3/4" Compression x 1/2" MJIC Flare Connector, 316L Stainless Steel

SKU: P-WAT-2570
(0)No Reviews yet
$32.99

The 3/4" Compression x 1/2" MJIC Flare Connector (MPN: UA-12-8) is a robust and highly reliable fitting designed for critical connections in various fluid and instrumentation systems. Crafted from forged 316L stainless steel, this connector offers exceptional corrosion resistance, strength, and durability, ensuring long-lasting performance in demanding environments.


This connector features a dual ferrule tube fitting design on its 3/4" compression end, which provides a highly stable and secure seal, effectively minimizing potential leaks and ensuring consistent flow rates. The other end is a 1/2" Male JIC (MJIC) Flare connector with a 37° flare angle, ideal for hydraulic applications where a dependable, high-pressure connection is essential.


Engineered to handle variations in vibration, temperature, and pressure, this fitting maintains its integrity under challenging operating conditions. Its emphasis on durability and adherence to stringent material standards (Bar Stock: ASTM A479, ASTM A276; Forging: ASTM B164) ensure seamless integration into instrumentation systems across a range of industries, promoting both safety and efficiency.

  • Product Type: Instrumentation Tube Fitting, Male Connector
  • MPN: UA-12-8
  • Material: 316L Stainless Steel
  • Construction: Forged
  • Ferrule Type: Dual Ferrule (on compression end)
  • Connection 1: 3/4" Compression
  • Connection 2: 1/2" MJIC (Male JIC) Flare
  • Flare Angle: 37°
  • Material Standards:
  • Bar Stock: ASTM A479, ASTM A276
  • Forging: ASTM B164
  • Application: Various instrumentation and hydraulic systems, connecting compression tubing to JIC flared lines.
  • Premium 316L Stainless Steel: Provides superior corrosion resistance and enhanced durability.
  • Dual Ferrule Design: Ensures highly stable, leak-minimizing compression connections.
  • 37° MJIC Flare: Offers a secure and reliable connection for hydraulic lines.
  • Resistant to Environmental Factors: Capable of handling variations in vibration, temperature, and pressure.
  • Consistent Flow: Helps maintain system efficiency by preventing leaks.
  • Forged Construction: Provides added strength and reliability for demanding applications.

Ratings & Reviews

No reviews available

Be the first to Write a Review