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Globe Valve DIN PN100 - PN160

Globe Valve DIN PN100 - PN160

DIN Globe Valve PN100 - PN160 - High Pressure, GS-C25, 1.4308, 1.4408

Tengs Valve supplies high-quality DIN High Pressure Globe Valves for PN100 and PN160 pressure ratings, manufactured to DIN 3356, DIN 3202, and DIN 2501 standards. These globe valves feature bolted cover or pressure seal bonnet, rising stem, plug type disc design with flanged (RF, RTJ) ends. Available in cast carbon steel (GS-C25, WCB) and cast stainless steel (1.4308, 1.4408, CF8, CF8M). Operated by handwheel or gear. Ideal for high-pressure water, chemical, power generation, and industrial pipeline applications requiring reliable flow regulation and shut-off.

High Pressure Globe Valve Specification for DIN PN100 - PN160

Design and Manufacture: DIN 3356
Face to Face: DIN 3202
Flange Ends: RF, RTJ to DIN 2501
Inspection and Test: DIN 3230
Construction: Bolted Cover or Pressure Seal Bonnet, Rising Stem
Pressure Ratings: PN100, PN160
Body Materials: Carbon Steel (GS-C25, WCB), Stainless Steel (1.4308, 1.4408, CF8, CF8M)
Disc Type: Plug Type
Actuator: Handwheel, Gear Operated
✓ Ultra-high-pressure DIN standard — pressure seal bonnet and RTJ facing available for PN100 and PN160 critical service

DIN PN100 vs DIN PN160 Globe Valve: Key Differences

Parameter PN100 PN160
Pressure Rating 100 bar (10.0 MPa) 160 bar (16.0 MPa)
Wall Thickness Thicker than PN64 Maximum wall thickness
Bonnet Type Bolted Cover or PSB Pressure Seal Bonnet (PSB) recommended
Flange Face RF, RTJ RTJ recommended
Typical Application High-pressure steam, refinery, chemical process Ultra-high-pressure steam, boiler feedwater, critical power plant service

Reference: DIN 3356, DIN 2501. PN160 globe valves require pressure seal bonnet and RTJ facing for ultra-high-pressure critical service.

DIN Globe Valve Main Parts and Materials

Part Name Material
GS-C25 (WCB) 1.4308 (CF8 / SS304) 1.4408 (CF8M / SS316)
Body GS-C25 / A216 WCB 1.4308 / A351 CF8 1.4408 / A351 CF8M
Bonnet GS-C25 / A216 WCB 1.4308 / A351 CF8 1.4408 / A351 CF8M
Disc GS-C25 + 13Cr / STL 1.4308 1.4408
Seat 13Cr / STL SS304 SS316
Stem A182 F6a / F304 / F316 A182 F304 / F316 A182 F316
Bolts / Nuts A193 B7 / A194 2H A193 B8 / A194 8 A193 B8M / A194 8M
Packing Graphite Graphite Graphite

Reference: DIN 3356, DIN 3202, DIN 2501, DIN 3230. Materials may vary by model and pressure rating. Contact us for confirmed material certificate.

High Pressure Globe Valve Dimensions for DIN PN100 - PN160

Reference: DIN 3356, DIN 3202. Dimensions may vary by manufacturer. Contact us for confirmed drawing and quotation.

Typical Applications of DIN PN100 - PN160 High Pressure Globe Valve

Ultra-high-pressure steam systems: power plant main steam, superheated steam, and turbine bypass lines at PN100 / PN160.
Boiler feedwater: ultra-high-pressure feedwater lines and boiler circulation systems.
Refinery and petrochemical: hydrocracking, hydrotreating, and high-pressure process lines.
Chemical plants: high-pressure synthesis, ammonia, and urea plants.
Power generation: conventional and cogeneration plants, HRSG, and high-energy piping systems.
European and international projects: pipelines requiring DIN 3356 / DIN 3202 / DIN 2501 compliance at PN100 and PN160 pressure ratings.

FAQ - DIN PN100 - PN160 High Pressure Globe Valve

Q1: What is a DIN PN100 / PN160 globe valve?
A: A DIN PN100 / PN160 globe valve is a linear motion valve designed for throttling and flow regulation in ultra-high-pressure pipelines. It is manufactured to DIN 3356 with face-to-face dimensions per DIN 3202, flange ends per DIN 2501, and inspection and test per DIN 3230. PN100 means the valve is rated for 100 bar (10.0 MPa) nominal pressure, and PN160 for 160 bar (16.0 MPa).
Q2: What is the difference between DIN PN100 and DIN PN160 globe valves?
A: DIN PN160 globe valves have thicker wall sections, heavier flanges, and higher pressure/temperature ratings than PN100. PN160 is typically supplied with pressure seal bonnet (PSB) and RTJ facing for ultra-high-pressure service. PN100 is preferred for high-pressure steam, refinery, and chemical process applications up to 10.0 MPa.
Q3: What is a pressure seal bonnet (PSB) and why is it used for high pressure?
A: Pressure seal bonnet uses internal line pressure to tighten the seal between the bonnet and body. As pressure increases, the sealing force increases, making it more reliable than bolted bonnet at very high pressure and temperature. PSB is recommended for PN100 and above in critical service, particularly for PN160 where the pressure is extremely high.
Q4: What materials are available for DIN PN100 / PN160 globe valves?
A: Common body materials include GS-C25, WCB, 1.4308, 1.4408, CF8, CF8M, CF3, CF3M, WC6, WC9, C5, and C12. Various trim materials such as 13Cr, STL, SS304, SS316, F6a, F51, and F53 are available to suit different service conditions.
Q5: What end connections and actuation options are available?
A: End connections include flanged (RF, RTJ) per DIN 2501 and butt weld (BW). Actuation options include manual handwheel and gear operated. Other options are available on request.
Q6: What is DIN 3356 standard?
A: DIN 3356 is a German industrial standard for "Globe valves for general requirements." It specifies requirements for design, materials, face-to-face dimensions, flange dimensions, and testing of industrial globe valves. It is widely used in European and international projects for flow regulation and throttling applications.

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