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Sale01@epoxyresinfactory.com
sale04@epoxyresinfactory.com

Contact

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Fax: 86-755-84875750

Address

4F,Longyuntong Building, No. 164-5 Pengda Road, Longgang District, Shenzhen

ADAS & Sensors

This image highlights vibration resistant bonding for radar brackets, focusing on adhesive application quality critical for automotive reliability.

7 Ways to Ensure Vibration Resistant Bonding for Radar Brackets in 2026

Introduction: Why Vibration Resistant Bonding for Radar Brackets Matters in 2026 From advanced driver-assistance systems (ADAS) to aerospace radar arrays, radar brackets are mission-critical components. They anchor sensors that scan the world—while enduring relentless shock, vibration, moisture, and extreme temperatures. In both automotive and aerospace fields, poor mounting leads to sensor drift, false alarms, and […]

7 Ways to Ensure Vibration Resistant Bonding for Radar Brackets in 2026 Read More »

This image shows an industrial robot precisely dispensing EMI shielding adhesive onto a vehicle controller, representing the critical protection process.

Why EMI Shielding Adhesives Are the Unseen Backbone of Autonomous Driving Controllers

Introduction: Why EMI Shielding Adhesives Matter for Autonomous Driving Controllers In 2026, autonomous vehicles have become a reality on roads across the globe, guided by sophisticated electronic controllers. Yet, electromagnetic interference (EMI) remains a persistent challenge, threatening the stability and reliability of the sensitive electronics powering these driverless systems. EMI shielding adhesives for autonomous driving

Why EMI Shielding Adhesives Are the Unseen Backbone of Autonomous Driving Controllers Read More »

This image illustrates the layered cross-section of an ultrasonic sensor, highlighting the potting compound and its role in acoustic matching within automotive applications.

Unlock the Hidden Power: Acoustic Matching Potting – 7 Key Ways It Boosts Ultrasonic Parking Sensor Performance

Introduction: The Critical Role of Acoustic Matching Potting for Ultrasonic Parking Sensors Vehicle safety and automation have advanced rapidly in 2026, with ultrasonic parking sensors now standard in everything from family SUVs to commercial trucks. One often-overlooked factor that decides their reliability is the acoustic matching of potting compounds. Acoustic matching potting for ultrasonic parking

Unlock the Hidden Power: Acoustic Matching Potting – 7 Key Ways It Boosts Ultrasonic Parking Sensor Performance Read More »

This image depicts quality control of a low dielectric loss millimeter-wave radome panel, highlighting the attention to signal transmission properties in modern manufacturing.

Top 10 Advances in Low Dielectric Loss Materials for High-Performance Millimeter-Wave Radomes

Introduction: Why Low Dielectric Loss Materials Matter for Millimeter-Wave Radomes Millimeter-wave radomes are now at the heart of next-generation radar, communication, and automotive safety systems. But not every material can handle these ultra-fast frequencies without degrading signal quality. Low dielectric loss materials for millimeter-wave radomes offer a decisive edge: they enable clearer, stronger, and safer

Top 10 Advances in Low Dielectric Loss Materials for High-Performance Millimeter-Wave Radomes Read More »

An advanced automotive camera module being assembled with active alignment UV adhesive under bright, clean manufacturing conditions.

7 Reasons Active Alignment UV Adhesives Are Revolutionizing Automotive Camera Assembly in 2026

Introduction: Precision Drives the Future of Automotive Cameras Automotive cameras are at the very core of modern driver assistance systems (ADAS), 360-degree imaging, and autonomous vehicle safety. Achieving the highest image quality and sensor reliability depends not only on camera design but also on the precise assembly of optical components. This is where Active Alignment

7 Reasons Active Alignment UV Adhesives Are Revolutionizing Automotive Camera Assembly in 2026 Read More »

A technical scene highlighting precise adhesive application during LiDAR window assembly in a controlled automotive environment.

Low-Shrinkage Adhesives for LiDAR Window Assembly: 7 Game-Changing Benefits for Precision Automotive Sensors

Introduction to Low-Shrinkage Adhesives for LiDAR Window Assembly As vehicle technology advances, the precision and reliability of LiDAR systems play a crucial role in automotive safety and automation. One invisible factor driving this innovation: low-shrinkage adhesives for LiDAR window assembly. Unlike traditional bonding solutions, these adhesives significantly reduce dimensional changes during curing, keeping optical paths

Low-Shrinkage Adhesives for LiDAR Window Assembly: 7 Game-Changing Benefits for Precision Automotive Sensors Read More »

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