Working Principle And Application Of Stainless Steel Clamp-type Rotating Cleaning Ball

Place of Origin:
Wenzhou, China
Packing:
Suitable Packing for Sea/Air Transport
Quantity:
1000 Piece/Pieces per Month
Payment:
T/T, L/C, Western Union
Material:
SS304, SS316L
Connection:
Clamped
Type:
Rotary

Pharmaceutical and biotech tanks require residue-free cleaning to meet validation standards. A clamped rotary spray ball with 304 or 316L stainless steel body and Tri-Clamp connection delivers 360° coverage at 2–3 bar, reaching shadow areas behind baffles and agitators. The fluid-driven rotation operates without external power, self-lubricates with cleaning media, and reduces cycle time by up to 40% compared to static spray balls. The CIP spray ball is designed for automated cleaning-in-place, and these sprayballs are available in sizes 1″–2.5″ (DN20–DN80), pressure up to 10 bar, temperature up to 95°C. The ball sprayer design ensures complete coverage without mechanical complexity.

The Zero-Tolerance Cleaning Requirement

Pharmaceutical and biotech processes leave protein deposits, cell debris, and biofilms on tank walls. Static spray balls rely on passive flow, missing shadow areas. These unresolved residues contaminate subsequent batches. A rotary spray ball overcomes these limitations through dynamic, full-coverage cleaning. The sprayball self-lubricates with the cleaning media, eliminating maintenance concerns.

Cleaning challenges addressed:

  • 🔄 Protein and cell debris adhesion

  • 🧪 Biofilm in inaccessible zones

  • 🔧 Incomplete CIP agent removal

  • ⚙️ Cross-contamination risks

  • ⏱️ Extended cleaning cycle times

Rotary Spray Ball Operation

The cleaning fluid itself drives rotation. Flow causes the head to rotate, with fan jets laying a swirling pattern across the inner surface. These jets provide physical impact and a variable falling film that covers all internal surfaces. The spray for balls design generates higher heat and mass transfer coefficients than static spray balls, enabling efficient residue removal in reduced cycle times.

Operating characteristics:

  • Recommended pressure: 2–3 bar (0.1 bar minimum)

  • Flow rate: 15–1,112 l/min (size-dependent)

  • Coverage: 360° full wetting

  • Cleaning diameter: up to 3–5 meters

  • Self-cleaning and self-lubricating

Clamped Connection and Material Options

The Tri-Clamp connection enables tool-free installation and removal. Operators unclamp the sprayball, inspect it, and reinstall without cutting pipe joints. The clamped joint is crevice-free and self-aligning, supporting CIP/SIP. The spray ball body is SS304 or SS316L. SS304 suits neutral or mildly acidic cleaning agents. SS316L provides molybdenum-enhanced corrosion resistance for saline buffers, acids, and aggressive CIP chemicals. Both grades are polished to Ra 0.4–0.8 µm, meeting GMP standards.

Key design features:

  1. Tri-Clamp connection for tool-free access

  2. 304 or 316L stainless steel with Ra 0.4–0.8 µm finish

  3. Fluid-driven rotation—no external power

  4. Self-draining and self-cleaning design

  5. Full 360° coverage for complex tank geometries

Specifications and Selection Criteria

Specification Value Range
Spray Ball Type Clamped rotary cleaning ball
Body Material 304 or 316L Stainless Steel
Size Range 1″ – 2.5″ (DN20 – DN80)
Recommended Pressure 2–3 bar
Max. Pressure Up to 10 bar
Temperature Up to 95°C
Connection Tri-Clamp (clamped)
Surface Finish Ra 0.4–0.8 µm
Coverage 360°

Applications and Selection Considerations

The rotary spray ball is installed in bioreactors, fermentation vessels, storage tanks, buffer preparation tanks, and CIP supply headers.

When selecting:

  • Tank geometry — complex designs with baffles or agitators require rotary spray balls for 360° coverage.

  • Cycle time — rotary balls save up to 40% cleaning time versus static designs.

  • Material — 316L for pharmaceutical/biotech; 304 for general service.

  • Size — match to tank volume and nozzle connection.

Installation and Maintenance

Clamp the sprayball to the tank nozzle per torque specs. Connect the CIP supply line to the inlet. No external power needed—the cleaning fluid drives rotation. For maintenance, unclamp and inspect for wear or damage. The design is self-cleaning and self-lubricating, requiring minimal inspection. Protect with a 100 mesh screen gasket to prevent particles from entering the bearing.

This sprayball design ensures zero-tolerance cleaning compliance in pharmaceutical and biotech operations. The clamped rotary sprayball combines 304 or 316L stainless steel, Tri-Clamp connections, and fluid-driven rotation to deliver consistent 360° coverage across CIP cycles—eliminating residues and cross-contamination risks.


Sanitary Stainless Steel Clamped Rotary Cleaning Ball

  • We manufacture Sanitary Fixed Spray Cleaning Ball, Sanitary Rotary Cleaning Ball, Stainless Steel Bolt Cleaning Ball, Sanitary Clamped Cleaning Ball, Hygienic Welding Spray Ball, Sanitary Thread Female Cleaning Ball.
  • Cleaner series products are mainly used to spray strongly and clean inside of tank, generally, in field of food-processing, beverage, beer, pharmaceutical industries.
  • Fixed cleaning Spray hole:360 degree spray completely, 180 degree spray, aperture of spray is 2.5mm.
  • Rotary cleaning ball:ball is elliptical and spherical.Jet orifice is flat slot shape.

Product Description

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

Clamped Rotary Cleaning Ball Product Parameter

 

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