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Momentive Performance Materials India Private Limited

Ulsoor , Bengaluru, Karnataka

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Antifoams

Foam forms when a gas is dispersed and stabilized in a liquid. The resulting mass of bubbles can continue to grow rapidly if left untreated. Momentive's silicone antifoam agents can act quickly to knock down existing foam by bridging the high-strength foam film and causing it to rupture. The low surface tension of the antifoam droplets enables the silicone to persistently flow into adjacent foam films and continue breaking them down for repeated antifoaming action - and longer intervals between antifoam replenishment.

Foam typically occurs in blending, mixing, distillation, filtration and filling processes. While mechanical processes can control foaming, chemical agents can be more versatile, effective and economical. Our antifoam solutions may offer the advantages of dispersing readily, leaving no substantial residue or odor, and meeting relevant regulatory requirements. In addition, they are inert and have low solubility.

Momentive's extensive portfolio of silicone-based antifoam agents, including our SAG* and Silwet* antifoam agent brands, help minimize foaming issues for many industries. Our products support foam mitigation for applications in the food and beverage, chemical, plastics, pulp and paper, water treatment, coatings, oil and gas, metalworking, construction, and mining industries.

Discover how Momentive's antifoam agents may offer versatile, effective and economical solutions for foam control.

* SAG and Silwet are trademarks of Momentive Performance Materials Inc.

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The successor to the AF9000 antifoam, this compound has been improved to offer superior foam control over time in highly alkaline, highly acidic and neutral systems. Certified kosher and parve, AF9000 NE antifoam is compositionally compliant with several 21 CFR chapters as an indirect food additive.

This makes AF9000 NE silicone antifoam an excellent candidate to consider for use in a variety of chemical, petroleum and food processing applications. Chemical processors may benefit from AF9000 NE antifoam in a variety of applications including the manufacture of adhesives, inks, paints, insecticides, herbicides, wool fats and more. Gas scrubbing, propane de-asphalting and vacuum tower units are just a few of the petroleum processing applications that can benefit from AF9000 NE antifoam, while food processing applications may include corn oil manufacturing, deep-fat frying, esterification of vegetable oil and fermentation, among others.

AF9000 NE silicone antifoam has been found to be effective in most applications at a starting concentration of just 10 ppm silicone and can be used as a stand-alone antifoam agent or diluted in a solvent or foaming ingredient.

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SAG 471 silicone antifoam compound is an excellent candidate to consider for a variety of applications, including aerobic fermentation of  involving actinomycetales, glycol-based coolants and heat exchange systems. Other applications consist of:

  •  Printing inks
  •  Vaccine production
  •  Tape joint compounds
  •  Sealants
  •  De-icers
  •  Caulks
  •  Adhesives
  •  Hot circulating glycol solutions (such as in automotive radiators)  

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Baysilone OF-TP3233

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Baysilone OF TP 3233 is a 100% active polyorganosiloxane composed of polyether and polysiloxane components. It is solvent-free, exhibits an ammonia- like odour, and is soluble in water. Baysilone OF TP 3233 is recommended for use as a textile-finishing agent where hydrophilic softness is desired.

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Baysilone OF-TP3309

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Baysilone OF TP 3309 is a 100% active branched aminofunctional polyorganosiloxane containing ethoxy groups. It is solvent-free, with ammonia-like odour. The product is recommended for use as a base fluid for emulsions which are used in the textile industry to improve handle and elastic recovery; for the improvement of the water-repellent treatment of leather; for the manufacture of detergent-resistant polishes; and as an ingredient of wash-and-wax shampoos for coated surfaces. As the textile industry almost exclusively employs aqueous application techniques, Baysilone OF TP 3309, a water insoluble material, must first be emulsified. The emulsified fluid may be added to other textile finishing agents as required and diluted as necessary. It can also be sprayed or applied through dipping both as an emulsion and when dissolved in organic solvents. The concentration must be determined by previous tests.

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FF160 Fluorosilicone

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By combining the characteristics of silicone and fluorocarbon chemistries, FF160 fluorosilicone offers outstanding foam control in a variety of systems, particularly those found with petroleum stocks in high-pressure separators. Conventional antifoams (e.g., those based on polydimethylsiloxanes) are usually soluble and actually may cause foam stabilization rather than foam control. The chemical, petroleum and dry-cleaning industries may benefit from a more potent foam-control agent, such as that found in FF160 fluorosilicone.

The typical benefits of FF160 fluorosilicone when used in high-pressure (gas-oil) separators include:

  • Excellent foam control due to their near-zero liquid carry-over and gas carry-under, which can help enable downstream compressors and secondary/tertiary separators to operate optimally
  •  Allowing the use of smaller high-pressure separators while maintaining throughput, which can be particularly useful in space-constrained offshore platform designs
  •  Increasing the productivity of existing equipment without needing to install new machinery, which may reduce overall cost for the end user
  •  Potentially reducing capital costs needed for deep-water drilling and their offshore platforms
  •  Potentially reducing shutdown risk in deep-water offshore platforms where pressure excursions can lead to uncontrolled foaming when conventional antifoams are used

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FF170 Fluorosilicone

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With resistance to chemicals and oxidation, FF170 fluorosilicone may be used in extreme air conditions and high chemical reactivity. It also displays a low surface tension and can be used at very low treat rates, providing efficient foam control in situations where there are few cost-effective alternatives available. Additional typical benefits of FF170 fluorosilicone when used in high-pressure (gas-oil) separators include:

  • Excellent foam control due to their near-zero liquid carry-over and gas carry-under, which can help enable downstream compressors and secondary/tertiary separators to operate optimally
  • Allowing the use of smaller high-pressure separators while maintaining throughput, which can be particularly useful in space-constrained, offshore platform designs
  • Increasing the productivity of existing equipment without needing to install new machinery, which may reduce overall cost for the end user
  • Potentially reducing capital costs needed for deep-water drilling and their offshore platforms
  • Potentially reducing shutdown risk in deep-water offshore platforms where pressure excursions can lead to uncontrolled foaming when conventional antifoams are used

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Highly stable under alkaline conditions and at high temperatures, SAG 240 antifoam emulsion typically offers effective foam control in a wide range of manufacturing processes. In fact, this antifoam's performance typically improves as temperatures rise up to 95° C.

Foam control is quick and efficient with this SAG 240 antifoam emulsion. Plus, it is easy to dilute down.   

Potential applications for SAG 240 antifoam emulsion include: 

  • Textile processing
  • Petroleum processing
  • Industrial applications

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SAG 622 antifoam emulsion is an excellent candidate to consider for a wide variety of chemical processes that require foam control. This antifoam emulsion typically offers both quick foam knockdown for immediate results as well as continued antifoam performance, even across a wide range of pH levels and temperatures. SAG 622 antifoam emulsion provides strong stability throughout both emulsion and dilution, with virtually no formation of free surface oil and nondispersed particles. 

SAG 622 antifoam emulsion is generally easy to use and typically thoroughly diffuses in foaming media. It can be added prior to the formation of foam and/or to quickly eliminate existing foam. 

This durable silicone emulsion comes ready to use or can be diluted with water. Simply adjust the level of dilution based on desired performance. 

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SAG 638 antifoam emulsion typically functions well as both a defoamer and antifoam solution. Simply add SAG 638 antifoam emulsion to aqueous systems before foaming begins. SAG 638 antifoam emulsion is durable in both nonionic and anionic surfactant systems. It has also proven to be long-lasting in either highly acidic or alkaline conditions. It typically disperses easily in foaming media for immediate control, providing strong stability during emulsion compared to other antifoam products.

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SAG 672 antifoam emulsion may be a suitable foam-control agent for potential use in many chemical processes and other textile wet-processing applications, such as:  

  • Pretreatment processes
  • Textile print pastes
  • Textile sizing and scouring agents
  • Acrylic latexes
  • Thickeners used for textiles and nonwoven fabrics
  • Leather tanning applications 

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