
Materials:
Body: Ductile Iron, Stainless Steel
Stem: 17-4PH Stainless Steel
Liner: Ceramic (Sintered Silicone Carbide) Metallic Carbide Rich, Chrome Iron Alloy
Disc: Chrome-Molly Iron (Hardened), PSZ Ceramic (Partially Stabilized Zirconia)
Body Style: One Piece Wafer, Double Flanged
Temperature Range: -20°F to 300°F (-29°C to 150°C)
A. Easily Accessible Stem Packing: The stem packing can be adjusted without the need to remove the actuator, ensuring convenience and efficiency.
B. Seamless Actuator Mounting: Utilizing a one-piece, robust 17-4PH stainless steel construction across all sizes, along with a Double-D stem design and ISO 5211 top plate, enables direct mounting of actuators. This streamlined design reduces complexity in the setup.
C. Enhanced Stem Bearings: The upper stem bearing, crafted from a 316 stainless steel outer shell and TFE/glass liner, coupled with the lower stem bearing made of PSZ ceramic, offers exceptional resistance to corrosion and distortion caused by mechanical loading and high temperatures.
D. Blow Out Proof Stem: A retaining ring system is installed to ensure full retention of the stem in the unlikely event of internal stem failure.
E. Durable Ceramic Liner: Featuring a diamond-ground liner composed of Silicon Carbide Ceramic, boasting a high hardness rating. In most applications, this liner surpasses the durability of the hard-wearing single offset disc. This design ensures longevity with minimal maintenance costs, as only a few parts require servicing.
F. Tailored Control: As a control valve, tight shutoff is not provided by the disc. However, the disc design prioritizes maximizing flow with material options to minimize wear. Remarkably, this valve can swing through 360 degrees, providing versatility in operations.
Product Name: Ceramic Lined Butterfly Control Valves
Size Range: NPS 2 Inch-20 Inch, DN50-DN500
Design Standard: ASME B16.34
Testing Standard: API 598
Flange Drilling: ASME B16.5 Class 150
Materials:
Body: Ductile Iron, Stainless Steel
Stem: 17-4PH Stainless Steel
Liner: Ceramic (Sintered Silicone Carbide) Metallic Carbide Rich, Chrome Iron Alloy
Disc: Chrome-Molly Iron (Hardened), PSZ Ceramic (Partially Stabilized Zirconia)
Body Style: One Piece Wafer, Double Flanged
Temperature Range: -20°F to 300°F (-29°C to 150°C)
A. Easily Accessible Stem Packing: The stem packing can be adjusted without the need to remove the actuator, ensuring convenience and efficiency.
B. Seamless Actuator Mounting: Utilizing a one-piece, robust 17-4PH stainless steel construction across all sizes, along with a Double-D stem design and ISO 5211 top plate, enables direct mounting of actuators. This streamlined design reduces complexity in the setup.
C. Enhanced Stem Bearings: The upper stem bearing, crafted from a 316 stainless steel outer shell and TFE/glass liner, coupled with the lower stem bearing made of PSZ ceramic, offers exceptional resistance to corrosion and distortion caused by mechanical loading and high temperatures.
D. Blow Out Proof Stem: A retaining ring system is installed to ensure full retention of the stem in the unlikely event of internal stem failure.
E. Durable Ceramic Liner: Featuring a diamond-ground liner composed of Silicon Carbide Ceramic, boasting a high hardness rating. In most applications, this liner surpasses the durability of the hard-wearing single offset disc. This design ensures longevity with minimal maintenance costs, as only a few parts require servicing.
F. Tailored Control: As a control valve, tight shutoff is not provided by the disc. However, the disc design prioritizes maximizing flow with material options to minimize wear. Remarkably, this valve can swing through 360 degrees, providing versatility in operations.
Comment Form
