BIXB030P Bolondi Air Motor Tank Head | Rotary

BIXB030P Bolondi Air Motor Tank Head | Rotary

• BIXB030P – Bolondi Stainless Steel Rotary Spray Head – Air Motor Powered Jet Head is a
  pneumatic-driven rotary spray cleaning head engineered for safe, effective operation in hazardous,
  explosion-sensitive, and electrically restricted environments.
• Uses an air motor to generate rotation, eliminating electrical ignition risk while still
  delivering powerful, repeatable internal tank and vessel cleaning.
• Purpose-built for facilities working under ATEX-classified conditions or handling volatile
  materials where safety, compliance, and reliability are critical.

Design & Safety Advantage

• Pneumatic air motor drive: Powered entirely by compressed air, driving a precision gear system
  that rotates the spray arms at a controlled speed.
• Consistent coverage: Spray jets sweep evenly across interior surfaces, independent of fluid
  pressure fluctuations.
• Intrinsically safe: No electricity, sparks, or static discharge risk—ideal for flammable liquid
  processing and solvent-based manufacturing.
• Standards-ready: Supports compliance with ATEX, OSHA, and EU directives in hazardous zones.

Construction & Materials

• Built entirely from AISI 316L stainless steel for superior corrosion resistance and hygienic
  performance.
• Withstands exposure to caustic agents, solvents, aggressive detergents, and high temperatures.
• Compact, rugged design passes easily through narrow inlets and manways on tanks, IBC totes,
  barrels, and vessels.
• Precision-machined arms and nozzles ensure balanced rotation, minimizing vibration while
  maximizing jet force and coverage.

How It Works

• Compressed air supply powers the internal pneumatic motor.
• The air motor engages a gear assembly that drives rotation of the nozzle arms at a controlled
  speed.
• Pressurized cleaning fluid enters the head and exits through high-velocity nozzles mounted on the
  rotating arms.
• Combined pneumatic drive and hydraulic jetting create a spiraling 360° spray pattern for
  consistent wall-to-wall coverage inside the vessel.
• Hybrid operation provides controlled movement and high-impact cleaning force, even when fluid
  conditions fluctuate.

Performance Specifications

• Operating Pressure: Up to ≈2,900 PSI (200 bar)
• Drive Mechanism: Pneumatic air motor (compressed air required)
• Spray Coverage: 360° complete internal coverage
• Material: AISI 316L stainless steel
• Applications: Hazardous or explosive environments, ATEX-rated zones
• Compatibility: CIP (Clean-in-Place) systems and mobile cleaning rigs

Applications

• Chemical Processing: Cleaning tanks, reactors, and solvent storage vessels.
• Paint & Coatings: Mixing vessels, washdown lines, pigment and resin containers.
• Oil & Gas: Storage drums, flammable liquid handling systems, refinery vessels.
• Pharmaceutical & Specialty Chemicals: ATEX-sensitive production and cleaning environments.
• Mobile Wash Systems: Pneumatic-driven heads for on-site hazardous-area cleaning.

BIXB030P Bolondi Air Motor Tank Head | Rotary

Benefits & Differentiators

• Explosion-safe operation: No electrical or hydraulic drive components, ideal for hazardous zones.
• 316L stainless construction: Long-term durability against solvents, caustics, heat, and frequent
  wash cycles.
• Compact form factor: Fits through small openings and cleans confined spaces effectively.
• Consistent rotation: Air motor delivers steady, reliable motion for repeatable cleaning cycles.
• 360° coverage: Reaches every internal surface with predictable spray patterns.
• Low maintenance: Pneumatic drive minimizes wear points and simplifies servicing.
• Versatile integration: Suitable for both fixed CIP loops and mobile washdown setups.

Delivery & Customization

• Built to order: Nozzle sizing and spray patterns can be configured to match exact cleaning
  requirements.
• Lead time: Approximately 8 weeks by air freight or 14 weeks by standard cargo delivery.
• Custom options: Motor specifications and nozzle configurations available upon request to match
  site-specific conditions.