Wt-BA-19

NEW Wt-BA-19

Product specifically formulated for the control of high iron, calcium, or kaolin in boiler waters.

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wt-cs-80

NEW Wt-CS-80

It is considered a green biocide highly effective as a fungicide, microbiocide, algaecide, and lime remover.

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WT-BI-12

NEW Wt-Bi-12"

Product formulated for iron control in steam generation systems. It is phosphate-free technology highly effective in the control of calcium carbonate, calcium phosphate, magnesium silicate scales, and iron oxide deposits.

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Wt-BA-17

“ NEW Wt-BA-17"

Product formulated to be used in highly stressed waters where corrosion or scaling is higly probable.

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WT-BC-13

NEW Wt-BC-13

Film-forming product for the protection of steam condensate lines from oxygen pitting and carbonic acid corrosion.

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Wt-BA-18

“NEW Wt-BA-18

Scale inhibitor specially designed for high levels of silica in boiler feed water. Ideal for low pressure steam generation systems, up to 600 psig, and for highly alkaline boiler feed water.

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WT-CS-53

“NEW WT-CS-53

It is a blend of highly synergistic ingredients specifically selected for its wide range of scale inhibition in the heat transfer surfaces.

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wt-cs-79

“NEW Wt-CS-79

It is a synergistic blend of quaternary ammonium compounds with a superior biocide activity than conventional QAC’s against bacteria, fungi, virus, and algae.

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wt-as-13

“NUEVO Wt-AS-13

This product is formulated to provide a cleaning process of calcium carbonate, sulfates, calcium phosphates and iron oxides on heat transfer surfaces. The product works by dispersion and crystal modification.

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Wt-BA-18

Wt-BA-18

 

Scale inhibitor specially designed for high levels of silica in boiler feed water. Ideal for low pressure steam generation systems, up to 600 psig, and for highly alkaline boiler feed water.

 

ADVANTAGES

  • Disperses colloidal silica in the system and inhibits the formation of magnesium silicate in the heat transfer surfaces.
  • Enables higher cycles of concentration, reduces purge times, and reduces operation costs for steam generation systems with high levels of silica.

 

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