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Industry Application

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Application Solution of Elaplus Adhesive for Advanced Driver Assistance System (ADAS)

2024-12-04

With the rapid development of intelligent driving technology, the safety, stability and efficiency of ADAS and autonomous vehicle become more and more dependent on advanced adhesive materials. Elaplus provides a series of adhesive solutions specially designed for ADAS and autonomous vehicle to meet the requirements of high performance, high durability and safety. Today, we will delve into these application scenarios and the adhesive products recommended by Elaplus: Module sealing: SIPC 1859In the Advanced Assisted Driving System (ADAS) and autonomous vehicle, the sealing of sensors and electronic modules is very important. SIPC 1859 is a high-performance silicone sealant designed to ensure reliable sealing and protection of modules. It has excellent high temperature resistance, moisture resistance and anti-aging performance, which can effectively prevent the impact of external factors such as dust and moisture on electronic components, and ensure the stable operation of the system in extreme environments. The excellent adhesive strength of SIPC 1859 can also ensure long-term sealing effect, making it suitable for packaging key modules such as automotive sensors, radars, and cameras. PCB protection: Coating 9060 UVWith the increasing complexity of electronic equipment in ADAS and autonomous vehicle, PCB protection becomes more and more important. Coating 9060 UV is a high-performance, UV cured protective coating specifically designed to protect circuit boards (PCBs) from environmental factors. It has excellent moisture, dust, and corrosion resistance, which can effectively isolate electrical interference and improve the service life of circuit boards. Under extreme temperature and humidity conditions, Coating 9060 UV can provide long-lasting protection, ensuring the stability and safety of automotive electronic systems. Heat dissipation: TCMP 1941Heat dissipation is a crucial aspect of high-performance auto drive system, especially in the use of high-power electronic components (such as processors and batteries). TCMP 1941 is an excellent thermal conductive adhesive designed specifically for high heat load…

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Cartridge packaging ready-to-use one component silicone gel

Cartridge packaging ready-to-use one component silicone gel

2024-08-09

Ready to use SIPA 8910S is a one-component silicone gel, which does not need to be mixed or cured before use, Cut the glue nozzle and apply directly. The single-component silicone gel package is a 310ml plastic cartridge, which can be quickly operated by using conventional electric and pneumatic glue guns for plugging waterproof junction boxes or for secondary plugging in field construction. SIPA 8910S is soft, sticky, does not harden, retains inherent properties permanently, and can be disassembled and reworked at any time.

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Elaplus Silicone Potting Gel for Smart Gas Meter

ELAPLUS Silicone Potting Gel for Smart Gas Meter

2024-08-09

The application of gas meters has a history of more than 200 years, and has experienced three major development stages: mechanical diaphragm gas meters, IC card smart gas meters, and IoT smart gas meters. The NB-IoT network outbreak period has come, and gas meters have benefited earlier. In parallel with several other industries such as water affairs and home appliances, the gas instrument industry has become a hot application market with great development potential. Gas Meter Application Glue demand Model PCB board Good protection performance, waterproof, moisture-proof, dust-proof, salt spray-proof, shockproof Silicone Potting Gel Electronic component module Potting, electrical properties after curing, excellent electrical insulation properties Potting Shell frame Good adhesion, excellent resistance to high and low temperature, aging resistance, and weather resistance Sealing

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Air high efficiency filter: the filter membrane is bonded and fixed to the base

2024-08-05

Air high efficiency filter: the filter membrane is bonded and fixed to the base

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Water treatment filter adhesive application solutions

2024-08-05

Water treatment filter adhesive application solutions

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Polyurethane Potting: The Key to Improving Electronic Performance

2024-08-05

Polyurethane Potting: The Key to Improving Electronic Performance

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Polyurethane Potting: The Key to Improving Electronic Performance

2024-08-01

Polyurethane potting is a key material used to protect electronic components and is widely used in various types of electronic equipment. Its unique chemical properties and physical properties make it one of the indispensable materials in the electronics industry. The following is a detailed introduction to polyurethane potting: 1.Definition of polyurethane potting Polyurethane potting material is a high molecular polymer formed through chemical reactions. It is produced by the reaction of isocyanates and polyols and has excellent mechanical properties and chemical stability. Polyurethane potting materials are usually used in liquid form and are applied to the surface of electronic components by pouring or spraying to form a strong and protective shell. 2.Characteristics of polyurethane potting Excellent protective performance: Polyurethane potting materials have excellent waterproof, dustproof and anti-corrosion properties, which can effectively protect electronic components from environmental factors. Good electrical insulation: Polyurethane materials have good electrical insulation properties, which can prevent electrical short circuits and leakage, and improve the safety of electronic equipment. Superior mechanical properties: Polyurethane potting materials have high strength and elasticity, can withstand mechanical stress and vibration, and protect electronic components from physical damage. High and low temperature resistance: Polyurethane materials maintain stable performance over a wide temperature range and are suitable for various extreme environments. Good adhesion: Polyurethane potting materials can firmly adhere to a variety of substrate surfaces, such as metal, plastic and glass, providing reliable sealing and protection. 3.Application areas of polyurethane potting Automotive electronics: used to potting vehicle control modules, sensors and motor components, providing waterproof, shockproof and temperature-resistant protection. Power electronics: widely used in transformers, power modules and switchgear to ensure stable operation in harsh environments. Communication equipment: used to protect base station equipment, antennas and receivers to prevent environmental factors from affecting their performance. Household appliances: used in power tools, household appliances and lighting equipment to provide…

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What is a photoelectric sensor? Why do photoelectric sensors need potting materials?

2024-07-30

In modern automation and industrial control systems, photoelectric sensors are widely used in various detection and control fields as a key component. photoelectric sensors play an irreplaceable role whether in automatic door switch detection or object recognition on the production line, However, due to the complex and diverse application environments, photoelectric sensors need to rely on potting materials to improve their durability and reliability. What is a photoelectric sensor? Photoelectric sensors detect objects, changes in surface conditions, and other items through a variety of optical properties. A photoelectric sensor is mainly composed of an emitter for emitting light and a receiver for receiving light. When the emitted light is blocked or reflected by the sensing object, the amount of light reaching the receiver changes. The receiver detects this change and converts it into an electrical output. The light source for most photosensors is infrared or visible light (usually red, or green/blue for color recognition). Photoelectric sensors often face various harsh environmental conditions in practical applications, including high temperature, moisture, dust and mechanical vibration. In order to protect the precise electronic components inside the photoelectric sensor and extend its service life, potting materials are particularly important. The main functions of potting materials include: 1. Waterproof and dustproof: Protect the sensor from moisture and dust to ensure its normal operation in harsh environments. 2.Anti-vibration: Provides mechanical strength and reduces the impact of external vibrations on the sensor. 3.High temperature resistance: Maintain stable performance in high temperature environments to ensure the accuracy and reliability of the sensor. 4.Anti-corrosion: Resist corrosion of the sensor by chemical substances and extend its service life. Products Recommended

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Elaplus automobile liquid level sensor potting solution

2024-07-30

In the modern automotive industry, fluid level sensors play a vital role. They are widely used in the monitoring and control of various liquids such as fuel tanks, water tanks, coolant tanks, etc. to ensure that vehicles can operate normally under various working conditions. However, since cars drive in different environments, the liquid level sensor needs to withstand harsh conditions such as high temperature, humidity and vibration. In order to improve the reliability and service life of the liquid level sensor, it is particularly important to choose the appropriate potting compound. Solution Fluid level sensors are often exposed to various harsh environments, such as high temperatures and high humidity in engine compartments, or extreme low temperatures in cold regions. As a key protective material, potting material can effectively encapsulate the electronic components inside the sensor to prevent them from being affected by the external environment. The main functions of potting material include: 1. Waterproof and dustproof: Protect the internal components of the sensor from the intrusion of moisture and dust. 2. High temperature resistance: Ensure that the sensor can still work stably in high temperature environments. 3. Anti-vibration: Provide mechanical strength to prevent damage to the sensor from vibration and impact. 4. Anti-corrosion: Resist corrosion of the sensor by chemical substances. Recommended Products

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