| Inlet Tube Diameter | Distributors Diameter | Serial number |
| Ø9.52 | Ø3.9*3 | XF-1141 |
| Ø9.52 | Ø2.7*4 | XF-1142 |
| Ø15.88 | Ø6.35*5 | XF-1143 |
| Ø9.52 | Ø3*6 | XF-1144 |
| Ø15.88 | Ø4.76*7 | XF-1145 |
| Ø9.52 | Ø2.9*8 | XF-1146 |
| Ø15.88 | Ø6.35*9 | XF-1147 |
| Ø15.88 | Ø6.35*10 | XF-1148 |
| Ø15.88 | Ø6.35*12 | XF-1149 |
Function: The primary function of a distributor is to evenly distribute refrigerant to each circuit or tube of the evaporator, ensuring optimal heat transfer and system efficiency.
Design: Copper spinning is a manufacturing process that can create distributors with a precise internal structure. These distributors often resemble a showerhead and are typically made from brass or copper due to their high thermal conductivity and resistance to corrosion.
Even Distribution: After the refrigerant passes through the expansion valve, the distributor maintains consistent flow velocity and ensures that each circuit within the evaporator receives an equal amount of refrigerant.
Two-Phase Flow: Distributors facilitate the creation of saturated or two-phase flow, which is a mixture of liquid and vapor refrigerant. This is a more effective heat transfer medium than either liquid or vapor alone.
Orifice Distributor: One common type of distributor is the orifice distributor, which controls the refrigerant flow through a small hole or nozzle. The size of the nozzle is selected based on the desired flow velocity of the refrigerant as it enters the distributor leads.
