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Our parallel line rear aluminum water inlet manifolds with valves are critical, high-performance components engineered to optimize cooling water circulation within industrial mould systems. Built with a robust aluminum structure and parallel line rear inlet design, these manifolds integrate precision valves to deliver consistent, even water distribution, enhancing cooling efficiency, moulded product quality, and production throughput for moulding manufacturing facilities, industrial production plants, and component fabrication teams. Designed to withstand continuous high-flow, high-pressure operation, these manifolds are available in configurable sizes and layouts to match diverse moulding application requirements.
These water manifolds support complete customization, with configurable inlet/outlet counts, port sizes, and overall dimensions to fit the unique specifications of any mould system. This flexible design ensures targeted, efficient water distribution and optimized cooling performance for every moulding setup.
Engineered with high-performance industrial seals and precision-machined connections, our manifolds deliver a fully leak-proof design. This eliminates water leakage that can damage moulds, compromise part quality, or cause unstable water pressure, ensuring consistent cooling performance across every production cycle.
The robust aluminum body delivers exceptional flow capacity, enabling the manifold to handle large volumes of cooling water for rapid, uniform mould cooling. This is critical for high-volume injection moulding of large components, reducing cycle times and improving dimensional consistency of finished parts.
Our manifolds are engineered with smooth internal flow paths and corrosion-resistant aluminum materials, delivering exceptional resistance to fouling and scaling. This minimizes the need for frequent cleaning and maintenance, reducing unplanned production downtime and long-term operational costs.
These water manifolds are fully compatible with a wide range of industrial cooling systems and cooling fluids, including standard water-based coolants and specialty moulding fluids. This broad compatibility makes them suitable for diverse industrial moulding applications across multiple sectors.
Model Number | Inlet/Outlet Configuration | Overall Length (MM) | Fixed Width 1 (MM) | Fixed Width 2 (MM) |
|---|---|---|---|---|
L4-33 | 3 in × 3 out | 180 | 93 | 125 |
L4-44 | 4 in × 4 out | 224 | 93 | 125 |
L4-55 | 5 in × 5 out | 262 | 93 | 125 |
L4-66 | 6 in × 6 out | 303 | 93 | 125 |
L4-77 | 7 in × 7 out | 347 | 93 | 125 |
L4-88 | 8 in × 8 out | 386 | 93 | 125 |
L4-99 | 9 in × 9 out | 425 | 93 | 125 |
L4-1010 | 10 in × 10 out | 468 | 93 | 125 |
These manifolds are widely used in the manufacturing of building materials including bricks, tiles, and structural pipes, delivering the high-flow cooling required for large-format moulds and ensuring consistent dimensional accuracy of finished building components.
For electrical appliance part production, the aluminum water inlet manifolds with valves maintain stable mould temperatures during the moulding process, preventing overheating and ensuring finished parts meet strict quality and safety standards.
In furniture manufacturing, these manifolds deliver precise, even cooling for moulds used to produce chair legs, table tops, and cabinet components, creating smooth, defect-free finished parts with consistent surface quality.
For high-volume toy and consumer goods production, the customizable design of these manifolds supports complex mould shapes, enabling rapid cooling to shorten production cycles and deliver defect-free, high-quality finished products.
Every parallel line rear aluminum water inlet manifold undergoes rigorous pressure testing, flow validation, and leak inspection to meet strict industrial quality standards. We offer full customization for moulding manufacturing clients, including tailored inlet/outlet counts, custom port sizes, modified overall dimensions, and upgraded seal materials to match unique mould cooling system requirements. Our in-house engineering team collaborates directly with your production and design teams to deliver manifolds that optimize your moulding process efficiency.
Yes, we offer full end-to-end customization, including adjustable inlet/outlet configurations, custom port sizing, modified overall dimensions, and specialized seal materials to ensure perfect compatibility with non-standard or proprietary mould cooling systems.
Our standard manifolds are fully compatible with industrial cooling water and most water-based mould coolants. We also offer custom seal and material upgrades to support compatibility with specialty chemical coolants for extreme moulding operating conditions.