Skip to content

Mechanical Cleaning

Mechanical cleaning involves using physical means, such as scrubbing, brushing, or using high-pressure water jets, to remove contaminants from surfaces. It doesn’t rely on chemicals, making it ideal for situations where chemical residues would be problematic. Think of it like using a high-powered pressure washer to blast dirt off a driveway. It has application for industrial cleaning removing scale, grease, and other deposits from machinery and equipment.
1. HP Pump NLB 2,800 Bar 36 Lpm HPW 106. HP Pump Isuzu 700 Bar 75 Lpm HPW 6
2. HP Pump NLB 1,400 Bar 75 Lpm HPW 17. HP Pump Isuzu 700 Bar 75 Lpm HPW 7
3. HP Pump NLB 1,400 Bar 85 Lpm HPW 58. HP Pump Woma 700 Bar 75 Lpm HPW 8
4. HP Pump NLB 700 Bar 180 Lpm HPW 119. HP Pump NLB 700 Bar 110 Lpm HPW 3
5. HP Pump NLB 700 Bar 110 Lpm HPW 210. HP Pump Arimitsu 500 Bar 50 Lpm HPW 4

Elevating Industrial Efficiency with Expert Mechanical Cleaning

  • High-pressure water jets: are an incredibly effective method for cleaning and cutting through tough materials. They use a stream of water at high velocity to blast away dirt, grime, paint, and even cut through metals or concrete. Think of them as the ultimate power washers.
  • Abrasive Blasting: Propelling abrasive materials (like sand or steel shot) at high speeds to clean surfaces
  • Scrubbing: involves using a brush or scrub pad to apply force and friction to a surface to remove dirt, grime, or residue. Think of using a scrub brush to clean a dirty floor.
  • Brushing : is similar but typically uses brushes with softer bristles to clean surfaces more gently. It’s like using a paintbrush or a soft-bristle toothbrush to remove light dirt or dust from delicate areas.
  • Dry ice cleaning, or cryogenic cleaning: is a non-abrasive cleaning process that uses compressed air to accelerate dry ice pellets (solid carbon dioxide) at high speeds. When these pellets hit the surface, they cause a thermal shock and the dirt or contaminants contract and crack. The dry ice then sublimates, turning from a solid to a gas, which helps lift the dirt away.

Industrial Equipment for Mechanical Cleaning

  • Heat Exchangers: As we mentioned earlier, mechanical cleaning is often used to remove dirt and debris from the surfaces of heat exchangers.
  • Piping: Cleaning pipes and pipelines, especially in the oil and gas industry, to remove scale and corrosion.
  • Boilers: Cleaning scale and soot from boiler tubes to improve efficiency and heat transfer.
  • Storage Tanks: Cleaning storage tanks used in the chemical, food and beverage industries to remove residue and contaminants.
  • Column, Vessel and Reactors: Cleaning mixing vessels and chemical reactors to ensure proper mixing and to prevent contamination.
  • Processing Equipment: Cleaning equipment used in processing to remove food residue and ensure hygiene.

Heat Exchanger Cleaning

Mechanical cleaning of the heat exchanger is is crucial for maintaining the efficiency and longevity of heat exchangers by removing fouling, scale, and deposits.

Tank Cleaning

The purpose of mechanical tank cleaning is to ensure that the tank is free from contaminants, residues, and sediments that may affect efficiency and safety. The steps for mechanical tank cleaning are:

  • Preparation
  • Inspection before cleaning
  • Manual Scrubbing
  • High-Pressure Water Jetting
  • Further Inspection and Cleaning
  • Final Inspection:
  • Tank Assembly

Air Fin Cooler Cleaning

Use this space to add a medium length description. Be brief and give enough information to earn their attention.

Column & Drums Cleaning

Cleaning mixing vessels and chemical column and internal part such tray and intern pipe, to ensure proper mixing and to prevent contamination.

Boiler Cleaning

Removing scale and soot from boiler tubes to improve efficiency and heat transfer.