Product Details
CasNo： 9003-11-6
MF： HO.(C2H4O)m.(C3H6O)n.H
Appearance： liquid
Delivery Time： 15 days
Packing： 25kg/drum
Purity： 99%
Product Details
- Product Name: Defoamer
- Brand and Model: Foamdoctor®F9884
- Packaging Specification: 25 kilograms per barrel
- Main Ingredient: Polyether. Polyether defoamers possess excellent chemical stability, enabling them to maintain stable defoaming performance under different temperature and pH environments. Their surface activity can effectively reduce the surface tension of liquids, thereby quickly achieving defoaming and foam-inhibiting functions.
Product Performance
- Efficient Defoaming and Foam Inhibition: In plant-based processes such as sugar beet processing and starch processing, it can rapidly eliminate existing foam and effectively prevent the formation of new foam. During sugar beet processing—from cleaning, juicing to concentration—large amounts of foam may be generated. This defoamer can control foam in a timely manner, ensuring the smooth progress of the processing flow and avoiding raw material waste and equipment failures caused by foam overflow.
- Wide Range of Applicable Scenarios: It is not only suitable for common plant processing technologies but also functions effectively under low-temperature rate conditions, and delivers remarkable results in foam control for juice recovery and circulation systems. During juice recovery, repeated recycling of liquids tends to generate a large amount of foam; Foamdoctor®F9884 can stably inhibit foam, improving the efficiency and quality of juice recovery.
- Environmental Friendliness and Safety: Free of mineral oil and animal oil, it is more environmentally friendly during use, reducing potential environmental pollution. Meanwhile, for plant processing applications in food and related industries, this component characteristic meets higher safety standards, causing no adverse effects on product quality and food safety, and ensuring user confidence in its use.
- Stable Physical Properties: With a specific gravity ranging from 0.93 to 0.96, this stable physical parameter facilitates the storage, transportation, and precise addition of the defoamer in actual production, making it easier for production personnel to operate and manage.
Application Fields
- Sugar Beet Processing: Covers all links of sugar beet processing, including cleaning, shredding, juicing, and concentration. It effectively controls foam generated during processing, ensuring the quality and production efficiency of sugar beet products.
- Starch Processing: Controls foam effectively in the extraction, refining, and drying steps of starch processing, ensuring the quality of starch products and reducing production losses caused by foam issues.
- Juice Recovery and Circulation Systems: In the juice recovery and recycling systems of juice production enterprises, it can stably control foam, improving resource utilization and reducing production costs.
Storage and Usage Precautions
- Storage: It should be stored in a cool, dry, and well-ventilated warehouse, avoiding direct sunlight and high-temperature environments. High temperatures may cause changes in the polyether component, affecting the performance of the defoamer. Meanwhile, keep it away from fire sources and oxidants to prevent fires or chemical reactions.
- Usage: Before use, the appropriate dosage should be determined based on the specific production process and foam generation. Too little dosage may fail to achieve the desired defoaming effect, while excessive dosage may lead to unnecessary cost waste. During addition, ensure the defoamer is evenly dispersed into the production system; appropriate stirring or dilution measures can be adopted to give full play to its defoaming and foam-inhibiting functions.
