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cryogenic ball valves
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Valve Type Floating Ball Valve, 2-Piece Split Body, Side-Entry, Anti-Static, Anti-Blowout Stem
Size Range DN15 – DN300 (½” to 12″)
Pressure Rating Class 150 / 300 / 600 (PN16 – PN100)
End Connection Flanged Ends (Raised Face / RTJ) per ASME B16.5
Design Standard BS 6364 / ISO 28921-1 / MSS SP-134 / ASME B16.34 / API 6D
Face to Face Standard ASME B16.10 / ISO 5752 / BS 6364 Table 1
Test Standard API 598 / API 6D / BS 6364
Service LNG, LO2, LN2, LAr, Ethylene, Methane, Cryogenic Industrial Gases
Temperature Range -196°C to +80°C (-320°F to +176°F)
Bore Type Full Bore / Reduced Bore (Specify)
3-Piece Open Die Forged Cryogenic Ball Valve c/w SA Pneumatic Actuated
Keterangan
TECHNICAL DATA SHEET
Cryogenic Floating Ball Valve (2-Piece, Flanged Ends, Stainless Steel)
|
Item |
Spesifikasi |
|
Jenis Katup |
Floating Ball Valve, 2-Piece Split Body, Side-Entry, Anti-Static, Anti-Blowout Stem |
|
Size Range |
DN15 – DN300 (½” to 12″) |
|
Peringkat Tekanan |
Class 150 / 300 / 600 (PN16 – PN100) |
|
End Connection |
Flanged Ends (Raised Face / RTJ) per ASME B16.5 |
|
Design Standard |
BS 6364 / ISO 28921-1 / MSS SP-134 / ASME B16.34 / API 6D |
|
Face to Face Standard |
ASME B16.10 / ISO 5752 / BS 6364 Table 1 |
|
Test Standard |
API 598 / API 6D / BS 6364 |
|
Service |
LNG, LO2, LN2, LAr, Ethylene, Methane, Cryogenic Industrial Gases |
|
Kisaran Suhu |
-196°C to +80°C (-320°F to +176°F) |
|
Jenis Lubang |
Full Bore / Reduced Bore (Specify) |
|
Part Name |
Qty. |
Bahan |
Material Specification / Notes |
|
Body Halves |
2 |
Stainless Steel |
ASTM A182 F304/F304L (Forged) or ASTM A351 CF8/CF3 (Cast) |
|
Bola |
1 |
Stainless Steel |
ASTM A182 F304/F316 (Forged), Chrome Plated / Surface Ra ≤ 0.4µm |
|
Tangkai |
1 |
Stainless Steel |
ASTM A182 F304/F316, Anti-Blowout Design |
|
Seat (Downstream) |
1 |
PCTFE / RPTFE |
Spring-Energized PCTFE (Preferred for -196℃) or Glass-Filled RPTFE |
|
Seat (Upstream) |
1 |
PCTFE / RPTFE |
Optional Bidirectional Design |
|
Stem Seals / Packing |
Set |
PTFE + Graphite |
Live-Loaded Packing (Belleville Springs) at Ambient Zone |
|
Body Gasket |
2 |
PTFE / Spiral Wound |
PTFE or SS+Graphite Spiral Wound |
|
Body Bolts & Nuts |
Set |
Stainless Steel |
ASTM A193 B8M (Bolts) / ASTM A194 8M (Nuts) |
|
Thrust Washer / Bearing |
1 |
PTFE / Reinforced PTFE |
Reduces operating torque |
|
Perangkat Anti-Statis |
1 |
Stainless Steel |
Ball-to-Stem / Stem-to-Body |
|
Stop / Locking Device |
1 |
Stainless Steel |
Optional for safety |
|
Name Plate |
1 |
Stainless Steel |
MSS SP-25 marking |
|
Komponen |
Bahan |
Rationale |
|
Body & Bonnet |
A182 F304/F316 / A351 CF8/CF8M |
Austenitic stainless steel retains ductility and impact toughness at -196°C. F304L/CF3 grades offer enhanced resistance to intergranular corrosion after welding. All components undergo cryogenic stabilization treatment per BS 6364 . |
|
Bola |
A182 F304/F316 |
Hard chrome plating or electroless nickel coating improves surface hardness (Ra ≤ 0.4µm) and ensures low friction against PCTFE seat . |
|
Kursi |
PCTFE (Spring-Energized) |
PCTFE (Poly-chloro-tri-fluoro-ethylene) maintains dimensional stability and resilience at -196°C. Spring-energized design ensures bubble-tight shut-off even at low differential pressures . |
|
Stem Seals |
PTFE + Graphite |
Extended bonnet positions packing away from cold zone; live-loading compensates for thermal cycles and prevents fugitive emissions . |
|
Feature |
Keterangan |
Benefit |
|
Extended Bonnet |
Length per BS 6364 (e.g., 250mm for DN50) keeps stem packing at ambient temperature . |
Prevents ice formation on packing; ensures reliable stem sealing and operation. |
|
Pressure Relief Hole |
Upstream-side hole in ball prevents cavity pressure buildup during warm-up . |
Eliminates risk of cavity over-pressurization and seat damage. |
|
Perangkat Anti-Statis |
Springs/plungers ensure electrical continuity between ball, stem, and body . |
Prevents static charge accumulation in flammable cryogenic services. |
|
Blowout-Proof Stem |
Stem retained internally by shoulder or retaining ring . |
Safety critical: prevents stem ejection under pressure. |
|
Cryogenic Treatment |
All pressure-containing parts thermally cycled to -196°C . |
Stabilizes microstructure; ensures dimensional stability in service. |
*Note: Dimensions vary by manufacturer, pressure class, and extension length. Below are typical values based on ASME B16.10 / BS 6364 .*
|
Ukuran |
Face-to-Face (L) |
Extension Length (E) |
Height Open (H) |
Handwheel Dia. (D) |
Bolt Circle Dia. |
No. of Holes |
|
DN15 (½”) |
108 mm |
180 mm |
210 mm |
100 mm |
60.5 mm (2.38″) |
4 |
|
DN25 (1″) |
127 mm |
200 mm |
240 mm |
125 mm |
79.4 mm (3.12″) |
4 |
|
DN50 (2″) |
178 mm |
250 mm |
310 mm |
200 mm |
120.7 mm (4.75″) |
4 |
|
DN80 (3″) |
203 mm |
280 mm |
370 mm |
250 mm |
152.4 mm (6.00″) |
4 |
|
DN100 (4″) |
229 mm |
320 mm |
440 mm |
315 mm |
190.5 mm (7.50″) |
8 |
|
DN150 (6″) |
394 mm |
400 mm |
570 mm |
400 mm |
241.3 mm (9.50″) |
8 |
|
DN200 (8″) |
457 mm |
450 mm |
680 mm |
500 mm |
298.5 mm (11.75″) |
8 |
Flange Details: Raised Face (RF) per ASME B16.5. For RTJ (Ring Type Joint) or BW (Butt Weld) ends, specify separately .
|
Test |
Medium |
Pressure / Condition |
Acceptance Criteria |
|
Shell (Body) Test |
Water / Nitrogen |
1.5 x Rated Pressure @ Ambient |
No visible leakage |
|
Seat (Seal) Test |
Air / Nitrogen |
1.1 x Rated Pressure @ Ambient |
ISO 5208 Class VI (Bubble-tight) |
|
Cryogenic Seat Test |
Liquid Nitrogen |
@ -196°C, 1.1 x Rated Pressure |
≤ 0.1 Nm³/hr (He) per BS 6364 Annex A |
|
Low Pressure Seat Test |
Air |
0.6 MPa (87 psi) |
Bubble-tight |
|
Stem Leakage Test |
Helium |
@ Ambient |
ISO 15848-1 Class B (≤10⁻⁵ mbar·L/s) |
|
Cavity Relief Test |
– |
Verify ball hole functions |
Pressure relief to upstream side |
Typical Test Pressures (Class 300 Example):
|
Ukuran |
Torque @ Ambient (Nm) |
Torque @ -196°C (Nm) |
Recommended Operator |
|
DN15 (½”) |
8 |
12 |
Tuas |
|
DN25 (1″) |
15 |
22 |
Tuas |
|
DN50 (2″) |
45 |
68 |
Lever / Gear |
|
DN80 (3″) |
90 |
135 |
Gear |
|
DN100 (4″) |
160 |
240 |
Gear |
|
DN150 (6″) |
350 |
525 |
Gear / Actuator |
|
DN200 (8″) |
600 |
900 |
Gear / Actuator |
Note: Torque values increase at cryogenic temperatures due to material contraction and seal compression . For actuated valves, specify pneumatic/electric/hydraulic actuator separately .
|
Ukuran |
Flow Coefficient Cv (US gal/min) |
Kv (m³/h) |
|
DN15 (½”) |
8 – 12 |
7 – 10 |
|
DN25 (1″) |
30 – 40 |
26 – 35 |
|
DN50 (2″) |
120 – 150 |
104 – 130 |
|
DN80 (3″) |
280 – 320 |
242 – 277 |
|
DN100 (4″) |
480 – 550 |
415 – 476 |
|
DN150 (6″) |
1,100 – 1,300 |
952 – 1,125 |
|
DN200 (8″) |
2,000 – 2,300 |
1,730 – 1,990 |
*Note: Reduced bore valves have lower Cv values (typically 60-80% of full bore).*
|
Requirement |
Spesifikasi |
|
Oxygen Service Cleaning |
If service is LOX or oxygen-enriched, valve must be cleaned and packaged per CGA G-4.1 with special packaging to maintain cleanliness . |
|
Material Traceability |
Full traceability per EN 10204 Type 3.1 required for all pressure-containing parts . |
|
Impact Testing |
Charpy V-Notch impact tests at -196°C per ASTM A370 (minimum 41J average) . |
|
PMI Testing |
100% Positive Material Identification verification for all alloy components . |
|
Cryogenic Cycle Testing |
Optional: 200+ thermal cycles between ambient and -196°C to validate long-term performance. |
|
Vacuum Jacket Compatibility |
Extended bonnet length must match insulation thickness for cold box applications. |
Procurement Notes
This technical data sheet complies with BS 6364, ASME B16.34, and API 6D requirements for cryogenic floating ball valves
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