FLANGE MS 1.1/4"
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Features
| Type of Product | Pipe Flanges |
|---|---|
| Brand | TOOLS TRIBE |
| Weight | 300 g |
| SKU | FB-TT-100601 |
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| Type of Product | Pipe Flanges |
|---|---|
| Unit | Piece |
| Brand | TOOLS TRIBE |
| Shipping Type | Flat Rate |
| SKU | FB-TT-100601 |
Description
AI Mode conversation: FLANGE MS 1.1/4" BIG description
FLANGE MS 1.1/4" BIG description
A 1 1/4" MS (Mild Steel) Flange is a structural piping component used to connect sections of pipes, valves, pumps, or other equipment in a fluid conveyance system. When specified as "BIG", it typically implies a configuration with an expanded outer diameter (OD) or thickness, often adhering to higher pressure rating classifications like Table E (BS 10) or Class 150 (ASME/ANSI) rather than lighter standard variants.
1. Foundational Definition & Spatial Context
An MS 1 1/4" Flange is a circular, plate-like piping connector made from high-grade mild steel, standardly fabricated from IS 2062 Grade B Carbon Steel or ASTM A105. It features a Nominal Bore (NB) of 1 1/4 inches (32 mm) designed to align precisely over standard 32 mm outer-diameter process pipes.
The component acts as a structural joint mechanism. It is positioned at pipe intersections, bulkhead entryways, or equipment manifolds to anchor adjacent fluid channels together using structural bolting patterns.
2. Functional Breakdown
• Pipeline Joining & Connection: Serves as a mechanical link connecting individual pipes or securing mainlines to machinery like pumps and pressure vessels.
• System Demountability: Allows lines to be unbolted quickly. This provides clean, non-destructive access for inspection, cleaning, or modification without needing to cut the steel lines.
• Load Distribution: In slip-on configurations, the flange slips smoothly onto the raw outer diameter of the pipe and is secured via internal and external fillet welds. This distributes mechanical stress evenly across the joint face.
• Pressure Sealing: Features a flat or slightly raised face. When paired with a matching gasket and torqued down via industrial bolts, it forms a fluid-tight, leak-proof seal.
3. Clinical Relevance & Pathologies (Industrial Failures & Wear)
In heavy utility environments, these flanges are subject to specific structural risks:
• Crevice Corrosion: Moisture and reactive process media can settle into the un-welded clearances behind the internal bore, leading to accelerated localized oxidation if not treated with protective red oxide or anti-rust zinc coatings.
• Thermal Stress Cracking: Rapid cycle variations in steam line temperatures can introduce thermal fatigue, potentially creating stress fractures if the bolt alignment or torque is uneven.
• Gasket Blowouts: Over-pressurization or under-torquing of the structural fastening bolts can cause the inner sealing gasket to rupture, creating hazardous high-velocity leaks.
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