BS 1868 Swing Check Valve, ASTM A352 LCC, 16 Inch, CL 900 LB

As a reputable swing check valve manufacturer in China, we provide high-quality valves designed to BS 1868 standards for reliable performance. Our 16-inch swing check valves are crafted with a durable carbon steel ASTM A352 LCC body, making them ideal for demanding industrial applications. Rated at 900 LB (PN150) and DN400, these valves ensure excellent pressure handling capabilities. The RF flanged connection provides a secure and leak-proof fit, while the face-to-face dimensions comply with ASME B16.10. Built for reliability, our valves deliver optimal flow control and durability across various industries.

Tags:

• BS 1868 Check Valve
• ASTM A352 LCC Check Valve
• 16 Inch Check Valve
• Class 900 LB Check Valve

ASTM A352 LCC Swing Check Valves, BS 1868, 16 Inch, Class 900 LB.

Valve Description

Name: Swing Type Check Valve
Design: BS 1868 – Standard Bore
Body Material: ASTM A352 LCC
Nominal Size: 16 Inch, DN400
Nominal Class: Class 900 LB, PN150
Connection Ends: RF Flanged Ends
Face-to-Face Dimension: As per ASME B16.10
Test and Inspection: API 598

Other Features:

Bolted Cover
Available in API 6D – Full Bore and BS 1868 – Standard Bore Designs
Shaft Options: Inside or Outside Shaft
Outside Shaft Option: Mountable Lever and Counterweight
Hydraulic Damping Cylinder Available for Large-Size Valves

Technical Parameters and Characteristics:

Product Type: Swing Type Check Valve
Size Range: NPS 2 Inch - 24 Inch, DN50 – DN600
Design Pressure: Class 150 – 2500 LB, PN10 – PN420
Design Standards: BS 1868, API 6D, DIN 3352
Design Temperature: -196°C to 593°C

Material Options:
ASTM A216 WCB, ASTM A216 WCC
ASTM A217 WC6, ASTM A217 WC9, ASTM A217 C5, ASTM A217 C12A
ASTM A352 LCB, ASTM A352 LCC
ASTM A351 CF8, CF8M, CF3M, CF8C
CN3MN, CK3MCUN, CN7M
ASTM A890 4A (CD3MN), 5A (CE3MN), 6A (CD3MWCuN)
ASTM B148 C95800, C95500

Connection Ends: ASME B16.5, ASME B16.25, EN1092 Series

Applications:

Electric Power
Petroleum Refining
Petrochemical Engineering
Offshore Oil Operations
Chemical Engineering

Key Corrections and Improvements:
Clarified inconsistent references (e.g., “Face to face” → “Face-to-Face Dimension”).
Adjusted phrasing for better readability and consistent formatting.
Improved grammar, ensuring all technical terms are accurately represented.
Added specificity to features and options for enhanced clarity.