Centrifugal Automated Concrete Pipe Machines (HY Brand) | Large-scale infrastructure projects (e.g., sewage systems, highways) | Stainless Steel Molds: Grade 316 (ASTM A240) ▲▲ Production Speed: 65 pipes/hour (ISO 9283) ▲▲ Noise Level: 48 dBA (quieter than typical machinery) | ▲▲ High durability (resists corrosion in harsh environments) ▲▲ Fast output for large projects Low noise for urban use | ▲▲ Higher upfront cost Requires skilled operators |
Extrusion-Based Concrete Pipe Machines | Medium-scale projects (e.g., residential drainage) | Material: Mild steel molds (ASTM A36) Production Speed: 30 pipes/hour ▲ Pipe Diameter: Up to 1.2m (ISO 6708) | ▲ Lower cost than automated systems Easier maintenance | ▲▲ Lower pipe strength (25 MPa vs. 40 MPa) Limited scalability |
Manual Pipe Forming Systems | Small-scale or custom projects (e.g., boutique construction) | Material: Cast iron molds (ASTM A48) Production Speed: 5 pipes/hour ▲ Customization: Adjustable molds (ISO 9001) | ▲ Low initial investment Flexible for small batches | ▲▲ Labor-intensive Inconsistent quality due to manual handling |
Steel Pipe Welding Machines | High-pressure applications (e.g., gas/oil pipelines) | Material: Seamless steel (ASTM A53 Grade B) ▲▲ Wall Thickness: 8mm (ISO 3183) | ▲▲ High pressure resistance (up to 200 bar) Lightweight compared to concrete pipes | ▲▲ Not suitable for corrosive fluids Specialized for steel only |
Automated Steel Pipe Production Lines | Mass production of steel pipes (e.g., industrial plants) | Automation Level: Fully automated (ISO 13849) Production Speed: 120 pipes/hour ▲▲ Energy Efficiency: 0.6 kWh/pipe (IEC 60038) | ▲▲ High output consistency Low operational costs over time | ▲▲ Expensive to install Requires dedicated space |
Hybrid Pipe Manufacturing Systems | Versatile projects (e.g., mixed material infrastructure) | Dual Production Modes: Centrifugal + Extrusion ▲▲ Material Flexibility: Concrete/steel switching (ISO 14687) | ▲▲ Adaptable to multiple projects Reduces equipment redundancy | ▲▲ Complex maintenance Higher downtime risk due to dual systems |