Multifunctional Closed Circuit Water Treatment
WTPM26 is specially developed, for the prevention of corrosion in closed circuit heating and cooling water systems.
WTPM26 is based upon a blend of molybdate and advanced all-organic corrosion inhibitors, the product is pH buffered with an organic buffer to a pH of 7.5 to 8.0.
- Effective, all-round corrosion inhibitor
- Scale preventative and anti-fouling properties
- Non-aggressive to aluminium or zinc
- Complete, single-package treatment
- Good environmental profile
Dosage and Testing
- WTPM26 suggested dosage depends on the system material as such;-Aluminium systems; 2.5% of system volume to give a +850 ppm reserve of molybdate (as MoO4)
- Systems containing aluminium should not be base-exchange softened and high hardness water should be avoided
- Mild steel systems; 1% of system volume to give a +300 ppm reserve of molybdate (as MoO4)
- Application should be made via a recommended point in the system
- Once WTPM26 has been dosed to the system and full mixing of the system has occurred the molybdate reserve as MoO4 and the pH should be accurately measured and recorded.
- Regular testing is recommended to ensure optimum conditions are maintained, this is particularly important if aluminium components are present.
- A Molybdate drop test kit is available for checking reserves in the system (WTPTK105).
Please refer to material safety data sheet for detailed handling/storage instructions.
Avoid prolonged contact. Not to be taken internally. Wash thoroughly with water, and for eyes seek medical attention.
WTPM26 treatments are shipped in 25 litre polythene drums.
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The above information is believed to be correct but does not purport to be all inclusive and shall be used only as a guide. The company shall not be held liable for any damage resulting from handling, contact, mis-use or mis-application of the above product. In all instances the user should satisfy themselves that this product is suitable for the anticipated application and should carry out suitable and sufficient risk/COSHH assessments and a method of use statement.