Recommended use of glue
The control board is a critical component in electronic devices, responsible for device control and signal processing. To ensure its stable operation, potting is commonly employed. Polyurethane potting compounds are high-performance adhesives that, owing to their exceptional strength, seamless application, water resistance, dust protection, shock absorption, electrical insulation, and protective properties, are widely used in industries such as electronics, automotive, and aerospace.
2026-07-20
Epoxy potting compounds, as an important class of engineering materials, are widely used in electronics, electrical equipment, automotive applications, construction, and other fields. Compared with conventional epoxy potting compounds, modified epoxy potting compounds exhibit superior performance under demanding conditions such as high temperature, high humidity, vibration, and chemical corrosion. So, what advantages do modified epoxy potting compounds offer?
2026-07-20
Can an electric bicycle controller be encapsulated using polyurethane potting compound?
As the core component of an electric vehicle, the controller’s sealing performance directly affects the overall reliability of the vehicle. Therefore, to safeguard the controller and its internal electronic components, a high‑performance potting compound is required to provide effective sealing protection.
2026-07-20
What adhesive is used to secure the neck of the motor rotor winding?
The rotor is a critical component of an electric motor, responsible for converting electrical signals into mechanical motion. The rotor winding is one of the rotor’s key parts, and its secure fixation is of utmost importance; if the winding becomes loose or falls off, it will directly compromise the motor’s normal operation, thereby affecting the equipment’s efficiency and service life.
2026-07-20
How to choose the right potting compound for a solar junction box?
Solar junction boxes are exposed outdoors for extended periods and must withstand harsh conditions such as intense solar radiation, freezing temperatures, ultraviolet exposure, and rainwater erosion, while also ensuring reliable electrical insulation and stable heat dissipation. Therefore, the potting compound selected must meet the following performance requirements:
2026-07-20
What are the advantages of using silicone potting compound in power controllers?
The application of silicone potting compounds in power controllers has demonstrated their versatility, making them an indispensable component in the electronics industry. As a high‑performance sealing material, silicone potting compounds not only deliver superior protection against water, dust, and electrical insulation but also exhibit excellent resistance to temperature extremes and aging.
2026-07-20
Epoxy potting compound enhances the structural reliability of buzzers.
A potting‑encapsulated buzzer is a specially designed electronic sound‑producing component whose internal structure has been filled with sealing compound. This process provides effective protection against water and dust while enhancing mechanical strength. Potting‑encapsulated buzzers are well suited for use in humid, dusty, or shock‑resistant environments, such as outdoor equipment and industrial control systems.
2026-07-20
Key Applications of Polyurethane Structural Adhesives in Power Battery Packaging Processes
As the new‑energy vehicle industry has advanced by leaps and bounds, the requirements for power‑battery safety, energy density, and cycle life have become increasingly stringent. Adhesives play a critical role, particularly two key categories: thermally conductive adhesives with excellent thermal management properties, and structural adhesives designed to prevent cell slippage within the battery pack. This paper focuses on the applications and performance advantages of polyurethane structural adhesives.
2026-07-20
Application of Silicone Potting Compound in Microinverters
As a core component of distributed photovoltaic systems, microinverters convert the direct current generated by solar cells into alternating current, facing three major challenges: small size, high power density, and harsh outdoor conditions. Silicone potting compounds, owing to their unique properties, have emerged as critical protective materials.
2026-07-20
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