Rotating Cip Spray Ball Cleaning
- Model:
- JOF-CBH003-33N
- Brand:
- J&O
- Material:
- SS304 or SS316L
- Connection:
- Female Thread
- Payment:
- T/T, L/C, Western Union
A spray ball distributes cleaning liquid across the internal surfaces of tanks and process vessels during clean-in-place (CIP) operations. A rotating design changes the direction of its jets during operation, improving spray distribution across vessel walls and internal surfaces. Cleaning performance depends on the spray pattern, flow rate, pressure, tank geometry, and the type of residue to remove.
The listed product range uses SS304 or SS316L stainless steel, with sizes from 0.5 to 2.5 inches (DN15–DN65), a mirror-finished surface, and a stated cleaning radius of 1.0–3.5 m across configurations. The female-thread connection and exact dimensions should be matched to the selected model.
How Rotation Changes Spray Coverage
A rotating spray ball directs cleaning jets across changing positions rather than maintaining one fixed spray pattern. This movement can improve surface exposure, while the jet impact and liquid film help remove process residues. However, rotation alone does not guarantee complete cleaning if agitators, baffles, or internal pipes create spray shadows.
| Selection factor | What to verify | Why it matters |
|---|---|---|
| Tank geometry | Diameter, height, and internal obstructions | Identifies areas with limited spray access |
| Flow rate | Required liquid volume per cleaning cycle | Supports the intended spray pattern |
| Operating pressure | Approved pressure range for the model | Affects jet reach and impact |
| Connection | Female-thread standard and nominal size | Ensures correct installation |
| Surface finish | Wetted material and finish requirements | Supports hygienic maintenance |
Match the Rotary Head to the Cleaning Duty
A rotating cip spray ball should be selected according to the residue type, vessel size, cleaning solution, and available flow and pressure. Light residues may require mainly surface wetting and rinsing, while sticky deposits can require greater jet impact or a different tank-cleaning device.
Installation position also affects performance. Nozzle placement should account for the tank roof, sidewalls, bottom, manway, and internal equipment. Where cleaning validation is required, spray coverage testing can identify areas that need a different nozzle position or spray pattern.
Verify Coverage Before Finalizing the CIP Setup
Effective spray ball cleaning depends on the match between nozzle design and actual vessel geometry. Confirm the model-specific flow and pressure requirements, thread dimensions, and expected coverage before selection. A documented coverage test provides stronger evidence of cleaning performance than a nominal spray radius alone.
Technical Data
| Product Name: | Sanitary Rotary Cleaning Ball |
| Material: | SS304 or SS316L |
| Standard: | 3A, SMS, DIN,ISO,RJT... |
| Size: | 0.5"-2.5" or DN15-DN65 |
| Connection Way: | Weld, Clamp,Thread,Bolt... |
| Cleaning Radius: | 1.0-3.5 m |
| Surface Finishing: | Mirror finish |
| Packing Details: | Usually bubble pack for each within carton box or plywood case, or special packaging upon customer requirements |
Product Parameter
Product Pictures
