ODEP Octyl Decyl Alcohol Ethoxylate Phosphate

(ODEP Octyl Decyl Alcohol Ethoxylate Phosphate)

Overview of Octyl Decyl Alcohol Ethoxylate Phosphate

Octyl decanol ethoxy phosphate is a chemical substance containing phosphate ester groups and long-chain alkyl groups. It is used as a flame retardant, plasticizer, and surfactant to improve material flame retardancy, plastic processing performance, and stability of oil-water mixtures. Its chemical properties are stable, but high temperatures and acidic conditions should be avoided. When storing and using it, keeping it dry, avoiding dampness, and complying with environmental and safety regulations are necessary.

Characteristic of Octyl Decyl Alcohol Ethoxylate Phosphate

1. Multifunctionality: Octyl decanol ethoxy phosphate has multiple functions, such as flame retardancy, plasticization, and surface activity, and can play a role in different fields, such as textiles, plastics, rubber products, detergents, cosmetics, and pesticides.

2. Unique molecular structure: This compound contains phosphate ester groups and long-chain alkyl groups, which endow it with unique physical and chemical properties, allowing it to be compatible with various materials and exert its effects.

3. Good flame retardant performance: When used as a flame retardant, octyl decanol ethoxy phosphate can effectively enhance the flame retardant performance of materials and increase their stability under high temperatures or fire sources.

4. Improving plastic processing performance: As a plasticizer, it can increase plastic's flexibility and processing performance, making it easier to process and shape.

5. Reducing the surface tension of water: As a surfactant, octyl decanol ethoxy phosphate can reduce the surface tension of water, making oil-water mixtures more stable and improving the stability and effectiveness of detergents and cosmetics.

6. Relatively stable chemical properties: Under normal conditions, the chemical properties of octyl decanol ethoxy phosphate are relatively stable, but attention should be paid to avoiding high temperatures and acidic environments to prevent hydrolysis reactions.

7. Environmental and safety requirements: Although octyl decanol ethoxy phosphate has broad application prospects, it is necessary to comply with relevant environmental and safety regulations during production and use due to its potential spillover on the environment and human health.

Application of Octyl Decyl Alcohol Ethoxylate Phosphate

1.Flame retardant: As a flame retardant, ODEP has important applications in textiles, plastics, and rubber products. It can improve the flame retardant performance of materials, reduce fire risks, and protect people's lives and property safety.

ODEP can be used as a flame retardant

2. Plasticizer: As a plasticizer, ODEP can improve plastics' processing performance and flexibility, making them easier to process and use. It is widely used in the plastic industry, especially in producing flexible plastics and rubber products.

ODEP can be used as a plasticizer to improve the processing performance and flexibility of plastics

3. Surfactants: ODEP also has the properties of surfactants, which can dilute the surface tension of water and make oil-water mixtures more stable. Therefore, in detergents, cosmetics, and pesticides, ODEP also plays an important role.

Company Profile

NANOTRUN(www.rboschco.com) is a trusted global chemical material supplier & manufacturer with over 12-year-experience in providing super high-quality chemicals and nanomaterials, including boride powder, nitride powder, graphite powder, sulfide powder, 3D printing powder, etc.The company has a professional technical department and Quality Supervision Department, a well-equipped laboratory, and equipped with advanced testing equipment and after-sales customer service center.If you are looking for high-quality Octyl Decyl Alcohol Ethoxylate Phosphate , please feel free to contact us or click on the needed products to send an inquiry. 

Payment Term

L/C, T/T, Western Union, Paypal, Credit Card etc.

Shipment Term

By sea, by air, by express, as customers request.

Storage Conditions:

1. Temperature control: Octyl decanol ethoxy phosphate should be stored in a cool and ventilated place, away from fire and heat sources. High temperature may accelerate its chemical reaction or cause hydrolysis, so controlling the storage temperature below room temperature is recommended.

2. Humidity control: High humidity may also cause the deterioration or hydrolysis of octyl decanol ethoxy phosphate. Therefore, it is necessary to ensure that the storage environment has a low relative humidity and avoid direct contact with water.

3. Avoid light: Prolonged exposure to sunlight or strong light may lead to the photolysis of octyl decanol ethoxy phosphate. Therefore, it is recommended to use opaque containers for storage and place them away from direct sunlight.

4. Container selection: A container with good sealing and strong chemical compatibility should store octyl decanol ethoxy phosphate. Commonly used containers include glass bottles, polyethylene bottles, metal drums, etc. Guarantee the container is well sealed to prevent leakage and moisture from entering.

5. Avoid mixing: Octyl decanol ethoxy phosphate should be stored separately to escape mixing with other chemicals to prevent unnecessary chemical reactions.

6. Inventory control: Reasonably control inventory levels based on production and usage needs. Long-term storage may lead to decreased product quality, so checking and updating inventory regularly is recommended.

7. Safety signs: Set up obvious safety signs in the storage area to remind personnel to pay attention to the presence of chemicals and take appropriate safety measures.

FAQ

Q1

How does octyl decanol ethoxy phosphate improve the flame retardant performance of materials as a flame retardant?

Re:Octyl decanol ethoxy phosphate, as a flame retardant, mainly improves its flame retardant performance by forming a protective film on the material's surface. When the material is exposed to a fire source, this protective film can prevent direct contact between the flame and the interior, thereby delaying the combustion process. In addition, this compound can also capture free radicals during the combustion process, interrupt the combustion chain reaction, and further suppress the spread of flames. Through these mechanisms, octyl decanol ethoxy phosphate can effectively improve the flame retardancy of materials and protect people's lives and property safety.

Q2

What is the specific improvement effect of octyl decanol ethoxy phosphate ester as a plasticizer on plastics' processing performance and flexibility?

Re:As a plasticizer, Octyl decanol ethoxy phosphate ester can significantly improve the processing performance and flexibility of plastics. During plastic processing, this compound can reduce the melting temperature and viscosity of the plastic, making it easier to flow and shape. At the same time, it can also increase the elongation and impact resistance of plastics and improve the durability and service life of products. In addition, octyl decanol ethoxy phosphate can also improve the low-temperature performance of plastics, allowing them to maintain good flexibility under low-temperature conditions. These improvement effects make plastic products more beautiful, practical, and durable.

Q3

How does octyl decanol ethoxy phosphate interact with plastic molecules as a plasticizer?

Re:As a plasticizer, Octyl decanol ethoxy phosphate ester mainly improves the properties of plastics through interactions with plastic molecules. Specifically, the long-chain alkyl portion of the compound can interact with polar groups in plastic molecules, forming physical crosslinking points. These crosslinking points can increase the distance between plastic molecules, reduce the intermolecular forces, and make the plastic easier to flow and deform. At the same time, the phosphate ester group of octyl decanol ethoxy phosphate can also undergo esterification reaction with functional groups such as hydroxyl or carboxyl in plastic molecules, forming chemical bonds. This chemical bonding can further enhance the binding force between plastic molecules and improve the strength and stability of plastic products.

Q4

Under high temperature or acidic conditions, octyl decanol ethoxy phosphate may undergo a hydrolysis reaction. What are the specific processes and products of this reaction?

Re:Under high temperature or acidic conditions, octyl decanol ethoxy phosphate may undergo hydrolysis reactions. The specific process of hydrolysis reaction is the reaction between water molecules and the phosphate ester bond in octyl decanol ethoxy phosphate ester, disrupting the phosphate ester bond. The phosphate ester bond breaks to generate phosphoric acid and corresponding alcohols during this process. For octyl decanol ethoxy phosphate ester, the hydrolysis products may be phosphoric acid, octyl decanol, and ethoxy alcohol. The speed and degree of hydrolysis reaction depend on temperature, pH value, and water concentration. Hydrolysis reactions may accelerate under high temperatures or acidic conditions, leading to the decomposition and failure of octyl decanol ethoxy phosphate ester.

Q5

What are the possible effects of octyl decanol ethoxy phosphate on the environment and human health?

Re:The possible impacts of octyl decanol ethoxy phosphate on the environment and human health include ecological toxicity, aquatic toxicity, and potential endocrine-disrupting effects. In terms of ecotoxicity, this compound may have certain toxic effects on soil microorganisms and plants, affecting the balance of the ecosystem. Regarding aquatic toxicity, octyl decanol ethoxy phosphate may have toxic involve on aquatic organisms such as fish and aquatic plants, affecting the stability of aquatic ecosystems. In addition, this compound may also have potential endocrine-disrupting effects, posing potential risks to human health. Therefore, when using octyl decanol ethoxy phosphate, it is necessary to strictly comply with environmental and safety regulations to reduce its impact on the environment and human health.