COTY DFR H.C. is a concentrated silicon based deformer used to controlling foam on water treatment, processing textile and paper industry, it is highly suitable for high turbulence machines and ETP/Water treatment.
Characteristics |
Benefits |
|---|---|
| Effective controls foam generation in high turbulence system | Destroy existing foam. |
| Excellent stability at high temperature/pressure | Low effect on TDS. |
| Suitable for processing of all types substrate | Suitable in wide of pH from 4.0 to 11.0. |
| Reduce foam rapidly and avoid time laps in process caused by heavy foam inn high pressure machines | Works at low concentration thus helps in process cost reduction. |
| Highly efficiently and work at lower dosages | APEO, NPEO Free product. |
Properties:
CHEMICAL CONSTITUENTS
–
CHEMICAL NATURE
Non-Ionic.
COLOUR
Milky white viscous liquid.
pH. (as such)
7 +/- 1
DENSITY
SOLUBILITY
Soluble in water and caustic soda.
COMPATIBILITY
Compatible with most of auxiliaries used in textile.
STORAGE STABILITY
COTY DFR H.C. is stable for 1 year when properly stored in closed containers at 20°C. The product is sensitive to temperatures below 0°C and above 40°C.
ECOLOGY AND TOXICITY
The usual hygiene and safety rules for handling chemicals should be observed in storage, handling and use. The product must not be swallowed.
Application:
Dossages in pretreatment & dyeing :
- COTY DFR H.C. – 0.1 to 0.5 gpl/ as per foaming
- COTY DFR H.C. – 0.1 to 0.2 gpl in ETP Plant
FAQS
Cutting-Edge Fashion & Textile Solutions
COTY DFR H.C. is a concentrated silicon-based defoamer, providing rapid foam reduction and preventing time delays caused by heavy foam in high-pressure systems.
It controls foam generation effectively in high-turbulence environments, offering excellent stability under high temperature and pressure while working at low concentrations, thus reducing process costs.
For pretreatment and dyeing, use 0.1 to 0.5 gpl, and for water treatment in an ETP plant, use 0.1 to 0.2 gpl based on foaming conditions.
COTY DFR H.C. is compatible with most auxiliaries used in textile processing and works across a wide pH range of 4.0 to 11.0, ensuring excellent adaptability in various processes.
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