close
Choose Your Site
Global
Social Media
| Quantity: | |
|---|---|
TY Quick Coupling’s single and double line aluminum cooling water manifolds are precision-engineered core components for industrial mold cooling and temperature control systems. As a central distribution hub for mold cooling circuits, these high-grade aluminum water manifolds deliver uniform coolant distribution, stable flow control, and exceptional corrosion resistance, perfectly meeting the rigorous demands of modern injection molding and industrial molding operations.
Our aluminum cooling water manifolds feature CNC-machined internal flow channels with ultra-smooth surfaces, eliminating flow turbulence and blockage risks. This precision design ensures consistent coolant distribution across every circuit of the mold, maintaining uniform mold temperature and drastically reducing molding defects such as warping, shrinkage, and dimensional deviation.
Crafted from high-purity corrosion-resistant extruded aluminum, our mold cooling water manifolds offer an exceptional strength-to-weight ratio, excellent thermal conductivity, and long-term anti-rust performance. Unlike plastic or steel alternatives, the aluminum body maintains structural integrity in long-term circulating coolant environments, withstanding frequent temperature fluctuations without deformation or degradation.
We offer both single line and double line water manifold designs to fit diverse mold layout requirements. All models come with industry-standard connection ports, fully compatible with common mold cooling plumbing systems and quick coupling assemblies. The compact aluminum structure supports fast, tool-free installation and maintenance, minimizing downtime for molding production lines.
Select models of our aluminum water distribution manifolds are equipped with precision needle valves for independent flow adjustment. This feature allows on-site operators to fine-tune coolant flow rates for each individual circuit, tailoring cooling performance to the specific requirements of complex mold designs and specialized molding processes.
Our aluminum cooling water flow manifolds are rigorously tested to withstand continuous working pressures up to 300 PSI and a wide working temperature range from -20℃ to 120℃. This robust performance makes them suitable for high-intensity, round-the-clock molding operations, maintaining reliable leak-free operation even in harsh industrial production environments.
Core Parameter | Standard Specification | Customization Options |
|---|---|---|
Main Body Material | High-Purity Extruded Aluminum | 304/316 Stainless Steel, Brass |
Configuration | Single Line, Double Line | Custom Multi-Circuit Layouts |
Inlet/Outlet Circuit Options | 2×2, 3×3, 4×4, 5×5, 6×6, 8×8, 10×10, 12×12 | Custom Circuit Counts up to 24×24 |
Standard Connection Port | NPT Thread | BSPT, BSPP, Metric Thread |
Max Continuous Working Pressure | 300 PSI | High-Pressure Models up to 600 PSI |
Working Temperature Range | -20℃ to 120℃ | High-Temperature Models with Special Seals up to 180℃ |
Seal Material | NBR Nitrile Rubber | Viton, EPDM for Special Media Compatibility |
Surface Treatment | Anodized Aluminum Corrosion Protection | Custom Powder Coating, Electroless Nickel Plating |
Part Number | Standard Configuration |
|---|---|
TL1-22 | 2 IN 2 OUT Single Line Manifold |
TL1-33 | 3 IN 3 OUT Single Line Manifold |
TL1-44 | 4 IN 4 OUT Single Line Manifold |
TL1-55 | 5 IN 5 OUT Single Line Manifold |
TL1-66 | 6 IN 6 OUT Single Line Manifold |
TL1-88 | 8 IN 8 OUT Single Line Manifold |
TL1-1010 | 10 IN 10 OUT Single Line Manifold |
TL1-1212 | 12 IN 12 OUT Single Line Manifold |
Note: Double line configurations and custom part numbers are available upon request.
Injection Molding Manufacturing: As a core component of mold cooling systems, these manifolds deliver uniform coolant distribution to accelerate plastic solidification, reduce molding cycle time, and eliminate defects in the production of automotive components, household appliances, consumer electronics housings, and precision plastic parts.
Rubber & Elastomer Molding: Used in rubber compression and injection molding processes to control mold temperature, ensuring consistent curing of rubber seals, gaskets, O-rings, and industrial rubber components, while maintaining the material’s physical properties and dimensional accuracy.
Composite Material Molding: Applied in aerospace, automotive, and wind energy composite molding operations to regulate curing temperature and cooling rates. The uniform flow control prevents internal stress formation, improving the structural strength, durability, and consistency of high-performance composite parts.
Food & Beverage Packaging Molding: Designed for food-contact compliant molding operations, these corrosion-resistant aluminum manifolds ensure stable and hygienic cooling for the production of food packaging containers, bottle caps, and disposable food service items, meeting global food safety production standards.
Die Casting & Extrusion Operations: Used in non-ferrous metal die casting and extrusion processes to control die temperature, reducing thermal stress on tooling, extending die service life, and improving the surface finish and dimensional accuracy of cast metal parts.
Every aluminum cooling water manifold from TY Quick Coupling undergoes strict quality control throughout the production process, including CNC dimensional inspection, 100% pressure leak testing, and corrosion resistance verification, with a shipment pass rate of over 99.8%. Our in-house engineering team supports full custom design services, including custom circuit layouts, special port configurations, material upgrades, and surface treatments, to perfectly match your unique mold design and production requirements.
Our standard manifolds are constructed with high-purity extruded aluminum with anodized surface treatment for corrosion resistance. We also provide custom options in 304/316 stainless steel and brass to meet special industrial application needs.
Yes, we offer both single line and double line aluminum cooling water manifolds to fit different mold cooling circuit layouts. Custom multi-circuit configurations are also available upon request.
Standard models come with NPT threads, and we can customize BSPT, BSPP, and metric threads to match your existing mold cooling plumbing systems.
Standard models support a continuous working pressure of 300 PSI and a working temperature range of -20℃ to 120℃. High-pressure versions up to 600 PSI and high-temperature versions up to 180℃ are available with special seal materials.
Selected models are equipped with precision needle valves for independent flow adjustment. You can fine-tune the coolant flow rate of each circuit to match specific molding process requirements.
