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This involves interactions between a business and its customers. It's about meeting customers' needs and resolving their problems. Effective customer service is crucial.
Thermal conductive potting glue is an adhesive compound which can provide excellent thermal conductivity. It possesses various properties including insulation, flame retardant, sealing, waterproof, dustproof, and shockproof. This two-component thermal conductive glue is formulated to cure at room temperature. It transforms from a liquid and fluid state to a polymer elastomer upon complete curing. It can also withstand high temperatures.
We offer fast customization of high-performance potting adhesives to suit your needs.
Our potting glue is a low-viscosity gel that conducts heat, bonds, and seals. In its liquid state before curing, it flows easily and can fill small gaps effectively.
This advanced electronic assembly compound offers reliable protection for electronic components in diverse and challenging environments.
As a leading provider of thermal conductive material solutions, we offer a broad selection of electronic potting compounds with varying material properties to suit different application requirements. We deliver lasting solutions for your electronic thermal conductivity needs, ensuring optimal protection for electronic units.
Our glue finds primary applications in new energy battery pack solutions, as well as in aerospace, medical, and other electronic industries.
Thanks to its excellent flowability, our potting glue can fill all voids within electronic components, providing block protection with outstanding performance. Beyond this, it offers several additional benefits:
We offer diverse potting adhesives tailored to various applications and industries. Our selection includes Epoxy, Silicone, Polyurethane, UV, and Hot Melt adhesives.
Formulated with silicone resin as its base, these adhesives incorporate heat-conductive or specialized fillers. They come in one-component and two-component varieties. While one-component options offer convenient operation, they require high-temperature curing.
Two-component versions can cure at room temperature. Silicone adhesives are ideal for applications demanding high thermal conductivity, weather resistance, temperature resistance, chemical resistance, and high voltage resistance.
Note that these adhesives release small volatile molecules of silane coupling agent after curing, making them unsuitable for high-volatile applications like cameras and precision optical instruments.
Based on epoxy resin, these adhesives incorporate thermal conductivity fillers or other custom fillers. They are available in one-component and two-component forms.
Epoxy adhesives are suitable for applications requiring strong bonding and gel strength, with a usage temperature range of 10 to 200℃. They are not recommended for low-temperature applications.
Primarily available in a two-component form, polyurethane adhesives consist mainly of polyol and isocyanate. They are valued for their adhesive strength, flexibility, and non-volatile properties. These adhesives maintain good flexibility even at low temperatures but should not be used at temperatures exceeding 80℃.
These adhesives cure quickly using ultraviolet light, achieving complete curing in just 3 to 5 minutes.
Hot melt adhesives are solid at room temperature but can be liquefied when heated. This property allows for easy potting applications.
Choosing the right potting adhesive can be challenging for many customers. To help you make an informed decision, Here are some tips that will assist you in selecting the appropriate type of potting adhesive for your needs.
Consider the conditions the potting adhesive will be exposed to, such as operating temperature, temperature range, acidity, alkalinity, and voltage resistance requirements. Based on these factors and the unique properties of different adhesives, you can select the most suitable one.
Determine the required curing time based on your production pace and product characteristics. For instance, epoxy, polyurethane, and silicone potting adhesives offer adjustable curing times to meet your specific operational needs.
Choose the viscosity of the potting adhesive based on the gap size of the product to be potted and thermal conductivity requirements. For smaller gaps, opt for a low-viscosity adhesive with good flowability.
If the potted part will serve as a visible surface of the product, select an adhesive that provides a mirror-like finish.
When using two-component potting adhesives, ensure thorough mixing before potting. Proper mixing and evacuation are crucial to prevent bubble formation during stirring, which could compromise thermal conductivity.
We specialize in two-component silicone potting adhesives, offering customized solutions tailored to our customers' specific requirements. We can adjust parameters such as color, viscosity, thermal conductivity, oil resistance, and voltage resistance to meet your needs.
Our potting adhesive effectively addresses various challenges encountered during the assembly of electronic products, offering enhanced protection in complex assemblies and minimizing risks associated with electronic component use.
Reach out to our experienced team members for professional thermal management solutions. We're here to help!