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1/2'' Code 61 Oring Face Blanking Blind Flange Carbon Steel 6000 PSI

KWD 26

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Special Features

  • Ability to withstand high working pressure up to 6000 PSI (Code 62). Working temperature of -40°C - +120°C.
  • Protection against leakage. Suitable for high pressures, larger sizes and assembly in tight quarters.
  • Body is made from normalized forgings and of carbon steel ST 52.3 material. This steel grade has good resistance to external impact and high tensile strength.
  • Blind O-ring SAE side. Connect with blind counter-flange (flat) SAE flange.
  • Install at the end of hydraulic systems to block fluids passage.

Description

The SAE flange is a high-pressure hydraulic flange used to connect pipes and tubes together in a hydraulic system. The leak free connection is suitable for high pressures, larger sizes and assembly in tight quarters. SAE blind flanges are used in oil hydraulic systems to block the passage of fluids.
This SAE blind flange meets the standard of SAE J518 and ISO 6162. The material used is carbon steel ST52.3. This steel grade is readily weldable with excellent resistance to external impact. It is a type of low alloy steel with great tensile strength. The body made is made via normalized forgings. Normalization process increases the hardness and strength of steel.
As for the working pressure, this four-bolt blind flange can withstand pressure up to 6000 PSI. It is also categorized under Code 62 flanges, where the pressure range for this series is up to 6000 PSI. The allowable working temperature for steel blind flange is -40°C - +120°C.
O-ring SAE blind flange contains a groove seat to place a rubber O-ring. O-ring SAE blind flange helps to avoid leakage as all metal-to-metal flanges are more prone to leakage. Install it with flat face SAE flange with cap screws and spring washers.
For proper installation, check out the simple steps below.
Step 1: Ensure the sealed surface is free from scratches and contamination. Apply lubricant on the seal.
Step 2: Position the flange and place the washer on the cap screws to bolt through the bolt holes.
Step 3: Screw on the cap screws by hand first then tighten with a wrench to its appropriate torque value.

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