TPR800-04-P SS Rotating Nozzle With Plug | 11600 PSI

TPR800-04-P Stainless Steel Rotating Nozzle With Plug 11,600 PSI

The AR North America TPR800-04-P Rotating Nozzle is a heavy-duty, ultra-high-pressure (UHP) stainless steel turbo nozzle engineered for demanding industrial, marine, and infrastructure cleaning environments. Designed for 800-bar systems and rated up to 11,600 PSI, this nozzle delivers exceptional cleaning power, durability, and reliability under continuous-duty conditions. It is purpose-built for operators who require aggressive surface removal without sacrificing control, safety, or service life.

The “-P” designation indicates this model is equipped with a protective rubber cover that surrounds the stainless steel body. This integrated shroud helps absorb impacts, improve grip, and reduce the risk of surface damage when working near painted equipment, coated steel, tanks, vehicles, or structural components. In confined or high-risk environments, the rubber cover provides an added layer of protection for both the operator and surrounding assets.

Featuring a 4.0 orifice size, the TPR800-04-P offers a balanced combination of flow and pressure. This makes it especially well suited for medium-to-large surface cleaning where both aggressive cutting action and consistent surface coverage are required. The nozzle uses a precision-engineered internal rotor to convert a concentrated 0° jet into a fast-spinning 20° rotating spray cone. This rotating action delivers thousands of high-energy impacts per second, dramatically improving cleaning efficiency compared to fixed spray tips.

By multiplying impact frequency while maintaining controlled coverage, the TPR800-04-P helps remove heavy rust, mill scale, coatings, concrete residue, oil films, marine growth, and stubborn industrial contaminants more quickly and uniformly. The result is reduced cleaning time, less operator fatigue, and more consistent results across large or irregular surfaces.

TPR800-04-P Key Features

• Maximum 11,600 PSI (800 bar) rating: Designed for ultra-high-pressure cleaning systems used in industrial, marine, refinery, and infrastructure maintenance applications.
• 4.0 orifice size: Provides an effective balance between flow rate and impact energy, making it suitable for a wide range of heavy-duty cleaning tasks.
• 20° rotating spray cone: Converts a narrow jet into a rotating cone that increases impact frequency, reduces streaking, and improves overall cleaning uniformity.
• Protective rubber cover: Enhances surface protection, improves handling, and absorbs impacts when working around equipment, vehicles, tanks, or structural steel.
• Stainless steel body with hardened internals: Built to resist corrosion, abrasion, and wear in saltwater, chemical, and abrasive environments.
• Hot-water capable: Rated for temperatures up to 212°F (100°C), allowing use with hot-water systems for improved grease and oil removal.
• Standard 1/4-inch female inlet: Compatible with professional 800-bar lances, guns, and fittings for easy system integration.
• Vertical-start rotor design: Ensures smooth rotor engagement under pressure, reducing internal shock and extending service life.

Construction & Design Advantages

• Balanced internal rotor geometry:
  Precision-machined components promote stable, smooth rotation at full operating pressure, minimizing vibration and maintaining consistent spray performance during extended use.
• Durable materials for harsh environments:
  The stainless steel housing and hardened internal components resist corrosion, salt spray, chemicals, and abrasive particulates commonly encountered in shipyards, refineries, and industrial plants.
• Enhanced surface and operator protection:
  The rubber shroud helps cushion accidental contact with sensitive or coated surfaces while improving grip and control in wet or oily conditions.
• Consistent high-impact cleaning:
  The 4.0 orifice and rotating cone deliver strong mechanical cutting force while maintaining sufficient coverage to clean large surfaces efficiently.
• Compatibility with hot water and chemicals:
  Designed to withstand elevated temperatures and common industrial cleaning chemicals, expanding versatility for degreasing, washdowns, and surface preparation.

Typical Applications

• Shipyards and marine maintenance:
  Removal of rust, coatings, marine growth, barnacles, and salt residue from hulls, decks, tanks, and structural steel in saltwater environments.
• Refinery, petrochemical, and industrial plants:
  Cleaning of vessels, pipe racks, heat exchangers, platforms, and containment areas contaminated with hydrocarbons, soot, scale, and process residues.
• Steel fabrication and surface preparation:
  Removal of mill scale, weld slag, rust, and old coatings prior to inspection, blasting, coating, or welding operations.
• Tank and vessel cleaning:
  Internal and external cleaning of tanks, silos, clarifiers, and process vessels with heavy buildup of sludge, scale, or chemical deposits.
• Concrete and infrastructure maintenance:
  Heavy-duty cleaning of slabs, bridge decks, precast components, piers, and industrial floors contaminated with concrete residue, oil, or grime.
• Fleet and heavy equipment washing:
  High-pressure cleaning of trucks, trailers, hydro-excavation units, and heavy machinery exposed to grease, oil, road film, and industrial debris.

Performance & System Guidelines

• Flow and pressure matching:
  Ensure your pump output matches the 4.0 orifice size at 800 bar to achieve optimal performance and avoid excessive wear or inefficient operation.
• System pressure rating:
  All hoses, lances, guns, swivels, and fittings must be rated for the full 11,600 PSI operating pressure to maintain safety and system integrity.
• Proper operating technique:
  Use smooth, overlapping passes and maintain a consistent stand-off distance to maximize cleaning efficiency while minimizing surface damage.
• Post-use flushing:
  After hot-water or chemical cleaning, flush the nozzle with clean water to prevent residue buildup and extend component life.

Best Practices for Use & Maintenance

• Flush the system before installation:
  Purge hoses and lines with a standard fan nozzle to remove debris that could damage the rotor or nozzle seat.
• Gradually ramp pressure:
  Increase system pressure slowly during startup to reduce mechanical shock to internal components.
• Monitor spray behavior:
  Changes in spray pattern, vibration, or noise may indicate wear or blockage and should be addressed promptly.
• Use appropriate personal protective equipment:
  Ultra-high-pressure cleaning requires strict adherence to safety standards, including protective clothing, eye and face protection, and reinforced footwear.
• Proper storage:
  When not in use, cap the nozzle and store it in a clean, protected location to prevent impact damage or contamination.