Hydra part 432-604 is a 3/4" 100 mesh inlet strainer designed to filter debris and contaminants from the fluid before it enters the pump. This strainer helps protect internal pump components such as valves, pistons, and packings from wear and damage caused by particles. Regular replacement ensures optimal flow and extends the life of your Hydra sprayer.
| Part Number | 432-604 |
|---|---|
| Part Description | 3/4" 100 Mesh Inlet Strainer |
| Brand | Hydra |
| Fits | Hydra M, Hydra Pro Super |
| Condition | New |
The Hydra 432-604 Inlet Strainer (3/4" NPT, 100 mesh) is a critical filtration component designed to trap debris, rust, and other particles before they enter the pump. On compatible Hydra M and Hydra Pro Super sprayers, this strainer helps ensure clean fluid delivery, reducing the risk of clogged tips, valve sticking, and pump damage.
A clogged, torn, or missing strainer can lead to reduced flow, erratic pressure, and premature wear of pump packings and valves. Replacing the inlet strainer restores proper filtration and maintains pump efficiency.
| Filtration | 100 mesh screen captures particles as small as 149 microns |
|---|---|
| Pump protection | Prevents debris from entering the pump, reducing wear on valves and packings |
| Flow maintenance | Ensures consistent fluid supply to the pump for steady performance |
| Clogged screen | Heavy debris buildup that cannot be cleaned |
|---|---|
| Damaged screen | Tears, holes, or deformed mesh |
| Cracked housing | Leaks or cracks in the strainer body |
| Missing strainer | Unit operated without strainer, risking internal damage |
Hydra part 432-604 is compatible with the following Hydra sprayer models. Always confirm fitment using the correct parts diagram for your exact model and revision.
| Hydra Model | Component |
|---|---|
| Hydra M | 3/4" 100 Mesh Inlet Strainer |
| Hydra Pro Super | 3/4" 100 Mesh Inlet Strainer |
Inlet flow issues are often tied to more than one component. When servicing the strainer, these parts are commonly inspected at the same time.
Kinks, cracks, or collapsed hose can restrict flow and mimic a clogged strainer.
Debris that passes a damaged strainer can lodge in inlet valves or piston packings.
Fine particles that escape the strainer often clog tip filters or the tip orifice.
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