hesheng chemical
PRODUCTS
Epoxy Silane Oligomer
|
HS Code |
820841 |
| Chemical Structure | Combination of epoxy and silane groups |
| State | Liquid or solid depending on molecular weight |
| Viscosity | Variable, related to molecular weight and temperature |
| Solubility | Soluble in some organic solvents |
| Reactivity | Reacts with active hydrogen - containing compounds |
| Curing Mechanism | Can cure via epoxy - amine or other epoxy - reactive systems |
| Thermal Stability | Good thermal stability up to a certain temperature |
| Adhesion | High adhesion to various substrates like metals, ceramics |
| Hydrolytic Stability | Fair to good hydrolytic stability |
| Mechanical Strength | Contributes to high mechanical strength in cured products |
As an accredited Epoxy Silane Oligomer factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Epoxy Silane Oligomer packaged in 5 - kg containers for secure storage and transport. |
| Storage | Epoxy Silane Oligomer should be stored in a cool, dry place away from direct sunlight and heat sources. Keep it in a tightly - sealed container to prevent moisture absorption, which can affect its properties. Storage temperature should be maintained between 5 - 35°C. Avoid storing near reactive chemicals to prevent unwanted reactions. |
| Shipping | Epoxy Silane Oligomer is shipped in sealed, corrosion - resistant containers. Special care is taken to ensure stable conditions during transit, following strict chemical transportation regulations to prevent spills and ensure safety. |
Competitive Epoxy Silane Oligomer prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to sales7@alchemist-chem.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: sales7@alchemist-chem.com
Historical Development
"Historical Development of Epoxy Silane Oligomers"
Taste that if you want to do a good job in your work, you must first use your tools. Epoxy silane oligomers are the rookies of materials. Tracing back to its origin, it was only something explored by many wise men at the beginning. At that time, the understanding was still shallow and the application was not wide.
However, as the years passed, the wise men worked tirelessly. In the method of synthesis, keep improving, so that its quality can be improved day by day. The field of application has also gradually expanded. From the beginning of the niche trial, it will shine in the construction, electronics and other industries. Every step of improvement depends on the wisdom and sweat of the predecessors. Looking at its development, it is like the stars gradually converging, eventually becoming a bright trend, adding thousands of boosts to many fields in the world, which is the best thing in the history of material development.
Taste that if you want to do a good job in your work, you must first use your tools. Epoxy silane oligomers are the rookies of materials. Tracing back to its origin, it was only something explored by many wise men at the beginning. At that time, the understanding was still shallow and the application was not wide.
However, as the years passed, the wise men worked tirelessly. In the method of synthesis, keep improving, so that its quality can be improved day by day. The field of application has also gradually expanded. From the beginning of the niche trial, it will shine in the construction, electronics and other industries. Every step of improvement depends on the wisdom and sweat of the predecessors. Looking at its development, it is like the stars gradually converging, eventually becoming a bright trend, adding thousands of boosts to many fields in the world, which is the best thing in the history of material development.
Product Overview
"Product Overview of Epoxy Silane Oligomer"
Epoxy Silane Oligomer is an exquisite product with both epoxy and silane properties. Its molecular structure is unique, and the epoxy group gives it good adhesion and reactivity, which can be tightly combined with many materials to strengthen the structure. The silane group gives it excellent weather resistance, water resistance, and stability in harsh environments.
This product is widely used in industrial fields, such as in coatings to improve coating hardness, wear resistance and chemical corrosion resistance; in composites, it can enhance interface bonding and optimize overall performance. Its preparation process is fine and the quality is high, providing excellent material selection for many industries, helping to improve product performance and long-term durability.
Epoxy Silane Oligomer is an exquisite product with both epoxy and silane properties. Its molecular structure is unique, and the epoxy group gives it good adhesion and reactivity, which can be tightly combined with many materials to strengthen the structure. The silane group gives it excellent weather resistance, water resistance, and stability in harsh environments.
This product is widely used in industrial fields, such as in coatings to improve coating hardness, wear resistance and chemical corrosion resistance; in composites, it can enhance interface bonding and optimize overall performance. Its preparation process is fine and the quality is high, providing excellent material selection for many industries, helping to improve product performance and long-term durability.
Physical & Chemical Properties
"On the Physical and Chemical Properties of Epoxy Silane Oligomers"
Epoxy silane oligomers have specific physical and chemical properties. They are strong and tough, and can form a sturdy structure. Looking at their chemical properties, they contain epoxy groups and silane groups, and can react with a variety of substances to form stable chemical bonds. In terms of physics, they have good solubility, can be dissolved in various organic solvents, and are convenient for preparation and use.
Furthermore, they have excellent thermal stability and are not easy to decompose and deteriorate at high temperatures. These characteristics make epoxy silane oligomers widely used in the field of materials science, such as coatings, adhesives, etc. It can strengthen the surface of objects, increase their wear resistance and corrosion resistance, and is a material of great value.
Epoxy silane oligomers have specific physical and chemical properties. They are strong and tough, and can form a sturdy structure. Looking at their chemical properties, they contain epoxy groups and silane groups, and can react with a variety of substances to form stable chemical bonds. In terms of physics, they have good solubility, can be dissolved in various organic solvents, and are convenient for preparation and use.
Furthermore, they have excellent thermal stability and are not easy to decompose and deteriorate at high temperatures. These characteristics make epoxy silane oligomers widely used in the field of materials science, such as coatings, adhesives, etc. It can strengthen the surface of objects, increase their wear resistance and corrosion resistance, and is a material of great value.
Technical Specifications & Labeling
"Technical Specifications and Labels (Commodity Parameters) · Epoxy Silane Oligomers"
For epoxy silane oligomers, the process has its own regulations, and the label contains the requirements. Its quality needs to be pure and free of impurities, and the color is translucent. The molecular weight should be combined with a specific number, and the distribution is uniform. The proportion of functional groups is accurate, which is related to the performance.
Its physical properties, viscosity is within a certain range, to ensure smooth application. The boiling point and melting point also meet the specified standards to meet different application conditions. Chemical activity is stable and compatible, and it can observe its properties in case of temperature, humidity, etc. In the
label, the composition, content, and origin are also detailed. The specification parameters are listed one by one, so that the user can understand their quality and meet the needs of various industries.
For epoxy silane oligomers, the process has its own regulations, and the label contains the requirements. Its quality needs to be pure and free of impurities, and the color is translucent. The molecular weight should be combined with a specific number, and the distribution is uniform. The proportion of functional groups is accurate, which is related to the performance.
Its physical properties, viscosity is within a certain range, to ensure smooth application. The boiling point and melting point also meet the specified standards to meet different application conditions. Chemical activity is stable and compatible, and it can observe its properties in case of temperature, humidity, etc. In the
label, the composition, content, and origin are also detailed. The specification parameters are listed one by one, so that the user can understand their quality and meet the needs of various industries.
Preparation Method
"The Method of Making Epoxy Silane Oligomer"
Where making Epoxy Silane Oligomer, prepare all the materials first. Take the quality of cyclic oxygen, this is the basis. Also choose the genus of silane, the proportion is appropriate. The raw materials are available, and the reaction process begins.
In a clean kettle, put the raw materials, control the temperature moderately, and slowly heat up. Slow down at the beginning and then gradually slow down, so that the reaction is stable. The heat must be carefully observed, do not let too much and too little.
During the reaction, often add stirring to make sure that the materials are uniform. When it is finished, enter the refining step. Remove its impurities to obtain pure products.
The method of refining, or filtration, or distillation, depends on the situation. The finished product is available only when it is out of stock and tested for quality and compliance with regulations. This method of making Epoxy Silane Oligomer is also rough.
Where making Epoxy Silane Oligomer, prepare all the materials first. Take the quality of cyclic oxygen, this is the basis. Also choose the genus of silane, the proportion is appropriate. The raw materials are available, and the reaction process begins.
In a clean kettle, put the raw materials, control the temperature moderately, and slowly heat up. Slow down at the beginning and then gradually slow down, so that the reaction is stable. The heat must be carefully observed, do not let too much and too little.
During the reaction, often add stirring to make sure that the materials are uniform. When it is finished, enter the refining step. Remove its impurities to obtain pure products.
The method of refining, or filtration, or distillation, depends on the situation. The finished product is available only when it is out of stock and tested for quality and compliance with regulations. This method of making Epoxy Silane Oligomer is also rough.
Chemical Reactions & Modifications
"On the Chemical Reaction and Modification of Epoxy Silane Oligomers"
Epoxy silane oligomers are quite important in the field of chemical industry. Their chemical reactions are complex and changeable. The silane part can be affinity with many substances, and the epoxy group is significantly active. The two are synergistic and can produce various reactions.
Talk about modification, aiming to improve its performance. Or change its toughness, or increase its stability. For example, react with specific reagents to adjust its molecular structure. Make it suitable for different scenarios. After modification, it can be used in coatings, adhesives, etc., and the performance has been significantly improved. This is the essence of the chemical reaction and modification of epoxy silane oligomers.
Epoxy silane oligomers are quite important in the field of chemical industry. Their chemical reactions are complex and changeable. The silane part can be affinity with many substances, and the epoxy group is significantly active. The two are synergistic and can produce various reactions.
Talk about modification, aiming to improve its performance. Or change its toughness, or increase its stability. For example, react with specific reagents to adjust its molecular structure. Make it suitable for different scenarios. After modification, it can be used in coatings, adhesives, etc., and the performance has been significantly improved. This is the essence of the chemical reaction and modification of epoxy silane oligomers.
Synonyms & Product Names
"The Same Noun and Trade Name of Epoxy Silane Oligomers"
There is now a thing called epoxy silane oligomers. It is also known by many other names in the industry. Or because of its characteristics, or because of its use, it is called siloxane epoxy oligomer, which highlights the characteristics of silicone and epoxy oligomerization in its chemical structure. There are also calls for epoxy silica oligomers, emphasizing the combination of silicon and epoxy.
Such names, although different expressions, refer to this epoxy silane oligomer. In the field of chemical industry, it has a wide range of uses and unique performance. It is known to all parties and contributes to the success of various processes and products.
There is now a thing called epoxy silane oligomers. It is also known by many other names in the industry. Or because of its characteristics, or because of its use, it is called siloxane epoxy oligomer, which highlights the characteristics of silicone and epoxy oligomerization in its chemical structure. There are also calls for epoxy silica oligomers, emphasizing the combination of silicon and epoxy.
Such names, although different expressions, refer to this epoxy silane oligomer. In the field of chemical industry, it has a wide range of uses and unique performance. It is known to all parties and contributes to the success of various processes and products.
Safety & Operational Standards
Code for safety and operation of epoxy silane oligomers
#1. Method of storage
The epoxy silane oligomer should be placed in a cool, dry and well-ventilated place. Avoid direct sunlight, due to light or cause its properties to change. Where it is stored, the temperature should be stable, not too high or sudden changes to prevent material damage. And it is necessary to keep away from fire and heat sources. This is a flammable product. If you are not careful, it will cause disaster.
#2. Rules for Access
When using epoxy silane oligomers, you must be cautious. Wash your hands first, wear clean protective clothing, gloves and goggles to prevent the material from touching the skin and hurting your eyes. Take it with clean utensils, the dosage is accurate, and it cannot be increased or decreased at will. Seal the container after taking it out to avoid long-term contact with the air and cause its qualitative change.
#3. The essentials of operation
The operation site must be well ventilated to remove harmful gases and keep the air fresh. The equipment used must be clean and intact, without the risk of damage and leakage. During operation, the action is steady and slow to prevent the material from splashing out. If the material is accidentally splashed on the skin or eyes, rinse it with a lot of water quickly, and in severe cases, seek medical attention urgently.
#4. The principle of waste
Discarded epoxy silane oligomers should not be disposed of at will. According to relevant regulations, collect them by classification and dispose of them properly. Or to professional institutions, the implementation of environmental protection treatment, to protect the environment from its pollution. In this way, the use of epoxy silane oligomers, safe operation regulations.
#1. Method of storage
The epoxy silane oligomer should be placed in a cool, dry and well-ventilated place. Avoid direct sunlight, due to light or cause its properties to change. Where it is stored, the temperature should be stable, not too high or sudden changes to prevent material damage. And it is necessary to keep away from fire and heat sources. This is a flammable product. If you are not careful, it will cause disaster.
#2. Rules for Access
When using epoxy silane oligomers, you must be cautious. Wash your hands first, wear clean protective clothing, gloves and goggles to prevent the material from touching the skin and hurting your eyes. Take it with clean utensils, the dosage is accurate, and it cannot be increased or decreased at will. Seal the container after taking it out to avoid long-term contact with the air and cause its qualitative change.
#3. The essentials of operation
The operation site must be well ventilated to remove harmful gases and keep the air fresh. The equipment used must be clean and intact, without the risk of damage and leakage. During operation, the action is steady and slow to prevent the material from splashing out. If the material is accidentally splashed on the skin or eyes, rinse it with a lot of water quickly, and in severe cases, seek medical attention urgently.
#4. The principle of waste
Discarded epoxy silane oligomers should not be disposed of at will. According to relevant regulations, collect them by classification and dispose of them properly. Or to professional institutions, the implementation of environmental protection treatment, to protect the environment from its pollution. In this way, the use of epoxy silane oligomers, safe operation regulations.
Application Area
Epoxy silane oligomers have a wide range of application fields. In the genus of civil construction, they can strengthen masonry, making its structure stable, difficult to be invaded by wind and rain, and vulnerable to damage over time. In the field of utensils manufacturing, they can protect the surface of utensils, making them wear-resistant and corrosion-resistant, lasting for a long time. And in optical materials, it also has its use, which can increase the transparency and stability of materials, so that the object can be seen clearly and unchanged for a long time. And in electronic components, it can help it prevent moisture and insulate, ensure the smooth flow of circuits, and have no worries about performance. In all these application fields, epoxy silane oligomers can show their capabilities, which is a good help for fortifications.
Research & Development
"Chapter of Research and Creation"
Since recent times, there has been a thing called Epoxy Silane Oligomer, which is unique in nature and has a wide range of functions. The wise men studied it carefully, studied its characteristics, and explored its potential.
During the process of research and development, the public worked hard. Or analyze its molecular structure, or test its chemical properties, hoping to expand its use and increase its effectiveness.
After years of work, the results are gradually emerging. Epoxy Silane Oligomer has emerged in various fields, or is used for the solidification of utensils, or for the renewal of materials.
However, the research and creation are endless, and the public still has an enterprising heart, wanting to explore it more, apply it widely, and expect to have more outstanding achievements in the future, so as to benefit the world, and never stop researching and creating.
Since recent times, there has been a thing called Epoxy Silane Oligomer, which is unique in nature and has a wide range of functions. The wise men studied it carefully, studied its characteristics, and explored its potential.
During the process of research and development, the public worked hard. Or analyze its molecular structure, or test its chemical properties, hoping to expand its use and increase its effectiveness.
After years of work, the results are gradually emerging. Epoxy Silane Oligomer has emerged in various fields, or is used for the solidification of utensils, or for the renewal of materials.
However, the research and creation are endless, and the public still has an enterprising heart, wanting to explore it more, apply it widely, and expect to have more outstanding achievements in the future, so as to benefit the world, and never stop researching and creating.
Toxicity Research
"On the Toxicity of Epoxy Silane Oligomers"
Now there are epoxy silane oligomers, which are related to toxicity, and the importance of research. Examine its properties in detail to clarify its harm. This polymer has a wide range of uses, but its toxicity cannot be ignored.
After careful investigation, it has been investigated from multiple channels. Observe its contact with objects, observe its changes in the body. Or spread in the environment, affecting the surroundings. As far as toxicity is concerned, the state of living things and the transformation of physical properties need to be carefully investigated. After repeated research, it is expected to be confirmed. To know the details of the toxicity of epoxy silane oligomers, it is appropriate to use this product for the sake of alerting people and environmental protection, so as to weigh the advantages and disadvantages.
Now there are epoxy silane oligomers, which are related to toxicity, and the importance of research. Examine its properties in detail to clarify its harm. This polymer has a wide range of uses, but its toxicity cannot be ignored.
After careful investigation, it has been investigated from multiple channels. Observe its contact with objects, observe its changes in the body. Or spread in the environment, affecting the surroundings. As far as toxicity is concerned, the state of living things and the transformation of physical properties need to be carefully investigated. After repeated research, it is expected to be confirmed. To know the details of the toxicity of epoxy silane oligomers, it is appropriate to use this product for the sake of alerting people and environmental protection, so as to weigh the advantages and disadvantages.
Future Prospects
"Future Prospects"
Epoxy Silane Oligomer is also a new material. Its future prospects can be improved.
In the field of manufacturing, this material has the characteristics of engineering, which can improve the performance of engineering products, making the equipment more durable. In the future, the material is widely used in high-end manufacturing, improving the integrity of our country's engineering.
In the path of scientific research and exploration, Epoxy Silane Oligomer is also an important cornerstone. Scientists can use its characteristics to explore new research directions and generate more new results.
As for people's livelihood, it may improve the amount of daily necessities and make people's lives more convenient and comfortable. In short, the future of Epoxy Silane Oligomer is not yet clear.
Epoxy Silane Oligomer is also a new material. Its future prospects can be improved.
In the field of manufacturing, this material has the characteristics of engineering, which can improve the performance of engineering products, making the equipment more durable. In the future, the material is widely used in high-end manufacturing, improving the integrity of our country's engineering.
In the path of scientific research and exploration, Epoxy Silane Oligomer is also an important cornerstone. Scientists can use its characteristics to explore new research directions and generate more new results.
As for people's livelihood, it may improve the amount of daily necessities and make people's lives more convenient and comfortable. In short, the future of Epoxy Silane Oligomer is not yet clear.
Where to Buy Epoxy Silane Oligomer in China?
As a trusted Epoxy Silane Oligomer manufacturer, we deliver:
Factory-Direct Value: Competitive pricing with no middleman markups, tailored for bulk orders and project-scale requirements.
Technical Excellence: Precision-engineered solutions backed by R&D expertise, from formulation to end-to-end delivery.
Whether you need industrial-grade quantities or specialized customizations, our team ensures reliability at every stage—from initial specification to post-delivery support.
As a leading Epoxy Silane Oligomer supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.
What are the main application fields of Epoxy Silane Oligomers
The combination of epoxy, silane and oligomer materials has important applications in many fields.
In the construction field, it can be used as a high-performance sealant and adhesive. Epoxy has excellent adhesion and mechanical properties. Silane can enhance the weathering and water resistance of materials, and oligomers can adjust the viscosity and flexibility of materials. The combination of the three is used for the sealing of building joints, which can resist climate change, waterproof penetration, and ensure the long-term stability of building structures.
In the coating industry, this combination material is often a high-quality coating raw material. Epoxy provides good adhesion and hardness, silane improves the chemical corrosion resistance and water resistance of the coating, and oligomers help to optimize the leveling and gloss of the coating. Applied to protective coatings on metal surfaces, it can effectively prevent corrosion and prolong the service life of metal parts.
It is also common in the field of electronic packaging. Epoxy has good insulation and strong bonding. Silane improves the compatibility and moisture resistance of materials and electronic components. Oligomers make the packaging materials suitable for processing. For electronic chip packaging, it can protect the chip from the external environment and ensure the stable operation of electronic equipment.
In the manufacture of composite materials, the combination of these three can enhance the bonding force between the substrate and the enhanced phase interface. Epoxy provides strength and toughness to the matrix, silane treatment strengthens the surface of the phase to enhance affinity with the matrix, and oligomers optimize the process performance of the composite. When manufacturing composite materials for aerospace, the comprehensive properties of the materials can be improved to meet the strict application requirements.
In the construction field, it can be used as a high-performance sealant and adhesive. Epoxy has excellent adhesion and mechanical properties. Silane can enhance the weathering and water resistance of materials, and oligomers can adjust the viscosity and flexibility of materials. The combination of the three is used for the sealing of building joints, which can resist climate change, waterproof penetration, and ensure the long-term stability of building structures.
In the coating industry, this combination material is often a high-quality coating raw material. Epoxy provides good adhesion and hardness, silane improves the chemical corrosion resistance and water resistance of the coating, and oligomers help to optimize the leveling and gloss of the coating. Applied to protective coatings on metal surfaces, it can effectively prevent corrosion and prolong the service life of metal parts.
It is also common in the field of electronic packaging. Epoxy has good insulation and strong bonding. Silane improves the compatibility and moisture resistance of materials and electronic components. Oligomers make the packaging materials suitable for processing. For electronic chip packaging, it can protect the chip from the external environment and ensure the stable operation of electronic equipment.
In the manufacture of composite materials, the combination of these three can enhance the bonding force between the substrate and the enhanced phase interface. Epoxy provides strength and toughness to the matrix, silane treatment strengthens the surface of the phase to enhance affinity with the matrix, and oligomers optimize the process performance of the composite. When manufacturing composite materials for aerospace, the comprehensive properties of the materials can be improved to meet the strict application requirements.
What are the characteristics of Epoxy Silane Oligomer?
Epoxy (Epoxy), silane (Silane) and oligomer (Oligomer) are mixed, and their performance characteristics are particularly impressive. Epoxy has high bonding power, which can make all things closely connected, just like the fit of mortise and tenon, which is great for structural stability. After curing, it becomes tough and resistant to the impact of mechanical external forces, such as the strength of a rock.
Silane is lively and good for surface affinity with different materials. Interface properties can be improved to make the mixture adhere more firmly to the substrate, like building an invisible bridge between them to enhance the stability of the whole. And silane has the ability to withstand weather, helping the mixture resist the erosion of time and nature, and it lasts for a long time. The addition of the
oligomer fine-tunes the viscosity and reactivity of the system. Its molecular structure is exquisite, which can optimize the rheological properties of the mixture, and it is smooth and smooth during construction and application, without the risk of blockage. At the same time, the oligomer also supplements the mechanical properties and chemical stability of the final product, and can be adjusted on demand to achieve the ideal state. The three help each other, epoxy lays a solid foundation, silane strengthens the interface, and the oligomer optimizes the performance. It builds a mixed system with excellent performance, which is suitable for many fields and has extraordinary utility.
Silane is lively and good for surface affinity with different materials. Interface properties can be improved to make the mixture adhere more firmly to the substrate, like building an invisible bridge between them to enhance the stability of the whole. And silane has the ability to withstand weather, helping the mixture resist the erosion of time and nature, and it lasts for a long time. The addition of the
oligomer fine-tunes the viscosity and reactivity of the system. Its molecular structure is exquisite, which can optimize the rheological properties of the mixture, and it is smooth and smooth during construction and application, without the risk of blockage. At the same time, the oligomer also supplements the mechanical properties and chemical stability of the final product, and can be adjusted on demand to achieve the ideal state. The three help each other, epoxy lays a solid foundation, silane strengthens the interface, and the oligomer optimizes the performance. It builds a mixed system with excellent performance, which is suitable for many fields and has extraordinary utility.
What are the advantages of Epoxy Silane Oligomer compared to other similar products?
The combination of epoxy, silane and oligomer has three advantages over other similar products.
First, the bonding performance is excellent. Epoxy itself has good bonding force, and silane can improve interfacial compatibility. The two cooperate with the oligomer and can firmly adhere to the surface of different materials. Such as the ancient good glue, it is indestructible when applied to the utensils, so that the objects can be maintained for a long time.
Second, good chemical stability. Silane can enhance weather resistance and chemical corrosion resistance, epoxy and oligomers also contribute to their own stability, and together they can resist wind and rain erosion and chemical corrosion, just like the armor of ancient times, with comprehensive protection and long-lasting damage.
Third, excellent mechanical properties. Oligomers can adjust the toughness of the system, epoxy provides high strength, and the three are combined to make the product both strong and sturdy, just like the best tools of ancient times, with both rigidity and flexibility, capable of withstanding heavy pressure without breaking.
First, the bonding performance is excellent. Epoxy itself has good bonding force, and silane can improve interfacial compatibility. The two cooperate with the oligomer and can firmly adhere to the surface of different materials. Such as the ancient good glue, it is indestructible when applied to the utensils, so that the objects can be maintained for a long time.
Second, good chemical stability. Silane can enhance weather resistance and chemical corrosion resistance, epoxy and oligomers also contribute to their own stability, and together they can resist wind and rain erosion and chemical corrosion, just like the armor of ancient times, with comprehensive protection and long-lasting damage.
Third, excellent mechanical properties. Oligomers can adjust the toughness of the system, epoxy provides high strength, and the three are combined to make the product both strong and sturdy, just like the best tools of ancient times, with both rigidity and flexibility, capable of withstanding heavy pressure without breaking.
Is the production process of Epoxy Silane Oligomer complicated?
The synthesis process of Epoxy, Silane, and Oligomer cannot be generalized. Epoxy, epoxy resin, is also active in nature, can react with a variety of substances, and is widely used. Silane is silane, often used as a coupling agent, which can improve the bonding force between different materials. Oligomer is an oligomer, with relatively small molecules and specific reactivity.
If this product is prepared, it is necessary to clarify the characteristics of each product. The cycloxy group of Epoxy can react with the active group of Silane under suitable conditions, and Silane can use its special structure to bridge the interface between different phases. Oligomer is added, or to adjust the molecular weight and properties of the product.
Its process, first of all, the preparation of raw materials needs to be accurate, weighing each substance, and mixing according to a certain proportion. When mixing, pay attention to the temperature and stirring rate to prevent local overheating or uneven mixing. In the reaction, a catalyst may be required to promote the reaction and control the reaction rate and process. And different reaction stages, temperature, time and other conditions are also different.
For example, in order to enhance the interface properties of a composite material, an appropriate amount of Epoxy, Silane, Oligomer is mixed evenly in a stirred kettle at a mild temperature, a little catalyst is added, and the temperature is controlled to slowly react. When the reaction reaches a certain extent and the monitoring index is up to standard, the desired product can be obtained.
However, this process, although the theory is clear, in practice, factors such as raw material purity, environmental humidity, reaction equipment, etc. may affect the quality and performance of the product, so it is not easy to achieve. It requires repeated testing and fine regulation to achieve satisfactory results.
If this product is prepared, it is necessary to clarify the characteristics of each product. The cycloxy group of Epoxy can react with the active group of Silane under suitable conditions, and Silane can use its special structure to bridge the interface between different phases. Oligomer is added, or to adjust the molecular weight and properties of the product.
Its process, first of all, the preparation of raw materials needs to be accurate, weighing each substance, and mixing according to a certain proportion. When mixing, pay attention to the temperature and stirring rate to prevent local overheating or uneven mixing. In the reaction, a catalyst may be required to promote the reaction and control the reaction rate and process. And different reaction stages, temperature, time and other conditions are also different.
For example, in order to enhance the interface properties of a composite material, an appropriate amount of Epoxy, Silane, Oligomer is mixed evenly in a stirred kettle at a mild temperature, a little catalyst is added, and the temperature is controlled to slowly react. When the reaction reaches a certain extent and the monitoring index is up to standard, the desired product can be obtained.
However, this process, although the theory is clear, in practice, factors such as raw material purity, environmental humidity, reaction equipment, etc. may affect the quality and performance of the product, so it is not easy to achieve. It requires repeated testing and fine regulation to achieve satisfactory results.
What is the market price range for Epoxy Silane Oligomer?
The price of epoxy, silane and oligomer in the market is uncertain, due to the variety of categories, uneven quality, different supply and demand, and various factors.
Epoxy, different categories, different uses, and different prices. Common industrial epoxy, if it is a common bonding and coating genus, the price may be around thousands to thousands of yuan per ton. However, if it is used in high-end electronics, aerospace, and has strict requirements on purity and performance, its price can reach tens of thousands or even hundreds of thousands of yuan per ton.
Silanes are also diverse. Ordinary coupling agent silanes, the market price may be tens of dollars per kilogram. And silanes with special functional groups and high purity, if used in the preparation of advanced materials, have a price per kilogram or more than 100 yuan, or even higher.
Oligomers have different prices due to different chemical structures and degrees of polymerization. Common polyester and polyether oligomers are used in general coatings and inks, and the price per ton is about thousands to 10,000 yuan. If they are used in special functional oligomers, such as light-curing and high-performance composites, the price is high, or tens of thousands of yuan per ton.
In summary, the market prices of epoxy, silane and oligomers range from tens of yuan per kilogram to hundreds of thousands of yuan per ton, depending on the specific items, quality and supply and demand conditions.
Epoxy, different categories, different uses, and different prices. Common industrial epoxy, if it is a common bonding and coating genus, the price may be around thousands to thousands of yuan per ton. However, if it is used in high-end electronics, aerospace, and has strict requirements on purity and performance, its price can reach tens of thousands or even hundreds of thousands of yuan per ton.
Silanes are also diverse. Ordinary coupling agent silanes, the market price may be tens of dollars per kilogram. And silanes with special functional groups and high purity, if used in the preparation of advanced materials, have a price per kilogram or more than 100 yuan, or even higher.
Oligomers have different prices due to different chemical structures and degrees of polymerization. Common polyester and polyether oligomers are used in general coatings and inks, and the price per ton is about thousands to 10,000 yuan. If they are used in special functional oligomers, such as light-curing and high-performance composites, the price is high, or tens of thousands of yuan per ton.
In summary, the market prices of epoxy, silane and oligomers range from tens of yuan per kilogram to hundreds of thousands of yuan per ton, depending on the specific items, quality and supply and demand conditions.
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