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Heat exchangers fittings of water distributor are precision-engineered connectors for HVAC, refrigeration, and water‑circulation systems. They are designed to integrate seamlessly with heat exchanger units (shell‑and‑tube, coil, or plate‑type systems) and support reliable water distribution under various operating conditions.
Our fittings come with different header heights and multiple outlet configurations, allowing customers to choose the design that best matches their system layout. We also offer full customization based on your drawings or actual samples, so you get fittings tailored to your exact requirements.
All copper tubes are joined via automated soldering under vacuum protection, ensuring a fine, smooth surface finish and superior joint strength. Each unit undergoes 100% leak testing before shipment to guarantee leak‑free operation and long-term reliability.
High-efficiency connection for stable water distribution in heat exchanger systems.
Premium materials: copper tubes and full brass body ensure excellent thermal conductivity, corrosion resistance, and durability — similar to copper–brass heat‑exchanger technologies widely used for their high heat transfer efficiency.
Flexible outlet/hole configuration: multiple ports and varying header heights available to fit diverse system layouts or custom designs.
Forged brass body & welded (soldered) joints: strong forging enhances structural integrity; vacuum soldering ensures robust tube‑to‑header joints with minimal defects.
Strict quality control: 100% leak testing to ensure reliable sealing and prevent coolant or water loss.
Material: Copper tubing+Brass body
Manufacturing Process: Forged brass body, vacuum‑soldered copper joints
Connection Method: Welding / soldering under controlled vacuum
Configuration: Equal‑shape header with multiple outlets / flexible port layout
Standard Interface: 3/4" NPT (or customizable per request)
Customization: Available per customer drawing or sample — port number/placement, header height, outlet type, and more
A: Yes — we support full customization based on your drawings or actual samples. You can specify the number of outlets, their sizes (e.g. NPT threads), outlet spacing, header height and orientation.
A2: We use copper for the tubes and brass for the main body. This combination offers excellent thermal conductivity, strong corrosion resistance, and durability — ideal for long-term heat exchanger operation under varying temperatures and pressures.
A3: The joints are soldered automatically under vacuum protection, creating clean, strong joints. Each assembly is 100% leak-tested before delivery, ensuring reliable performance and leak-free operation.
A: Yes. Thanks to the forged brass body and robust copper-to-brass solder joints, the fittings provide structural strength and can withstand standard operating pressures encountered in HVAC, refrigeration, and industrial heat‑transfer applications.
A: The standard version uses 3/4″ NPT threads. However, because we support customization, we can provide other thread types or custom flanges per customer specifications.
Heat exchangers fittings of water distributor are precision-engineered connectors for HVAC, refrigeration, and water‑circulation systems. They are designed to integrate seamlessly with heat exchanger units (shell‑and‑tube, coil, or plate‑type systems) and support reliable water distribution under various operating conditions.
Our fittings come with different header heights and multiple outlet configurations, allowing customers to choose the design that best matches their system layout. We also offer full customization based on your drawings or actual samples, so you get fittings tailored to your exact requirements.
All copper tubes are joined via automated soldering under vacuum protection, ensuring a fine, smooth surface finish and superior joint strength. Each unit undergoes 100% leak testing before shipment to guarantee leak‑free operation and long-term reliability.
High-efficiency connection for stable water distribution in heat exchanger systems.
Premium materials: copper tubes and full brass body ensure excellent thermal conductivity, corrosion resistance, and durability — similar to copper–brass heat‑exchanger technologies widely used for their high heat transfer efficiency.
Flexible outlet/hole configuration: multiple ports and varying header heights available to fit diverse system layouts or custom designs.
Forged brass body & welded (soldered) joints: strong forging enhances structural integrity; vacuum soldering ensures robust tube‑to‑header joints with minimal defects.
Strict quality control: 100% leak testing to ensure reliable sealing and prevent coolant or water loss.
Material: Copper tubing+Brass body
Manufacturing Process: Forged brass body, vacuum‑soldered copper joints
Connection Method: Welding / soldering under controlled vacuum
Configuration: Equal‑shape header with multiple outlets / flexible port layout
Standard Interface: 3/4" NPT (or customizable per request)
Customization: Available per customer drawing or sample — port number/placement, header height, outlet type, and more
A: Yes — we support full customization based on your drawings or actual samples. You can specify the number of outlets, their sizes (e.g. NPT threads), outlet spacing, header height and orientation.
A2: We use copper for the tubes and brass for the main body. This combination offers excellent thermal conductivity, strong corrosion resistance, and durability — ideal for long-term heat exchanger operation under varying temperatures and pressures.
A3: The joints are soldered automatically under vacuum protection, creating clean, strong joints. Each assembly is 100% leak-tested before delivery, ensuring reliable performance and leak-free operation.
A: Yes. Thanks to the forged brass body and robust copper-to-brass solder joints, the fittings provide structural strength and can withstand standard operating pressures encountered in HVAC, refrigeration, and industrial heat‑transfer applications.
A: The standard version uses 3/4″ NPT threads. However, because we support customization, we can provide other thread types or custom flanges per customer specifications.
