🟨  Instant Foam Control  

- Rapidly penetrates foam membranes  

- Reduces surface tension for immediate foam collapse  

🟨  Long-Term Foam Prevention  

- Unique molecular structure inhibits foam regeneration  

- Provides sustained foam suppression  

🟨  Cost-Effective & Eco-Safe  

- Ultra-low dosage (0.001%-0.3%)  

- Biodegradable formulation  

🟨  Broad Compatibility  

- Ideal for various water-based systems  

- Excellent material compatibility  

Challenge      

A paper manufacturer faced critical production issues after process upgrades:  

⚠️     30% increase  in foam volume during pulping  

⚠️     15% reduction  in production efficiency  

⚠️     Safety hazards  from foam overflow in workshops  

⚠️     Ineffective   traditional defoamers requiring frequent reapplication  

Chemi Tech Solution      

Product Applied:     KM-4110 Modified Polyether Defoamer  

Custom Implementation:      

1.  Tailored Formulation      

   - Enhanced hydrophobic groups for superior cellulose foam breaking  

2.   Automated Dosing System      

   - Precision metering pumps reduced chemical usage by     40%      

3.   Performance Validation      

   -  95% foam reduction achieved within 3 days  

   -   ¥23,000/month saved in labor costs  

Results      

✓     5x longer equipment run cycles (1→6 months)  

✓     Zero  foam-related safety incidents  

✓     ROI achieved  in <30 days  

Client Testimonial      

  "Chemi Tech's KM-4110 completely resolved our high-temperature alkaline foam issues. Extending equipment runtime from 1 to 6 months exceeded all expectations."    

—     Mr. Zhang    , Procurement Manager  

Usage Method:

This product can be directly added by dripping or spraying.

Recommended Dosage:

The dosage is typically 0.05% to 0.3% of the total volume of the treated liquid.

Storage and Handling:

Store in a cool, dry place, protected from direct sunlight and moisture.

Keep container tightly sealed to prevent contamination.

Shelf life: 2 year from date of manufacture.

No significant settling or separation is expected during storage.