loading
| Availability: | |
|---|---|
| Quantity: | |
DY-051
DYPA
Copolymers Surfactant for Oilfield Thickener and Water-Based Polymer is a surfactant designed for oilfield applications with excellent thickening performance and wide applicability. This product has excellent performance in water-soluble polymer systems, especially suitable for the production of oilfield polymers, and can significantly increase the viscosity of the fluid and improve the rheological properties.
This surfactant has good acid and alkali resistance, adapts to a wide pH range, and is particularly suitable for oilfield alkaline polymer flooding. This product is suitable for thickening various water-based polymers and can be customized according to needs, with flexible packaging and transportation.
| Parameter | Value |
| Appearance (25°C) | Translucent lotion |
| Specific Gravity (25C,g/cm3) | 0.8~0.9 |
| White Oil Content (%) | 45~50 |
| Boiling Point (760mmHg,°C) | ≥120 |
| pH Value | 4~6 |
| Freezing Point (℃) | ≤15 |
| Active Matter Content (%) | 40~45 |
| Customization Service | Customizable |
| Certification | Invention Patent |
| Environmental Standard | ISO 9001 |
| Port of Origin | Main ports in China, mainly Qingdao Port |
Copolymers Surfactant for Oilfield Thickener and Water-Based Polymer is a surfactant designed for oilfield applications with excellent thickening performance and wide applicability. This product has excellent performance in water-soluble polymer systems, especially suitable for the production of oilfield polymers, and can significantly increase the viscosity of the fluid and improve the rheological properties.
This surfactant has good acid and alkali resistance, adapts to a wide pH range, and is particularly suitable for oilfield alkaline polymer flooding. This product is suitable for thickening various water-based polymers and can be customized according to needs, with flexible packaging and transportation.
| Parameter | Value |
| Appearance (25°C) | Translucent lotion |
| Specific Gravity (25C,g/cm3) | 0.8~0.9 |
| White Oil Content (%) | 45~50 |
| Boiling Point (760mmHg,°C) | ≥120 |
| pH Value | 4~6 |
| Freezing Point (℃) | ≤15 |
| Active Matter Content (%) | 40~45 |
| Customization Service | Customizable |
| Certification | Invention Patent |
| Environmental Standard | ISO 9001 |
| Port of Origin | Main ports in China, mainly Qingdao Port |
1. High activity and wide applicability
This product has high activity, especially in the associative monomers of water-soluble ultra-high molecular weight polymers. Its activity level is higher than that of methacrylate and formyl monomers, so it is suitable for more polymer applications, especially in the oil field, where it can improve the production efficiency and performance of polymers.
2. Strong acid and alkali resistance and wide adaptability
This surfactant has excellent acid and alkali resistance and can undergo polymerization reactions in a wide range of pH values. It can remain stable in both extremely acidic and alkaline environments, and is particularly suitable for alkaline polymer flooding in oil fields, which enhances its application reliability under complex working conditions.
3. Outstanding thickening effect
The product has significant thickening ability, which can effectively increase the viscosity of the fluid and improve the rheological properties. Its thickening performance is widely used in oilfield chemicals and water-soluble polymer thickeners, especially in the alkaline polymer flooding process in oil fields, where it has shown excellent results.
1. High activity and wide applicability
This product has high activity, especially in the associative monomers of water-soluble ultra-high molecular weight polymers. Its activity level is higher than that of methacrylate and formyl monomers, so it is suitable for more polymer applications, especially in the oil field, where it can improve the production efficiency and performance of polymers.
2. Strong acid and alkali resistance and wide adaptability
This surfactant has excellent acid and alkali resistance and can undergo polymerization reactions in a wide range of pH values. It can remain stable in both extremely acidic and alkaline environments, and is particularly suitable for alkaline polymer flooding in oil fields, which enhances its application reliability under complex working conditions.
3. Outstanding thickening effect
The product has significant thickening ability, which can effectively increase the viscosity of the fluid and improve the rheological properties. Its thickening performance is widely used in oilfield chemicals and water-soluble polymer thickeners, especially in the alkaline polymer flooding process in oil fields, where it has shown excellent results.
1. Oilfield associative polymer production
This product is widely used in the production of oilfield associative polymers, especially for improving the oil recovery efficiency of polymers in oilfields. Its excellent thickening performance and acid and alkali resistance make it an important raw material in the field of oilfield chemicals, helping to optimize the production process of oilfields, especially in complex reservoir environments, which can effectively improve oil recovery efficiency and reduce costs.
2. Applicable to coatings and textile industries
In addition to oilfield applications, this product has also shown a wide range of application prospects in the production of coatings, textiles and adhesives. Its thickening effect can improve the rheology of coatings, improve the smoothness and gloss of coatings; in the textile industry, associative polymers as thickeners can improve the stability of dyeing liquids, enhance their adhesion to fibers, and further improve product quality.
3. Water-soluble polymer thickeners
As a water-soluble polymer thickener, this product has excellent thickening effects, especially in aqueous solutions, which can effectively increase the viscosity of fluids and improve rheological properties. It forms a supramolecular structure through intermolecular association, significantly increases the volume of the fluid, and optimizes the flow characteristics of the system. It has a good regulating effect on liquid systems that need to control fluidity.
4. Unique associative polymer structure
The structural characteristics of associative thickeners are that their water-soluble macromolecular chains contain hydrophilic groups and a small amount of hydrophobic groups. The presence of these hydrophobic groups enables molecules to form larger structures through association, thereby significantly improving the thickening effect. When under high shear rates, the association will temporarily break and the viscosity will decrease. After the shear is removed, the structure will be reformed and the viscosity will be restored. This feature helps the product maintain stable thickening performance in environments where leveling, gloss improvement or shear rate fluctuations are required.
5. Rheological property control
The product can effectively reduce viscosity at high shear rates and restore viscosity after the shear force is removed, which helps to control the flow characteristics of the fluid and improve the stability of the operation and product quality.
1. Oilfield associative polymer production
This product is widely used in the production of oilfield associative polymers, especially for improving the oil recovery efficiency of polymers in oilfields. Its excellent thickening performance and acid and alkali resistance make it an important raw material in the field of oilfield chemicals, helping to optimize the production process of oilfields, especially in complex reservoir environments, which can effectively improve oil recovery efficiency and reduce costs.
2. Applicable to coatings and textile industries
In addition to oilfield applications, this product has also shown a wide range of application prospects in the production of coatings, textiles and adhesives. Its thickening effect can improve the rheology of coatings, improve the smoothness and gloss of coatings; in the textile industry, associative polymers as thickeners can improve the stability of dyeing liquids, enhance their adhesion to fibers, and further improve product quality.
3. Water-soluble polymer thickeners
As a water-soluble polymer thickener, this product has excellent thickening effects, especially in aqueous solutions, which can effectively increase the viscosity of fluids and improve rheological properties. It forms a supramolecular structure through intermolecular association, significantly increases the volume of the fluid, and optimizes the flow characteristics of the system. It has a good regulating effect on liquid systems that need to control fluidity.
4. Unique associative polymer structure
The structural characteristics of associative thickeners are that their water-soluble macromolecular chains contain hydrophilic groups and a small amount of hydrophobic groups. The presence of these hydrophobic groups enables molecules to form larger structures through association, thereby significantly improving the thickening effect. When under high shear rates, the association will temporarily break and the viscosity will decrease. After the shear is removed, the structure will be reformed and the viscosity will be restored. This feature helps the product maintain stable thickening performance in environments where leveling, gloss improvement or shear rate fluctuations are required.
5. Rheological property control
The product can effectively reduce viscosity at high shear rates and restore viscosity after the shear force is removed, which helps to control the flow characteristics of the fluid and improve the stability of the operation and product quality.
1. What are the advantages of using this product?
This product can significantly improve the viscosity, stability and rheological properties of the fluid, and is particularly suitable for viscosity control in oil fields and industrial applications. Due to its excellent acid and alkali resistance, it has a wide range of adaptability and can be stable in a variety of environments to ensure the application effect.
2. How does Copolymers Surfact work in oil fields?
As a key chemical in oil field production, Copolymers Surfact helps to improve oil recovery efficiency, increase fluid dynamic volume by forming intermolecular associations, and thus improve the sustainability of oil field development.
3. What should be paid attention to when using DYPA's Copolymers Surfact?
Attention should be paid to its viscosity control ability at high shear rates and viscosity recovery after shear removal, which helps to improve leveling and gloss and optimize the operation effect.
4. How long is the delivery time?
Usually 7-10 days, if there is no stock, it may take 10-15 days to arrange delivery.
1. What are the advantages of using this product?
This product can significantly improve the viscosity, stability and rheological properties of the fluid, and is particularly suitable for viscosity control in oil fields and industrial applications. Due to its excellent acid and alkali resistance, it has a wide range of adaptability and can be stable in a variety of environments to ensure the application effect.
2. How does Copolymers Surfact work in oil fields?
As a key chemical in oil field production, Copolymers Surfact helps to improve oil recovery efficiency, increase fluid dynamic volume by forming intermolecular associations, and thus improve the sustainability of oil field development.
3. What should be paid attention to when using DYPA's Copolymers Surfact?
Attention should be paid to its viscosity control ability at high shear rates and viscosity recovery after shear removal, which helps to improve leveling and gloss and optimize the operation effect.
4. How long is the delivery time?
Usually 7-10 days, if there is no stock, it may take 10-15 days to arrange delivery.
