News

Knowledge

Company News

Application Mind Map

Test Report

Technical Article

Industry News

The Evolution of Adhesives

The Evolution of Adhesives

Adhesives, those remarkable substances that bond diverse materials, have accompanied the entire trajectory of human civilization. From ancient natural adhesives to today’s synthetic and smart adhesives, each technological leap has profoundly shaped both production and daily life. This article provides a comprehensive overview of the evolution of adhesives, illuminating the scientific and technological forces driving their development as well as the shifting social demands that have shaped their progress.

21

2025

/

10

Types of Adhesives

Types of Adhesives

Adhesives, also known as bonding agents or glues, are functional materials that firmly join dissimilar substrates through interfacial interactions. They play a crucial role in industrial manufacturing, construction, and everyday life. Depending on the classification criteria, adhesives can be categorized into various types, each with distinct properties and specific applications.

20

2025

/

10

Analysis of Key Factors Influencing Adhesive Performance

Analysis of Key Factors Influencing Adhesive Performance

In modern industrial manufacturing and everyday applications, adhesives serve as a crucial means of joining materials, and their performance directly impacts the structural stability, durability, and overall quality of the final product. However, adhesives are far from being simple materials whose performance can be assessed by a single metric; their bonding effectiveness is influenced by a complex interplay of multiple intrinsic properties. In what follows, we will systematically examine the key factors that affect adhesive performance, focusing on several core dimensions.

20

2025

/

10

Key Performance Characteristics of Adhesives and Their Application Considerations

Key Performance Characteristics of Adhesives and Their Application Considerations

Adhesives, indispensable bonding materials in modern industry and everyday life, directly influence the quality, durability, and safety of bonded assemblies. This paper examines their core properties—processability, bond strength, stability, durability, thermal resistance, weatherability, chemical resistance, and other critical performance characteristics—to provide guidance for the scientific and rational selection of adhesives.

16

2025

/

10

A Brief Analysis of the Mechanism of Adhesives

A Brief Analysis of the Mechanism of Adhesives

In every corner of modern society, adhesives play an indispensable role thanks to their unique bonding properties. From minor repairs in everyday life to large-scale assemblies in industrial production, adhesives wield their remarkable power to firmly join a wide variety of materials, opening up countless possibilities.

15

2025

/

10

Introduction to Adhesives

Introduction to Adhesives

In our daily lives, there is a material that may seem insignificant yet is indispensable—its unique adhesive properties quietly wield tremendous influence, firmly bonding diverse materials together and serving as an essential driving force behind modern civilization: adhesives.

15

2025

/

10

Advantages and Challenges of UV-Curable PCB Ink

Advantages and Challenges of UV-Curable PCB Ink

As the electronics manufacturing industry increasingly demands higher efficiency, greater precision, and environmentally friendly production processes, UV‑curable PCB inks have emerged as a cutting‑edge material in printed circuit board fabrication. Leveraging their unique curing mechanisms and process characteristics, these inks are reshaping the traditional applications of inks for marking, character printing, and solder mask processing. Nevertheless, their widespread adoption has also revealed certain challenges.

15

2025

/

10

Performance Evaluation of UV-Curable PCB Ink After Application

Performance Evaluation of UV-Curable PCB Ink After Application

In today’s world, where electronic devices rely heavily on printed circuit boards (PCBs), UV‑curable PCB inks serve as critical manufacturing materials, and their post‑application performance directly impacts the overall quality and reliability of the circuit board. To ensure that these inks meet stringent physical, chemical, and electrical performance specifications, post‑application testing is of paramount importance. This article provides a detailed overview of the methods and key considerations for evaluating the performance of UV‑curable PCB inks after application.

14

2025

/

10

< 1...525354...145 >