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ZHENHUA Vacuum at the China–ASEAN International Industrial Expo (Guangxi)-Focusing on High-End Decorative Components and Automotive Interior/Exterior Coating Solutions
Against the backdrop of accelerated global manufacturing upgrades, demands for high-end decorative parts and automotive trims continue to rise in terms of aesthetic texture, durability, and batch consistency. More efficient and stable coating processes are becoming crucial for enterprises to capt...Read more -
Zhenhua Vacuum Showcases Advanced Coating Technologies at the Guangdong Vacuum & Semiconductor Exhibition, Empowering Upgrades in Automotive and Semiconductor Manufacturing
In recent years, with the accelerated mass production of smart vehicles, demand for optical structural components such as in-vehicle displays, smart rearview mirrors, and large-size center console glass has surged rapidly. The market has imposed increasingly stringent technical requirements on op...Read more -
Zhenhua Vacuum Showcases at the Guangzhou International Automotive Technology Expo-Empowering Manufacturing Upgrades in the New Energy Vehicle Industry
1. Surface-Treatment Requirements Driven by New Energy Vehicles and Intelligent Cockpits In recent years, the rapid development of new energy vehicles (NEVs) and intelligent cockpits has accelerated the adoption of large-format center displays, smart rear-view mirrors, in-vehicle touch panels, am...Read more -
Zhenhua Vacuum-Guangxi International Industrial Expo November 22–24 Visit us at Booth B2-363 — We look forward to seeing you!
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Zhenhua Vacuum-2025 Guangzhou International Automotive Technology Expo Hall 20.1, Zone D · Booth 3739 November 21–24 — We look forward to seeing you!
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Analysis of Coating Delamination in Vacuum Deposition Processes
Coating delamination (adhesion failure) is a common quality issue in vacuum deposition technology, directly impacting product reliability, durability, and functionality. This article systematically analyzes the root causes of delamination from perspectives of interfacial adhesion, process paramet...Read more -
Relationship Between Deposition Rate and Film Layer Quality?
In vacuum coating (Vacuum Coating) processes, the deposition rate is one of the core parameters that determines both production efficiency and film characteristics. However, excessively high or low deposition rates can directly affect film quality, thereby influencing the optical, electrical, and...Read more -
Integration of Vacuum Coating and Nanotechnology: Unveiling a New Era in Materials Science
In the field of advanced materials engineering, the deep integration of vacuum coating technology and nanotechnology is driving a revolutionary progress in surface functionalization and high-performance material design. By leveraging advanced processes such as Physical Vapor Deposition (PVD), Che...Read more -
Deep Cleaning of Vacuum Chambers: The Cornerstone of Process Stability and Thin-Film Quality
In demanding vacuum coating processes, chamber cleanliness directly determines the base pressure, film purity, adhesion, and ultimate product performance. Routine daily cleaning is insufficient to remove stubborn contaminants accumulated over time. Thus, periodic deep cleaning is an indispensable...Read more -
Why Does Waterborne Paint Keep Peeling Off Plastic Parts? The Real Solution Lies in Surface Modification — Not in the Paint Itself
The Real Solution Lies in Surface Modification — Not in the Paint Itself Under the dual momentum of carbon neutrality goals and stringent environmental regulations, industries such as automotive interiors, home appliances, and 3C product casings are rapidly transitioning away from solvent-based c...Read more -
From TSV to TGV: Material Evolution and Manufacturing Differences in Through-Via Interconnects
In the evolution of semiconductor packaging technology, vertical interconnects have always been a key factor determining system performance, footprint, and power consumption. From early wire bonding and flip-chip techniques to the emergence of 3D stacked ICs, the industry has been seeking higher ...Read more -
Applications of Vacuum Coating Technology in Smart Wearable Devices
1. Introduction: The Evolution of Smart Wearables As smart wearable devices become more compact, multifunctional, and design-driven, the demand for precision surface treatment and functional thin films has surged. From metallic watch bezels and sensor covers to decorative frames and optical coati...Read more -
Challenges Within the Microvias: Why the TGV Seed Layer Determines the Success or Failure of Interconnects
In recent years, artificial intelligence, autonomous driving, and high-performance computing chips have dominated the semiconductor landscape. As chip performance continues to rise, conventional two-dimensional (2D) packaging can no longer meet the increasing demands for interconnect density and ...Read more -
Analysis of Coating Delamination in Vacuum Deposition Processes
Coating delamination, also known as adhesion failure or peeling, represents a critical quality concern in vacuum deposition processes. This phenomenon occurs when the deposited film separates from the substrate, compromising both functional performance and structural integrity. A comprehensive un...Read more -
Temperature Curve Control in Vacuum Coating Processes
In vacuum coating, temperature control is not just a parameter — it is the foundation of film quality, adhesion, and repeatability. From substrate heating to cooling, every stage of the temperature curve directly influences film structure, surface morphology, and optical or mechanical performance...Read more
