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The Malloy Electrophoretic Side Outlet Elbow represents a paradigm shift in fluid diversion, integrating a sophisticated 90°×90° three-dimensional orthogonal design. By converging three interface centerlines at a single point, this innovation eliminates traditional planar constraints and reduces installation space requirements by up to 60%, making it the ideal solution for complex industrial pipe networks.
Engineered for extreme durability, these malleable iron fittings feature a high-performance full immersion electrophoresis system. With a chemically resistant epoxy resin coating and a reinforced structural wall, the Side Outlet Elbow ensures seamless flow separation and superior corrosion resistance, redefining the spatial art of pipeline intelligence and all-round protection in demanding environments.
| Material | Malleable Cast Iron | Working Pressure | 3.5MPa |
|---|---|---|---|
| Temperature Range | -25℃ to 120℃ | Standard Interfaces | 1", 1-1/4", 1-1/2", 2" |
| Coating Type | Black Epoxy Electrophoresis + PU Layer | Coating Thickness | 45-55μm |
| Corrosion Grade | Level 9 (1500h Salt Spray Test) | Pressure Test | 7.0MPa (10-minute hold) |
| Position Accuracy | ±0.3mm | Airtightness Test | 100% Leak-free at 0.6MPa |
360° no-dead-angle electrophoretic coating provides pH 3 compatibility and Level 9 salt spray protection.
Unique 3D orthogonal architecture reduces installation footprint by 60% compared to traditional tees.
Optimized internal flow channels effectively reduce turbulence by 45% for smoother fluid transit.
Localized reinforcement technology increases total pressure resistance by 50% for safer operation.
Scientifically distributed external reinforcing ribs provide exceptional resistance against twisting forces.
3D coordinate detection ensures a strict position accuracy of ±0.3mm for perfect system integration.
Optimized for 3D cross-connections in complex factory pipe corridors.
Perfect for multi-directional interfaces in complete equipment sets.
Compact layout solutions for narrow machine rooms and utility corridors.
Seamless transition from traditional planar tees to 3D spatial diversion.
Standardized 3D spatial coordinate marking for error-free assembly.
Comprehensive 100% airtightness and pressure hold testing protocols.
| Feature | Traditional Planar Tee | Malloy 3D Side Elbow |
|---|---|---|
| Space Usage | High Footprint | 60% Reduction |
| Flow Efficiency | Standard Turbulence | 45% Less Turbulence |
| Corrosion Life | Standard Coating | Level 9 (Ultra-High) |
| Installation Speed | Multi-component | Integrated 3D Unit |
| Pressure Safety | Standard Wall | 50% Higher Resistance |
Electrophoresis provides a 360° no-dead-angle coating that penetrates every internal and external curve. Unlike spray painting, it ensures a uniform 45-55μm thickness, offering superior chemical resistance (pH 3 compatible) and Level 9 salt spray protection.
The 90°×90° design allows three flow directions to converge at one point. This eliminates the need for multiple elbow combinations, saving up to 60% of installation space in narrow corridors and machine rooms.
The standard working pressure is 3.5MPa. However, every unit undergoes a rigorous 7.0MPa pressure test for 10 minutes to ensure an absolute safety margin during high-pressure operation.
Yes, they are engineered to operate effectively within a temperature range of -25℃ to 120℃, making them suitable for diverse industrial climate conditions.
We provide standard interfaces in 1", 1-1/4", 1-1/2", and 2". We also support customized non-standard angles and differentiating diameters for system optimization.
Installation should follow five steps: 1. Mark 3D spatial coordinates; 2. Use a level for horizontal alignment; 3. Start from the bottommost interface; 4. Tighten bolts in a diagonal sequence; 5. Perform a final 3D pressure test.
