Shandong Link-Shine Advanced Materials factory is dedicated to product development and innovation aligned with customer requirements. The company rigorously adheres to standardized production processes and maintains a stringent quality control system to ensure the consistent delivery of high - quality products. Its core competencies encompass the domains of polymers and additives.
-
![7203 Silane Modified Polyether]()
7203 Silane Modified PolyetherLow activity, medium modulus.Can be dehydrated at high temperature together with the base material.Can be used to replace some of the plasticizers to improve the properties of the adhesive.read more -
![1800 Silane Modified Polyether]()
1800 Silane Modified PolyetherLow activity, medium modulus.. Can be dehydrated at high temperature together with the base material.. Can be used to replace some of the plasticizers to improve the performance of the adhesive..read more -
![1505 Silane Modified Polyether]()
-
![3300 Silane Modified Polyether]()
3300 Silane Modified PolyetherHigh activity, fast curing.. Could mix with normal additives well.. Excellent mechanical properties.. Good transparency, good yellowing resistance, wide range of adhesion.read more -
![2400 Silane Modified Polyether]()
2400 Silane Modified PolyetherLow activity, high strength, high modulus.. Can be dehydrated at high temperature together with the base material.. Can be used to replace part of the plasticizer to improve the performance of theread more -
![7000 Silane Modified Polyether]()
7000 Silane Modified PolyetherLow activity, high modulus.. Can be dehydrated at high temperature together with the base material.. Can be used to replace some of the plasticizers to improve the properties of the adhesive.. Goodread more -
![2800 Silane Modified Polyether]()
2800 Silane Modified PolyetherLow activity, low modulus.. Can be dehydrated at high temperature together with the base material.. Can be used to replace part of the plasticizer to improve the performance of the adhesive.. Goodread more -
![2025 Silane Modified Polyether]()
2025 Silane Modified PolyetherPlasticizer-free formulations possible for improved environmental performance.. Excellent elasticity and elongation.. lower down modulus in formulation.. low viscosity as a reactive diluent.read more -
![2015 Silane Modified Polyether]()
2015 Silane Modified PolyetherReactive diluent for viscosity reduction and modulus adjustment.. Low viscosity and medium modulus.. Can be used as a plasticizer.. Excellent adhesion to a wide range of substrates.read more -
![3015 Silane Modified Polyether]()
3015 Silane Modified PolyetherLow viscosity, easy processing.. High modulus, high strength and Shore D hardness after curing.. Transparent and plasticizer-free formulations.. Strong adhesion to diverse substrates.. Fast curing.read more -
![3100 Silane Modified Polyether]()
3100 Silane Modified PolyetherHigh activity, fast curing.. Could mix with normal additives well.. Excellent mechanical properties.. Good transparency, good yellowing resistance, wide range of adhesion.read more -
![3700 Silane Modified Polyether]()
Why Choose Us
Qualification Certification
We have successfully obtained certifications for ISO 9001 (Quality Management System), ISO 14001 (Environmental Management System), and ISO 45001 (Occupational Health and Safety Management System).
Advanced Equipment
The factory fully implements the 5S standardized operation mode and integrates advanced systems such as Enterprise Resource Planning (ERP) and Distributed Control Systems (DCS). This ensures high levels of automation and refined management in the production process.
Quality Control
The company strictly adheres to standardized production processes and leverages a comprehensive quality management system to ensure that every product meets established standards.
Innovative R&D Capabilities
Driven by customer needs, we focus on product development and innovation, continuously optimizing product performance to meet diverse market demands.
Silane Modified Polyether Introduction
Silyl-modified polymers (SMP; also silane-modified polymers, modified-silane polymers, MS polymers, silane-terminated polymers, etc.) are polymers terminating with a silyl group. SMPs are the main components in solvent-free and isocyanate-free sealant and adhesive products.
Our Best-Selling Silane Modified Polyether
Our Company Has More Products to Offer, Please Browse the Product Categories on the Website, If You Have Any Needs, Please Contact Us.
3300 Silane Modified Polyether
3300 is a Silane Terminated Polymer, which is the main raw material for the manufacture of MS sealant, Hybrid sealant, industrial sealing materials, etc. At room temperature, in the presence of a catalyst (such as amine, tin, etc.), it can quickly solidify by absorbing moisture from the air. According to customer needs, it can be designed into one and two-component series formulations and can be bonded to a variety of substrates.
2400 Silane Modified Polyether
2400 is a high-modulus and high-strength silane modified resin, which is the main raw material for manufacturing MS sealant, Hybrid sealant, industrial high-strength sealing materials, industrial coatings, waterproof coatings, etc. At room temperature, in the presence of catalysts (such as amines, tin, etc.), it solidifies by absorbing moisture from the air.
7000 Silane Modified Polyether
7000 is a medium modulus Silane Modified Resin, which is the main raw material for the manufacture of MS sealant, hybrid sealant, industrial high-strength sealant, industrial coatings, waterproof coatings, etc. At room temperature, in the presence of catalysts (such as amines, tin, etc.), it solidifies by absorbing moisture from the air.
Silane Modified Polyether Indicators
|
Chemical name |
Silane-modified polyether |
|
Appearance |
Transparent liquid |
|
Flash point |
> 100℃ |
|
Viscosity(25℃) |
10000 ~ 20000 mpa.s |
|
Density(25℃) |
0.98-1.02g/cm3 |
Key Characteristics of Silane Modified Polyether
High Strength
Silane modified polyether provides robust bonding capabilities, essential for industrial and structural applications.
Antibacterial and Mildew Proof
Its inherent properties resist bacterial growth and mildew, making it ideal for environments prone to moisture.
No Free Small Molecules
Silane-modified polyether does not release small molecules that can cause ash pollution.
Recoatable
It allows for reapplication and repainting without compromising the integrity of the bond.
Silane Modified Polyether Hardening properties
|
50%-Tensile Stress |
Maximum Tensile Stress |
Rupture Elongation |
|
0.08～0.15 |
0.30～0.80 |
300～500 |
|
0.15～0.25 |
0.40～0.90 |
200～400 |
|
0.25～0.35 |
0.30～0.80 |
100～300 |
|
0.25～0.35 |
0.40～0.90 |
200～400 |
The structural feature of silane modified polyether is that the main chain is a macromolecular polyether, and the end group is a silane group containing hydrolyzable groups. The synthesis of silane modified polyethers is usually completed by a two-step method.
Step 1: Using allyl polyether alcohol, hydroxyl terminated polyether, etc. as raw materials, dihalomethane (H2CX2) as a chain extender, and caustic soda as a catalyst, an allyl terminated polyether intermediate is prepared through chain extension reaction.
Step 2: In the presence of platinum based catalysts, the refined intermediate is reacted with methyldimethoxysilane through terminal silylation reaction to obtain silane modified polyether.
Construction industry
Used for bonding and sealing of building structures and decorations, with excellent weather resistance and bonding performance.
Automotive industry
Used for bonding and sealing automotive components such as body, windshield, and other interior materials.
Electronics industry
Used as adhesives and packaging materials in electronic device manufacturing, with good heat resistance and chemical stability.
Aerospace industry
Used to manufacture high-performance adhesives and sealants to withstand extreme environmental conditions.
Refrigerated trucks, containers, and elevator industries:
Used for bonding and sealing, expanding their application areas.
Storage and Expiration Date
Silane-modified polyether should be stored in its original sealed container at a temperature range of 5°C to 30°C. The product has a shelf life of 12 months from the date of production under these conditions. For detailed storage recommendations, please refer to the information provided on the packaging. After the expiration date, the manufacturer cannot guarantee that the product will continue to meet the specified performance criteria.
Packaging and Shipping
|
Packaging |
Net weight 200KG/barrel, 1000kg/IBC drum |
|
Shelf life |
12 months |
|
Transportation methods |
Road transport, rail transport, air transportrt |
Our Certificate
FAQ
As one of the leading silane modified polyether manufacturers in China, we warmly welcome you to buy silane modified polyether made in China here from our factory. All our products are with high quality and competitive price.