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Screwed-pressure-regulator.jpg

Screwed pressure regulator

Screwed Pressure Regulator
A screwed pressure regulator is designed for precise pressure control in fluid and gas systems with a threaded (screwed) connection. It is widely used in industries requiring easy installation and maintenance without welding.

Key Features
  • Threaded Connection: Ensures easy installation and removal
  • High-Pressure Control: Maintains consistent pressure in pipelines
  • Compact & Durable Design: Suitable for confined spaces and harsh environments
  • Material Options: Available in stainless steel, carbon steel, and alloy steel
  • Versatile Use: Suitable for gases, liquids, steam, and hydraulic systems
Types of Screwed Pressure Regulators
  • Gas Pressure Regulators – Controls gas pressure in pipelines
  • Steam Pressure Regulators – Maintains steam pressure in industrial applications
  • Liquid Pressure Regulators – Ensures stable fluid pressure
  • Back Pressure Regulators – Prevents excessive upstream pressure
  • Hydraulic Pressure Regulators – Controls hydraulic system pressure
Applications
  • Oil & Gas Industry – Regulates fuel and gas flow
  • Power Plants & Boilers – Controls steam and water pressure
  • Chemical & Process Industries – Maintains precise pressure in chemical systems
  • Manufacturing & Industrial Automation – Ensures pressure stability in machinery
  • HVAC & Water Systems – Regulates pressure in heating, ventilation, and cooling systems
Advantages
  • Easy Installation & Replacement: No need for welding
  • Leak-Proof Sealing: Threaded connections ensure secure fitting
  • Cost-Effective Solution: Lower installation costs compared to welded regulators
  • Wide Compatibility: Works with various pipeline materials and sizes
  • Low Maintenance Requirement: Simple disassembly for inspection and cleaning
Maintenance & Safety Tips
  • Check Thread Sealing Regularly: Use PTFE tape or thread sealant to prevent leaks
  • Monitor Pressure Levels: Ensure consistent performance
  • Clean Periodically: Prevent clogging from debris or impurities
  • Inspect for Wear & Tear: Replace worn-out parts as needed
  • Follow Manufacturer Guidelines: Ensure compatibility with the operating environment

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