Gravity Sand Casting Foundry Faucet Fitting Water Tap Brass Die Casting Mould Machine

Technical specifications

Customization guide

Adjustable parameters include hydraulic pressure (±10% range), pneumatic airflow rates, and modular component configurations. For specialized needs:

• Pressure Requirements: Optimize hydraulic/pneumatic settings for thin-walled or thick-section brass castings.
• Process Adaptation: Swap modular subsystems (e.g., mold clamping units) to handle faucet vs. valve production.
• Control Customization: Program PLC parameters for repeatable temperature profiles in different alloy melting stages.

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This machine excels in producing high-precision brass fittings for plumbing and industrial applications. Its hydraulic-pneumatic synergy ensures flawless mold filling, while modular adaptability reduces downtime between production runs.

Choose your model

Supplier's note

1. Technical Breakthroughs:

   • Hydraulic-Pneumatic Synergy: Combines 50+ MPa hydraulic force with adjustable pneumatic precision, reducing casting defects by 25% compared to single-system machines.
   • Modular Scalability: Swappable components cut downtime by 40% when switching between faucet and valve production.
   • Safety-First Design: IP54-rated controls and real-time pressure monitoring prevent 90% of common operator errors.

2. Version Selection Guide:

   • Base Model: Ideal for small-scale foundries needing cost-effective brass faucet production (≤200 kg molds).
   • Advanced Model: Suitable for medium-volume operations requiring PLC-programmed precision (e.g., custom valve manufacturing).
   • Pro Model: Best for high-volume, heavy-duty tasks (e.g., industrial-grade brass fittings) where 65 MPa pressure and 15 kW power maximize throughput.

With the Pro Model’s 65 MPa hydraulic pressure, you can cast intricate brass valve components 20% faster than industry benchmarks. Pair this with its fully automated controls to achieve zero-defect batches in high-demand scenarios. For labs or prototyping, the Base Model’s modular design allows rapid adjustments to test new mold geometries.