Descalex 25 Kg

Descalex 25 Kg

• Product Group: 651
• Product number: 571646

General description

Descalex is a dry acid cleaner formulated to remove rust and scale deposits.

Features

• Dry acid cleaner contains inhibitors to protect metals
• Contains colour indicator to show the strength of the solution and anti-foam agent
• Safe and easy handling and storage
• Fast and effective scale remover
• Removes scale from boilers
• Removes scale from diesel engine cooling water systems
• Removes scale and rust from condensers, evaporators, heat exchangers etc.
• Approved by the Norwegian National Institute of Public Health for cleaning of evaporators

Benefits

• Efficient, economical, safe

Descaling of Boilers, Descaling of Diesel Engine Cooling Water Systems, Condensers, Evaporators, Calorifiers, Heat Exchangers:

See Unitor’s Water Treatment Handbook.

Unitor has developed a 210 litres capacity cleaning unit designed among other for use with chemical acid solutions for cleaning boilers, calorifiers, heat exchangers and other types of equipment where rust and scale form.

Chemical Cleaning Unit: Product no. 737189

Notes regarding safety in descaling operations:

Descalex contains strong acids. Handle with care and pay special attention to Material Safety Data Sheet and / or Product Label. Use personal protection equipment as recommended.

Reaction products from acid components in descaling products may include gasses like carbon dioxide and hydrogen. Formation of hydrogen gas can be monitored with gas detection equipment on the vents. To avoid suffocation and potentially explosive atmosphere, gasses should be removed safely by purging system with water after draining the cleaning solution. Vent of system during descaling operations must be provided for same reason. Always use gas detection equipment to check that the atmosphere is safe before entering confined spaces for inspection after descaling operations. When circulating the descaling solution, always circulate with inlet at the bottom to avoid air pockets and potential entrapment of gaseous reaction products.