PIPE CLEANING - DECALCIFYING PUMP " DECALCIFYING OF HEAT EXCHANGERS, WATER PIPES, TANKS, HEAT & COOLING SYSTEMS"

1. Flow Direction Change Technology: Enables the reversal of flow direction to effectively dislodge and remove stubborn calcifications and deposits, enhancing the decalcification process.
2. High Temperature Capability: Safely operates with fluid temperatures up to 50°C, making it suitable for a wide range of decalcification tasks, particularly where higher temperatures are common.
3. Constant Chemical Circulation: Maintains a continuous flow of the decalcifying chemical, preventing the potential damage that can occur from gas development during the decalcification process, ensuring a safer operation.
4. Portable Design: Crafted for ease of mobility, allowing it to be easily transported and used across various sites and in different system configurations.
5. Durable Construction: Built with high-quality materials to withstand the demanding conditions of HVAC and plumbing systems maintenance, ensuring long-term reliability
6. Color Indication: The decalcifying chemicals come with a color indication feature, which provides visual feedback on the progress of the decalcification process, ensuring thorough cleaning.
7. Concentrated Formula: These chemicals are highly concentrated, allowing for efficient transport and storage. They can be diluted with water to the desired strength for various applications, offering flexibility in use.
8. Corrosion Protection: Integrated corrosion inhibitors help protect metal components within the systems being treated, prolonging their lifespan and maintaining system integrity.
9. Compatibility: Designed to be compatible with a wide range of materials used in pipes and systems, reducing the risk of damage during the decalcification process.
10. Neutralization Solution: After using Acid , a neutralizing solution is available to restore the pH balance within the system and pump, ensuring safety and preventing corrosion post-treatment.

Heat Exchangers Maintenance

• Industrial and Residential: Efficient decalcification of heat exchangers used in industrial processes and residential heating systems, improving heat transfer efficiency and system longevity.
• Cooling Towers: Removal of scale buildup in cooling towers, essential for maintaining cooling efficiency and preventing system failures.

Water Pipe Systems

• Drinking Water Systems: Safely decalcifies pipes within drinking water systems, ensuring water quality and flow efficiency without compromising safety.
• Industrial Piping: Effective in industrial settings where water hardness can lead to significant scaling, impacting flow rates and system efficiency.

Water Tanks

• Storage Tanks: Cleans and maintains water storage tanks by removing calcification, preventing contamination, and ensuring the integrity of stored water.
• Boiler Tanks: Decalcification of boiler tanks to improve heating efficiency and prevent malfunctions caused by scale buildup.

Heating and Cooling Systems

• Residential HVAC Systems: Maintains HVAC systems in residential buildings, ensuring efficient operation and energy savings.
• Commercial HVAC Maintenance: Essential for the upkeep of larger commercial HVAC systems, where efficiency directly impacts operational costs.

Specialized Applications

• Fresh Water Stations: Keeps fresh water stations operating smoothly by preventing calcification, crucial for facilities relying on consistent water quality.
• Swimming Pools and Spas: Used in the maintenance of heating elements and pipes in swimming pools and spas, ensuring safe and enjoyable water conditions.

Chemical Applications

• Visual Monitoring: The color indication of Acid Multi allows for real-time monitoring of the decalcification process, ensuring thorough cleaning.
• Corrosion Protection: Both chemicals offer corrosion protection, extending the life of the systems being treated.
• Versatile Use: Suitable for a wide range of piping materials, these chemicals can be used in diverse settings without damaging the infrastructure.

Safety and Environmental Considerations

• Neutralization Process: Following decalcification, the neutralization process ensures that the system and the environment are protected from the harmful effects of acidic residues, maintaining the pH balance and safeguarding water quality.

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