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Silicone Emulsions
The use of silicone emulsions spans an extremely wide industry set, highlighting their adaptability and essential role in product development and enhancement.
Silicone Emulsions Overview


Silicone emulsions, characterized by their composition of evenly dispersed insoluble silicones in water, are a cornerstone in the formulation of a myriad of products across a broad spectrum of industries. The dispersion is typically achieved through the use of a surfactant emulsifier, which can be anionic, cationic, or non-ionic, depending on the desired properties and compatibility with the application. This versatility in formulation allows silicone emulsions to be tailored to specific needs, enhancing their utility and effectiveness in various contexts.
Silicone emulsions stand out as a key ingredient in a multitude of industries, from beauty and personal care to construction and beyond. Their unique properties, coupled with the ability to be customized through different types of emulsifiers, make them indispensable in enhancing product performance and sustainability. As the industry continues to evolve, the focus on environmentally friendly innovations will further solidify the position of silicone emulsions as a critical component in future developments.
Industries and Applications
- Beauty and Personal Care: Enhanc styling durability and sensory experience in hair and skincare, offering a silky, long-lasting, non-greasy feel.
- Construction and Home Care: Serve as sealants and film formers, creating durable, water-resistant barriers for enhanced surface protection and longevity.
- Textiles: The textile industry benefits significantly from the softening, lubricating, and protective properties of silicone emulsions, which improve fabric handling and wearability.
- Automotive: In automotive applications, silicone emulsions are used to lubricate, shine, and protect vehicle parts, enhancing both appearance and function.
- Electronics: Their insulating properties make them valuable in the electronics industry, where they protect and enhance the performance of components.


Product Features and Benefits


Silicone emulsions are celebrated for a multitude of features and benefits which include:
- Versatility: The ability to be anionic, cationic, or non-ionic allows for a wide range of applications, making silicone emulsions highly adaptable to various industry needs.
- Durability: They provide long-lasting effects, crucial for applications requiring sustained performance, such as in personal care and construction.
- Safety: Generally recognized as safe and non-toxic, they are suitable for use in products that come into direct contact with human skin.
- Thermal Stability: Their ability to withstand extreme temperatures enhances their applicability in conditions that demand robust performance.
- Water Resistance: The imparted water repellency protects surfaces and materials from moisture, extending their lifespan and maintaining their integrity.
Environmental Considerations
The environmental profile of silicone emulsions is a focal point of innovation, with efforts directed towards creating more eco-friendly formulations.
The industry is moving towards emulsions with lower VOC (volatile organic compound) content and improved biodegradability, reducing environmental impact. The development of water-based emulsions also signifies a shift towards minimizing solvent use, aligning with sustainability goals.
Furthermore, the inherent durability and efficiency of silicone emulsions contribute to a reduction in resource consumption and waste generation, underlining their role in promoting sustainability across various applications.
- Beauty and Personal Care: Enhanc styling durability and sensory experience in hair and skincare, offering a silky, long-lasting, non-greasy feel.
- Construction and Home Care: Serve as sealants and film formers, creating durable, water-resistant barriers for enhanced surface protection and longevity.
- Textiles: The textile industry benefits significantly from the softening, lubricating, and protective properties of silicone emulsions, which improve fabric handling and wearability.
- Automotive: In automotive applications, silicone emulsions are used to lubricate, shine, and protect vehicle parts, enhancing both appearance and function.
- Electronics: Their insulating properties make them valuable in the electronics industry, where they protect and enhance the performance of components.
Silicone emulsions are celebrated for their:
- Versatility: The ability to be anionic, cationic, or non-ionic allows for a wide range of applications, making silicone emulsions highly adaptable to various industry needs.
- Durability: They provide long-lasting effects, crucial for applications requiring sustained performance, such as in personal care and construction.
- Safety: Generally recognized as safe and non-toxic, they are suitable for use in products that come into direct contact with human skin.
- Thermal Stability: Their ability to withstand extreme temperatures enhances their applicability in conditions that demand robust performance.
- Water Resistance: The imparted water repellency protects surfaces and materials from moisture, extending their lifespan and maintaining their integrity.
The environmental profile of silicone emulsions is a focal point of innovation, with efforts directed towards creating more eco-friendly formulations. The industry is moving towards emulsions with lower VOC (volatile organic compound) content and improved biodegradability, reducing environmental impact. The development of water-based emulsions also signifies a shift towards minimizing solvent use, aligning with sustainability goals.
Furthermore, the inherent durability and efficiency of silicone emulsions contribute to a reduction in resource consumption and waste generation, underlining their role in promoting sustainability across various applications.
Products Available
Browse by Types of Silicone Emulsions
| Product Name | Supplier | Grade | Package Type | Weight | Billing Price | Price (Package) | |
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| DOWSIL 520 DIL WATER REPELLENT, Technical Grade, Liquid, IBC | Dow Inc. | Technical | IBC | 2,094.39 lbs | -- |
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| ACULYN™ 33A RHEOLOGY MODIFIER | Dow Inc. | Technical | Drum | 473.99 lbs | -- |
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| DOWSIL™ 68 Additive - Technical Grade - 441 lb Drum | Dow Inc. | Technical | Drum | 440.93 lbs | -- |
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| DOWSIL™ 68 Additive - Technical Grade - 44 lb Pail | Dow Inc. | Technical | Pail | 44.09 lbs | -- |
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| ACULYN™ 88 RHEOLOGY MODIFIER | Dow Inc. | Technical | Drum | 473.99 lbs | -- |
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| ACULYN™ 44 RHEOLOGY MODIFIER | Dow Inc. | Technical | Drum | 449.74 lbs | -- |
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| ACULYN™ 38 RHEOLOGY MODIFIER | Dow Inc. | Technical | Drum | 473.99 lbs | -- |
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| ACULYN™ 22 RHEOLOGY MODIFIER | Dow Inc. | Technical | Drum | 473.99 lbs | -- |
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| DOWSIL 85 ADDITIVE, Technical Grade, Liquid, IBC | Dow Inc. | Technical | IBC | 2,204.62 lbs | -- |
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| DOWSIL 88 ADDITIVE, Technical Grade, Liquid, Drum | Dow Inc. | Technical | Drum | 418.88 lbs | -- |
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| DOWSIL 88 ADDITIVE, Technical Grade, Liquid, Pail | Dow Inc. | Technical | Pail | 39.68 lbs | -- |
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| DOWSIL HV 495 EMULSION, Technical Grade, Liquid, Drum | Dow Inc. | Technical | Drum | 440.93 lbs | -- |
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| DOWSIL HV 495 EMULSION, Technical Grade, Liquid, Pail | Dow Inc. | Technical | Pail | 44.09 lbs | -- |
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| DOWSIL 7-3101, Technical Grade, Liquid, Pail | Dow Inc. | Technical | Pail | 39.68 lbs | -- |
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| DOWSIL™ 52 Additive | Dow Inc. | Technical | Pail | 39.68 lbs | -- |
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| DOWSIL CE-8170 AF MICROEMULSION, Technical Grade, Liquid, Pail | Dow Inc. | Technical | Pail | 44.09 lbs | -- |
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| DOWSIL™ 52 Additive | Dow Inc. | Technical | Drum | 419.01 lbs | -- |
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| DOWSIL™ 62 ADDITIVE | Dow Inc. | Technical | Drum | 441.01 lbs | -- |
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| DOWSIL™ 18 Additive - Technical Grade - 380 lb Drum | Dow Inc. | Technical | Drum | 380.01 lbs | -- |
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| DOWSIL™ 5-7113 SILICONE QUAT MICROEMULS | Dow Inc. | Technical | Drum | 440.93 lbs | -- |
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| DOWSIL™ 65 Additive - Technical Grade - 441 lb Drum | Dow Inc. | Technical | Drum | 441.01 lbs | -- |
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| DOWSIL™ 65 Additive - Technical Grade - 44 lb Pail | Dow Inc. | Technical | Pail | 44.00 lbs | -- |
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| DOWSIL 84 Additive - 470 lb Drum | Dow Inc. | Technical | Drum | 470.00 lbs | -- |
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| DOWSIL 520 DIL WATER REPELLENT, Technical Grade, Liquid, Drum | Dow Inc. | Technical | Drum | 418.88 lbs | -- |
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| DOWSIL 51 Additive - 35 lb Pail | Dow Inc. | Technical | Pail | 34.83 lbs | -- |
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- Beauty and Personal Care: Enhanc styling durability and sensory experience in hair and skincare, offering a silky, long-lasting, non-greasy feel.
- Construction and Home Care: Serve as sealants and film formers, creating durable, water-resistant barriers for enhanced surface protection and longevity.
- Textiles: The textile industry benefits significantly from the softening, lubricating, and protective properties of silicone emulsions, which improve fabric handling and wearability.
- Automotive: In automotive applications, silicone emulsions are used to lubricate, shine, and protect vehicle parts, enhancing both appearance and function.
- Electronics: Their insulating properties make them valuable in the electronics industry, where they protect and enhance the performance of components.
Silicone emulsions are celebrated for their:
- Versatility: The ability to be anionic, cationic, or non-ionic allows for a wide range of applications, making silicone emulsions highly adaptable to various industry needs.
- Durability: They provide long-lasting effects, crucial for applications requiring sustained performance, such as in personal care and construction.
- Safety: Generally recognized as safe and non-toxic, they are suitable for use in products that come into direct contact with human skin.
- Thermal Stability: Their ability to withstand extreme temperatures enhances their applicability in conditions that demand robust performance.
- Water Resistance: The imparted water repellency protects surfaces and materials from moisture, extending their lifespan and maintaining their integrity.
The environmental profile of silicone emulsions is a focal point of innovation, with efforts directed towards creating more eco-friendly formulations. The industry is moving towards emulsions with lower VOC (volatile organic compound) content and improved biodegradability, reducing environmental impact. The development of water-based emulsions also signifies a shift towards minimizing solvent use, aligning with sustainability goals.
Furthermore, the inherent durability and efficiency of silicone emulsions contribute to a reduction in resource consumption and waste generation, underlining their role in promoting sustainability across various applications.
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