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Key to Perfect PVD Coating: Pre-Baking Ceramic Decorations
For ceramic items receiving PVD coatings, a long, precise baking process—often up to ten hours—is essential. This step has one main goal: to completely remove all organic materials and moisture from applied decals. This creates the perfectly clean and stable base needed for high-quality Physical Vapor Deposition (PVD). This is a critical first step, whether using standard Coating Equipment or advanced systems like the TG Multiarc Ion Sputtering Machine, and is vital for applications from...
PVD Coating Technology: Revolutionizing the Future of High-End Bathrooms
In the world of bathroom design and manufacturing, PVD (Physical Vapor Deposition) vacuum coating technology has established itself as a revolutionary force, transforming ordinary bathroom fixtures into extraordinary pieces of functional art. This advanced surface treatment technique, performed in a vacuum environment, has gained widespread popularity for its ability to enhance product value through exceptional durability, corrosion resistance, and stunning visual appeal . The PVD Advantage in...
Innovating Surface Engineering: Desion Technology's Global Impact
For over three decades, Desion Technology Company Limited has been a pioneering force in the vacuum coating industry, founded on the vision of our Chairman, Mr. Wu Wenquan. Guided by the principle of "Technological Innovation, Quality First, User Foremost," we specialize in the design and manufacture of advanced vacuum coating equipment, serving clients across the globe. Our Core Strengths and Certifications Desion Technology is recognized as a National High-Tech Enterprise and a Specialized,...
Essential Pre-Treatment for PVD Coating on Aluminum Products
Aluminum and its alloys are widely used in various industries due to their excellent strength-to-weight ratio and good corrosion resistance. However, applying a high-quality, durable PVD (Physical Vapor Deposition) coating directly onto an untreated aluminum surface is challenging. To ensure optimal adhesion, appearance, and performance, a series of precise pre-treatment steps are absolutely crucial before the components are loaded into the coating equipment. Critical Pre-Treatment Steps for...
Precision Engineered PVD Vacuum Coating Solutions: 30+ Years of Global Excellence
In the evolving landscape of surface coating technology, Physical Vapor Deposition (PVD) vacuum coating machines stand out for their ability to enhance material durability, functionality, and aesthetics. As industries worldwide seek reliable and cost-effective solutions, Chinese manufacturing has emerged as a leader in producing high-performance, customizable PVD systems. Among the limited number of manufacturers with substantial overseas experience, our company proudly boasts over three...
Revolutionizing Kitchen Sinks: Advanced PVD Coating Technology Heads to Turkey
We are thrilled to announce the successful shipment of a state-of-the-art PVD coating machine to Turkey, specifically designed for stainless steel kitchen sink manufacturers. This monumental diameter 2500mm × height 3000mm Coating Equipment represents our commitment to innovation in surface treatment technology. Meeting the Growing Demand for Premium Sink Finishes The global market for premium kitchen sinks has seen remarkable growth, with consumers increasingly seeking durable, aesthetically...
Understanding MF Magnetron Sputtering: Key Advantages and Limitations
Mid-frequency (MF) magnetron sputtering stands as a critical PVD coating technology, particularly valued for its ability to deposit high-quality functional and decorative films. Below, we objectively outline its core strengths and constraints: Advantages: Superior Film Quality: Produces exceptionally dense, smooth, and hard coatings (like TiN, TiAlN, or DLC) with strong adhesion, ideal for wear-resistant tools and decorative finishes. High Deposition Efficiency: Operates at 2–3× the rate of DC...
Revolutionizing Kitchen Spaces: PVD Vacuum Coating Transforms Stainless Steel Sinks
1. Why Stainless Steel Sinks Need PVD Coating Problem: Traditional sinks suffer from scratches, corrosion & limited color options. Solution: PVD deposits nano-ceramic/metallic layers (e.g., TiN, ZrN) for: 3× Scratch Resistance (Hardness up to 2,000 HV) Acid/Salt Spray Immunity (Passes 48h CASS tests) Eco-Friendly Luxury Finishes (Rose gold, black titanium – no toxic wastewater). Key Advantage: Atomic-level bonding ensures lifelong adhesion, unlike peeling paints. 2. PVD Dominance in Sink...
Arc Discharge in Ion Vacuum Coating Machines
Understanding Arc Discharge in PVD Coating Technology Arc discharge is a fundamental process in vacuum coating machine operations, particularly in PVD coating machine systems. When the current limiting resistance of glow discharge is reduced, the discharge current increases, transitioning to arc discharge. This phenomenon is characterized by high current density and low electrode voltage, sustained by two key electron emission mechanisms: Thermal Emission – Generated by localized high...
How to Adjust Parameters of Vacuum Coating Machines
Mastering the parameter adjustment of Vacuum coating machines (our main product) is essential for coating engineers to achieve desired film layers or colors. As a crucial industrial equipment, vacuum coating systems deposit thin films on object surfaces in vacuum environments, significantly enhancing corrosion resistance, wear resistance, and aesthetic properties. This comprehensive guide explains key parameter adjustments for optimal coating quality while incorporating insights about our...
Vacuum Coating Machine Technologies Explained
Vacuum coating machines utilize advanced PVD (Physical Vapor Deposition) technologies to apply thin, durable coatings on various substrates, including metals, glass, ceramics, semiconductors, and plastics. These processes occur in a vacuum environment, ensuring high-quality, contamination-free results. Below, we explore the primary coating methods used in modern Vacuum coating machine systems. 1. Vacuum Evaporation Coating Under vacuum conditions, the film material is heated until it...
How will vacuum coating change the future?
Vacuum Coating Technology: Key Applications in the Electronics Industry Vacuum coating technology is essential in modern electronics manufacturing, offering high precision, durability, and superior performance. Below are its critical application areas: 1. Semiconductor Manufacturing Vacuum coating technology enables the production of high-precision circuits and chips. Advanced PVD coating machines, such as DS Magnetron Sputtering Coater, ensure ultra-thin, uniform layers, enhancing...
Technological innovation and market prospects of vacuum coating equipment
The Future of Vacuum Coating Equipment: Intelligent, Green & Multi-Functional With advancements in science and technology, vacuum coating equipment is evolving rapidly to meet industry demands. Key development trends include: Intelligent Automation – Modern vacuum coating machines now integrate AI technology for automated control and process optimization, improving efficiency and precision. Green & Eco-Friendly Solutions – Manufacturers are focusing on low-energy, low-pollution...
Vacuum Coating Technology in the Building Materials Industry
Vacuum Coating Technology in the Building Materials Industry The building materials industry is increasingly adopting vacuum coating technology to enhance product performance and aesthetics. As a leading vacuum coating machine manufacturer, DS Technology provides advanced solutions for various applications, including: Coated Glass Vacuum coating improves glass with superior thermal insulation and UV protection, making it ideal for energy-efficient buildings. Our PVD coating machine...
Vacuum Coating Technology in the New Energy Vehicle Industry
With the rapid growth of the new energy vehicle (NEV) industry, vacuum coating technology has become a crucial innovation, enhancing performance, durability, and aesthetics. As a leading provider of advanced PVD coating machines, Desheng Technology delivers efficient and reliable vacuum coating solutions tailored for the NEV sector. Below are the key applications of this technology: 1. Battery Case Protection To extend battery life, vacuum coating machines apply...
Essential Maintenance Tips for Vacuum Coating Equipment
In order to ensure the long-term stable operation of vacuum coating equipment, daily maintenance and maintenance is essential. Here are some practical tips: Regular cleaning: Clean the residue inside the vacuum chamber to avoid contaminating the coating layer. Check the tightness: check the seal ring and valve regularly to ensure that the vacuum is up to standard. Replacement of wearing parts: Timely replacement To ensure the long-term stable operation of your vacuum coating machine ,...
Magnetron sputtering coating technology: principle, characteristics and application examples
Magnetron sputtering coating technology is an advanced PVD coating process where target atoms are sputtered and deposited onto substrate surfaces using magnetic field-controlled plasma. This cutting-edge vacuum coating machine technology offers three core advantages that make it indispensable for modern manufacturing: Key Advantages of Magnetron Sputtering Technology High Uniformity - Delivers exceptionally even coating thickness, ideal for precision tool and mold industry coating machine...
Multi-arc ion coating technology: Advantages, challenges and applications
Multi-arc ion coating technology is an advanced PVD coating process where ions are deposited onto a substrate by evaporating the target material using an arc discharge. This method is widely used in industries requiring high-performance coatings, thanks to its exceptional properties. Key Advantages of Multi-Arc Ion Coating Technology High Adhesion – The coating forms a strong bond with the substrate, ensuring long-lasting durability without peeling or flaking. High Efficiency – With a...
Vacuum coating equipment Purchase guide: From demand to solution
Choosing the right vacuum coating equipment is the key to ensure production efficiency and product quality. Here are some suggestions for purchasing equipment: Clear requirements: Select the type of equipment according to the product type (e.g., glass, ceramics, hardware) and coating requirements (e.g., wear resistance, decorative). Device type: Multi-arc ion coating machine: suitable for high adhesion, high hardness coating needs. Magnetron sputtering coating machine: suitable for...
The working principle of vacuum coating technology and its wide application
Vacuum coating technology is an advanced process that deposits thin film materials onto substrate surfaces through physical or chemical methods in a vacuum environment. Common techniques include Multiarc Ion Sputtering Coating Machine and Magnetron Ion Sputtering Coating Machine, which vaporize or sputter target materials in a vacuum chamber, forming a uniform, dense coating at the atomic or molecular level. Applications of Vacuum Coating Technology 1. Building Materials...
The application prospect of coating technology in various industries
PVD coating machines and vacuum coating equipment significantly enhance material performance across multiple industries. Our vacuum ion coating equipment delivers superior surface treatments, making it ideal for various applications: Building Materials Improve the durability and aesthetics of glass, ceramics, and other materials with our PVD tile sputtering coating machine. This coating equipment ensures scratch-resistant and long-lasting finishes, perfect for architectural and decorative...
Special glass ceramic coating machine features
Low Temperature Coating Process: Prevent Substrate Deformation with PVD Technology Our advanced PVD coating machine utilizes a low-temperature coating process, effectively avoiding thermal deformation of sensitive substrates like glass and ceramics. This makes it ideal for applications requiring precision, such as our coating equipment for the precision tool and mold industry. Uniform Coating Enhances Durability & Aesthetics The vacuum ion coating equipment delivers exceptionally even...
Hardware decoration coating machine application range
The Hardware Decoration Coating Machine is an advanced PVD coating machine designed for high-quality surface treatment of door handles, faucets, lamps, and other hardware products. This cutting-edge vacuum coating machine offers exceptional performance, making it ideal for enhancing both aesthetics and durability in various industries. Key Advantages of Our Hardware Coating Equipment 1. Enhance Beauty with a Luxurious Finish Our small PVD coating machine applies ultra-thin, high-precision...
What is the difference between PVD coating and CVD coating?
Optimized Guide to PVD & CVD Coating Technologies PVD Coating Technology Working Principle: Physical Vapor Deposition (PVD) utilizes physical methods like evaporation or sputtering to transform coating materials from solid to gaseous state, which then condense onto the substrate surface. Key Advantages: Low-temperature process ideal for heat-sensitive materials Environmentally friendly with no toxic byproducts Compatible with various substrates including metals, ceramics, and our PVD...
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