Caprylyl Dimethyl Ethylamine (CDEA) is used in detergents and cosmetics for improved cleaning and formulation stability.
Caprylyl Dimethyl Ethylamine (CDEA) is a specialized organic amine widely employed in the pharmaceutical and cosmetics sectors.
Packaging
25 kg drums, 200 L drums
Supply Region
Kenya, East Africa
Supplier
Zenco Systems Ltd
Caprylyl Dimethyl Ethylamine (CDEA) is a specialized organic amine widely employed in the pharmaceutical and cosmetics sectors. It functions chiefly as a pH adjuster and surface-active agent, contributing to enhanced cleaning efficacy and formulation resilience. The chemical's clear yellowish liquid form ensures ease of integration into aqueous and semi-aqueous systems. Its use spans from detergent manufacturing to personal care products, making it indispensable where formulation stability and surface activity are critical.
Industries across East Africa—including Kenya, Uganda, and Tanzania—rely on CDEA for producing stable, high-performance detergents and cosmetic items. Zenco Systems Ltd serves as a reliable supplier of this compound, supporting regional manufacturers with both product quality and technical guidance tailored to local production needs. The presence of CDEA in formulations can influence cleaning power and product texture, which is why its consistent supply and quality assurance are commercially important for industrial users in these markets.
Beyond detergents and cosmetics, CDEA's alkalinity and surfactant-modifying properties extend its usage into industrial cleaner formulations. The regional chemical market's demand for effective, stable, and versatile amines such as CDEA reflects the growing sophistication of East African manufacturing, particularly in sectors serving both consumer and industrial markets.
Caprylyl Dimethyl Ethylamine (CDEA) is an organic tertiary amine with the molecular formula C10H23N. It appears as a clear yellowish liquid with moderate alkalinity, typically used to adjust the pH and modify surface tension in formulations. Its molecular structure combines an eight-carbon alkyl chain (caprylyl) with dimethyl ethylamine groups, imparting both hydrophobic and hydrophilic characteristics that promote effective surface activity.
As a pH adjuster, CDEA neutralizes acidic components in detergent and cosmetic blends, enabling a stable pH range that preserves active ingredients and prevents degradation. This helps maintain the integrity of surfactant systems, reducing issues like foaming instability or phase separation. The amine’s surface-active properties are due to its ability to adsorb at interfaces, which improves wetting, emulsification, and soil-removal capacity in detergents and industrial cleaners.
The chemical’s compatibility with common surfactants ensures it can be incorporated without negatively impacting formulation clarity or viscosity. Furthermore, its moderate volatility and low odor make it suitable for sensitive cosmetic applications where user comfort is essential. Commercially, CDEA’s clear liquid form supports precise dosing and uniform mixing, critical for quality control in batch production.
In East African markets such as Kenya, Uganda, and Tanzania, manufacturers benefit from sourcing CDEA that meets local regulatory and technical standards. Zenco Systems Ltd supports these requirements by providing well-packaged and stable stock, ensuring product quality from warehouse to end-user. The chemical’s performance in maintaining detergent efficacy and cosmetic formulation stability reinforces its value across multiple sectors.
In detergent formulations, Caprylyl Dimethyl Ethylamine acts as both a pH adjuster and surface modifier. It helps stabilize surfactant blends by neutralizing acidic components, which prevents degradation and loss of cleaning power. Typical dosing varies between 0.5% to 2%, depending on the detergent type. Its inclusion improves foaming characteristics, stain removal efficiency, and final product shelf life.
CDEA is employed in cosmetics as a pH regulator and emulsifying aid, contributing to formulation stability and enhanced texture. It helps maintain a balanced pH that protects delicate active ingredients and preserves the product’s sensory properties. The low odor and moderate alkalinity make it suitable for skin-care creams and hair conditioners, where gentle but effective pH control is necessary.
Due to its moderate alkalinity, CDEA is widely used to adjust and buffer pH levels within both detergent and personal care products. Maintaining optimal pH enhances ingredient compatibility and prevents instability issues like precipitation or separation. Its tertiary amine nature offers less corrosiveness compared to stronger alkalies, allowing safer handling in formulation processes.
As a surface active agent, Caprylyl Dimethyl Ethylamine enhances wetting and emulsification in liquid and semi-solid products. It adsorbs at liquid interfaces reducing surface tension, which improves the spreadability of creams and efficacy of detergents on greasy soils. This property is valuable in complex blends requiring balanced hydrophilic-lipophilic behaviors.
In industrial cleaning formulations, CDEA contributes to improved removal of oils, grease, and particulate matter by stabilizing alkaline formulations. It assists in maintaining the pH at levels that maximize surfactant performance without causing undue corrosion to metal parts. Its thermal and chemical stability under use conditions make it a dependable ingredient in heavy-duty cleaning products.
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CDEA improves formulation stability by acting as a reliable pH buffer that prevents degradation of sensitive surfactants and actives. This reduces phase separation in detergents and cosmetic formulations, thereby extending shelf life and consistency across production batches.
The surfactant-modifying effect of CDEA enhances soil removal and foaming performance in detergents. By optimizing surface tension and wetting, it enables formulations to clean effectively at lower concentrations, reducing overall raw material and energy costs.
Caprylyl Dimethyl Ethylamine is compatible with a wide range of surfactants and ingredients commonly used in pharma and cosmetics. This versatility allows formulators flexibility when designing products without needing significant reformulation to accommodate CDEA.
Compared to stronger alkalis, CDEA’s moderate alkalinity minimizes corrosive risks during handling. This operational benefit helps manufacturers maintain safer production environments while achieving necessary pH adjustments.
Caprylyl Dimethyl Ethylamine (CDEA) is available primarily in 25 kg drums and 200 L drums to accommodate varying industrial manufacturing scales. These packaging options support ease of handling and storage, with secure sealing to protect product integrity during transit. Zenco Systems Ltd offers these formats across Kenya, Uganda, and Tanzania, including logistics support for cross-border shipment. Bulk supply arrangements can be discussed for larger industrial customers requiring consistent volume deliveries to maintain uninterrupted production.
Standard formats: 25 kg drums, 200 L drums
Store Caprylyl Dimethyl Ethylamine in tightly sealed containers away from direct sunlight and heat sources to preserve chemical stability. Ideal storage temperatures range from 15°C to 30°C in a well-ventilated area. Avoid contact with strong acids and incompatible materials such as oxidizing agents. Use corrosion-resistant containers, typically high-density polyethylene (HDPE) or steel drums lined for amine compatibility. Shelf life depends on storage conditions but is generally stable for at least 12 months when handled properly. Always use protective gloves and goggles when handling, as the chemical is moderately alkaline and can cause irritation upon contact.
Caprylyl Dimethyl Ethylamine is classified as a moderately alkaline chemical requiring standard industrial safety measures. Protective equipment should include chemical-resistant gloves, goggles, and appropriate face protection to prevent skin and eye contact. In case of exposure, rinse affected areas with plenty of water and seek medical attention if irritation persists. Store away from acids and oxidizing agents to prevent hazardous reactions. Spills should be contained and cleaned using suitable absorbents with care to avoid environmental release. Consult the Safety Data Sheet (SDS) supplied by Zenco Systems Ltd for comprehensive safety, handling, and disposal instructions.
CDEA is primarily used as a pH adjuster and surface active agent in detergents, cosmetics, and industrial cleaner formulations to enhance cleaning performance and formulation stability.
Typical usage levels in detergents range between 0.5% and 2%, depending on the formulation requirements and desired cleaning efficacy.
Yes, provided it is stored at stable temperatures of 15–30°C in sealed containers away from heat sources. Proper storage ensures chemical stability even in tropical climates common across Kenya, Uganda, and Tanzania.
CDEA is generally compatible with a wide range of anionic and nonionic surfactants commonly used in pharma and cosmetic industries, enabling its use without compromising formulation clarity or stability.
Yes, Zenco Systems Ltd supplies CDEA across East Africa, including Uganda, Tanzania, Rwanda, Burundi, South Sudan, Ethiopia, Somalia, and the Democratic Republic of the Congo, with tailored logistics support for cross-border deliveries.
Due to its moderate alkalinity, protective gloves, goggles, and suitable clothing should be worn when handling CDEA to prevent skin or eye irritation. Always consult the SDS for detailed safety instructions.
This chemical is commonly packaged in 25 kg and 200 L drums, facilitating both small- and large-scale industrial use across East African markets.
When stored correctly in sealed containers away from heat and incompatible substances, CDEA typically has a shelf life of at least 12 months.
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