Structural Innovation
Three-Dimensional Structure
Unique 90°×90° three-dimensional orthogonal design saves 60% of installation space.
Three interface centerlines converge at one point, achieving true three-dimensional flow separation.
Internal flow channels are optimized for fluid dynamics, reducing turbulence by 45%.
Enhanced Structural Design
Key components utilize localized reinforcement technology, increasing pressure resistance by 50%.
Scientifically distributed external wall reinforcing ribs provide excellent torsional resistance.
Flanged mounting surface ensures stable installation.
Protective Technology
Full Immersion Electrophoresis System
360° no-dead-angle electrophoretic coating, 45-55μm thick.
Epoxy resin coating is chemically resistant and pH 3 compatible. -11°C Environment
Passed 1500 hours of salt spray testing, achieving Level 9 corrosion resistance standard.
Technical Parameters:
Material: Malleable cast iron
Working Pressure: 3.5MPa
Temperature Range: -25℃～120℃
Specifications: 1", 1-1/4", 1-1/2", 2" standard interfaces
Coating: Black epoxy electrophoresis + polyurethane protective layer
Application Scenarios:
Three-dimensional pipe network: Three-dimensional cross-connection of factory pipe corridors
Equipment integration: Multi-directional pipe interfaces for complete sets of equipment
Space optimization: Compact layout in narrow spaces such as machine rooms and pipe corridors
System upgrade: Three-dimensional transformation of traditional planar tees
Professional Installation:
① Determine the 3D spatial coordinates and mark the three flow directions.
② Use a level to ensure the installation reference surface is horizontal.
③ It is recommended to start installation from the bottommost interface.
④ Tighten the bolts gradually in diagonal sequence.
⑤ Perform a 3D pressure test after installation.
Quality Control:
3D coordinate detection, position accuracy ±0.3mm
7.0MPa pressure test, hold pressure for 10 minutes
Coating thickness uniformity test (coefficient of variation ≤0.15)
100% airtightness test (0.6MPa)
Selection Guide:
Standard Application: Equal diameter Side Outlet Elbows
System Optimization: Differentiating Side Outlet Elbows (larger main pipe, smaller branch pipe)
High Pressure Environment: Thickened Side Outlet Elbows
Special Requirements: Customizable non-standard angle Side Outlet Elbows
Malloy Electrophoretic Side Outlet Elbows – Redefining the spatial art of pipeline diversion with 3D intelligence and all-round protection!
