UHP PTFE Fluoropolymer Pressure Regulator (1/2 inch) – PR-08 Series | Product Series

Filter by

    No filters selected

Port Connection

Pressure Gauge

Body Material

Housing Material

Get your Parker account Today!

Create one account to manage everything you do with Parker, from your shopping preferences to your application access.


LOADING IMAGES
UHP PTFE Fluoropolymer Pressure Regulator (1/2 inch) – PR-08 Series

UHP PTFE Fluoropolymer Pressure Regulator (1/2 inch) – PR-08 Series

The PR-08 Series PTFE Pressure Regulator is designed for ultra-high purity and aggressive fluid handling systems. Its non-relieving design requires a 5 psi differential across the valve, resulting in better droop characteristics and low hysteresis.

Technical Specifications

  • Body Material: PFA, Modified PTFE, PTFE, Polypro, PVDF
  • Ball Material: Stainless Steel
  • Spring Material: Stainless Steel, PTFE coated Stainless Steel
  • Pressure Rating: Max Primary (Upstream) Pressure - 120 psig (8.3 bar)
    Max Secondary (Downstream) - 60 psig (4.1 bar)
  • Maximum Ambient Temperature: 66 °C, 150 °F
  • Minimum Ambient Temperature: -17 °C, 0 °F
  • Maximum Fluid Temperature: 130 °C, 266 °F
  • Minimum Fluid Temperature: -17 °C, 0 °F
Safety Warning

Full Product Description

The Parker PR-08 Series is a 1/2 inch PTFE fluoropolymer pressure regulator that is designed for use in ultra-high purity (UHP), DI water, aggressive chemical, and slurry distribution systems, including those used in semiconductor manufacturing and clean-area applications. It’s non-relieving design requires a 5 psi differential across the valve, which leads to low hysteresis, better droop characteristics, and steady-state pressure control in fluid handling systems up to 120 psig.

The PR-08 utilizes a machined PTFE body with a precision-machined seat and diaphragm sealing area for superior leak integrity and chemical resistance. The large diaphragm allows for greater sensitivity to changes upstream, preventing the effects of pressure surges being transferred downstream. Its stainless steel spring reduces the effects of corrosive environments and ensures compatibility with a wide range of aggressive process media.

For increased flexibility, the PR-08 Series can be fitted with a variety of port configurations, including 1/4 inch and 3/8 inch Parbond and Parflare tube fittings. The fittings reduce assembly time and installation costs, while ensuring a leak-tight seal for reliability in applications where cleanliness is critical.

The tongue and groove seal of the PR-08 Series pressure regulator ensures a positive diaphragm to body seal, which isolates process media from the atmosphere and provides added protection for the spring and adjusting screw. The regulator comes equipped with a positional mounting ring and flow direction arrow for ease of installation and time savings.

For a back pressure regulator, refer to the BR-08 Series.

Markets:
• Semiconductor
• Analytical Laboratory
• Pharmaceutical
• BioPharm
• Aerospace
• Industrial

Features/Benefits:
• Non-relieving design requires a 5 psi differential across the valve results in low hysteresis and better droop characteristics
• Modified PTFE diaphragm and stainless steel spring provide high cycle life and exceptional resistance to corrosion
• Large diaphragm allows for greater sensitivity to changes upstream
• Can be fitted with a variety of port configurations, including Parflare and Parbond tube fittings
• Maximum primary pressure: 120 psig
• Maximum secondary pressure: 60 psig
• Ambient temperature range: 0°F to +150° F (-17°C to +66° C)
• Fluid temperature range: 0°F to +266° F (-17°C to +130° C)

Applications:
• Corrosive and/or specialty chemicals, acids, bases, and slurries
• Semiconductor Tools
• Tool Hook-ups
• CMP/Slurry Systems

Related Documents

×
Products Port Connection Pressure Gauge Body Material Housing Material
PR-08-52608 1/2” Flare 0-60 PSIG PTFE POLYPRO
PR-08-52612 3/4” Flare 0-60 PSIG PTFE POLYPRO
PR-08-52708 1/2” Parbond 0-60 PSIG PTFE POLYPRO
PR-08-52712 3/4” Parbond 0-60 PSIG PTFE POLYPRO

687466
938256