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2026 - 10 - 24
High-Pressure Water Jet IBC Washing Line: Technical Features and System Design
Intermediate Bulk Containers (IBCs) are widely used in chemical, food, and pharmaceutical industries. Thorough cleaning before reuse is critical for preventing cross-contamination and extending container service life. The high-pressure water jet washing line, centered on 3D rotating jet technology and integrated with automated conveying and water recycling systems, achieves efficient and standardized cleaning of IBC interiors and exteriors. The following sections address working principles, system composition, and key design features. Working Principle and Process This proposal presents an integrated fully-automatic high-pressure water cleaning system designed for standard 1000L IBC totes. It integrates six core functions: external surface spray cleaning, internal 3D rotary high-pressure cleaning, automatic chemical dosing cleaning, hot-water cleaning, hot-air drying, and wastewater circulation & purification. Operating in an automated assembly-line mode with full PLC intelligent control, the equipment requires minimal manual intervention. It thoroughly removes residual chemical raw materials, oil stains, viscous contaminants, sediments and other impurities from both the interior and exterior of the containers. It is applicable to reusable metal/plastic IBC totes used in the chemical, food, pharmaceutical, coating, grease and other industries. The system features high cleaning efficiency, strong decontamination capability, energy-saving and environment-friendly performance, stable operation and easy handling. It strictly conforms to industrial...
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2026 - 09 - 22
High Pressure Water Jet Cleaner for Road Marking Removal – 1000–2800 Bar High Pressure Washer with Recovery System
Abstract: The hand-push high-pressure water road marking cleaning machine is a specialized device that utilizes ultra-high-pressure water jet technology to remove old road markings. Compared with traditional milling or chemical removal methods, this equipment offers significant advantages including no damage to the road surface, no dust pollution, and environmentally friendly high efficiency. It is widely used in urban road marking renovation, highway traffic diversion, and airport runway marking removal. This article provides a systematic introduction to the equipment from the aspects of working principle, technical features, construction parameters, and operational specifications. I. Working Principle The core principle of the hand-push high-pressure water road marking cleaning machine is the precise stripping of road markings using ultra-high-pressure water jets. The equipment pressurizes water to 800–2800 bar through a high-pressure pump, delivers it via a high-pressure hose to the rotary nozzle at the hand-push operating end, and the nozzle sprays high-speed water jets onto the road surface at a specific angle. Unlike ordinary high-pressure cleaning, marking removal requires “surface stripping” rather than “deep cutting.” When the water jet contacts the marking coating, it generates a micro-explosion effect, causing fatigue cracks at the bonding interface between the coating layer and the road substrate, thereby...
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2026 - 09 - 10
Automatic High-Pressure Water Cleaning System for Conductive Rod Outer Surfaces
Purpose of Operation: To thoroughly remove dust, oil contamination, salt-spray crystallization, metal debris, accumulated ash, and various corrosive contaminants adhering to the outer surfaces of conductive rods; to eliminate safety hazards such as insulation degradation, surface flashover, equipment corrosion, and poor contact caused by surface contamination; to restore the appearance cleanliness and insulation performance of busbar equipment; to ensure the long-term safe, stable, and full-load operation of GIS/enclosed busbar equipment; and to meet the standardized requirements for power equipment operation and maintenance. Scope of Application: This scheme is applicable to de-energized high-pressure water cleaning operations for various enclosed busbars in substations and power plants, GIS busbar enclosure shells, and inner conductive rod outer surfaces. It covers all working conditions including routine operation and maintenance cleaning, post-overhaul cleaning, and annual preventive cleaning. It is not applicable to live-line cleaning operations. Equipment Overview: The cleaning system employs a high-pressure pump unit driven by a 90 kW motor, with an output pressure of 50 MPa (500 bar) and a flow rate of 85 LPM. It is specifically designed for dual-station cleaning of conductor outer surfaces. The motor-driven high-pressure pump pressurizes ordinary water to 50 MPa, which is then delivered through piping to the...
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2026 - 06 - 25
Plate Heat Exchanger Automatic High-Pressure Cleaning System
The Plate Heat Exchanger Automatic High-Pressure Cleaning System is an intelligent industrial cleaning solution specifically engineered for plate heat exchangers. Utilizing ultra-high-pressure water jet technology, it effectively removes stubborn deposits such as scale, sludge, oil, and biological fouling from plate surfaces, helping restore thermal efficiency, reduce energy consumption, and extend equipment service life. Working Principle The system employs through-type high-pressure water jet technology, where a high-pressure pump unit pressurizes water and delivers it through arrayed nozzles or adjustable-angle spray heads to form a uniform, dense high-velocity water jet. The high-velocity fluid penetrates the gaps between plates, using kinetic impact energy to dislodge deposits from plate surfaces, which are then carried away by circulating water. The entire process uses no chemical agents, making it a purely physical cleaning method. Key Features Fully Automated Operation: Equipped with a PLC intelligent control system and HMI touch screen interface, supporting one-touch start. The system automatically handles loading, positioning, cleaning, flipping, and unloading, significantly reducing manual labor. High Cleaning Efficiency: With a stable high-pressure pump unit providing adjustable pressure, some systems achieve cleaning efficiency 2-3 times faster than manual methods, substantially reducing downtime for maintenance. Non-Damaging Cleaning: A programmable 2-axis motion mechanism precisely controls the...
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2026 - 06 - 13
High-Pressure Automatic Garbage Bin Cleaning System with Hydraulic Lifter, Hot Water Heater & 3D Rotating Nozzle
Efficient, Energy-Saving & Intelligent Cleaning Solution for Waste Bins As sanitation standards rise, regular cleaning of garbage bins has become essential at waste transfer stations, residential complexes, hotel kitchens, and industrial canteens. Traditional manual cleaning is labor-intensive, water-wasting, and often leaves residues behind. Our newly developed automatic high-pressure cleaning system integrates a hydraulic lifter, a hot water heater, and a 3D rotating nozzle to deliver fully automated, high-temperature, high-pressure, and omni-directional cleaning for waste bins. Key Features 1. Hydraulic Bin Lifter Compatible with standard bins: 120L, 240L, 660L, etc. Smooth and quiet hydraulic lifting with anti-drop mechanism and limit switches. No manual lifting required – significantly reduces labor intensity. 2. Hot Water Heating System Integrated high-power heater raises water temperature to 60°C–85°C. Hot water effectively removes grease, sugar residues, stubborn dirt, and bacterial biofilm. Works ideally with eco-friendly detergents for superior deodorizing and degreasing. 3. 3D Rotating Nozzle for High-Pressure Cleaning Simultaneous 360° horizontal rotation and 0–120° vertical oscillation ensures full coverage inside the bin and lid. Operating pressure: 150–200 bar; flow rate: 30–50 L/min. Wear-resistant stainless steel nozzles with adjustable spray pattern (fan / jet). 4. Fully Automatic PLC Control One-button operation: lifting → lid closing → high-pressure hot...
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2026 - 05 - 09
High-Pressure Water Automatic Cleaning Line for Plate Heat Exchangers
Breaking Traditional Bottlenecks: Entering the Era of Fully Automatic Cleaning Plate heat exchangers (PHEs) are widely used in chemical, energy, and marine sectors due to their high thermal efficiency. However, over time, fouling (scale, sludge, and polymers) accumulates on plate surfaces, drastically reducing performance. Traditional cleaning methods—manual disassembly, soaking, and brushing—are labor-intensive (e.g., 4 workers taking 1 day per unit) and often damage gaskets. To solve this, the High-Pressure Water Automatic Cleaning Line for PHEs has been developed. This system integrates high-pressure water jet technology, PLC intelligent control, and automatic turnover conveying systems to achieve unmanned, high-precision cleaning. Working Principle & Core Technology This automatic line operates through a synergistic mechanism of intermittent conveying and positioning: Auto Feeding & Positioning: Plates are transported via conveyor belt to the cleaning station, where high-precision sensors position them at the optimal angle. Dynamic High-Pressure Washing: The system utilizes movable nozzles that combine rotary dynamic flushing with fixed static flushing. For corrugated plates, nozzles track the groove path to eliminate dead zones. Automatic Turnover: An integrated turnover mechanism uses a rotary disc and clamping components to flip the plate 180°, enabling double-side cleaning without manual intervention. Wiping & Drying: The final stage includes sponge...
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