Evaporation Vacuum Coating Machine

Evaporation Vacuum Coating Machine for High Precision Optical Films Advanced vacuum coating system designed for depositing high-precision optical multilayer films on glass, PC, and PMMA substrates with stable rotation and ion source technology. Key Features Precision vacuum coating for high-precision optical multilayer films on glass, PC, and PMMA substrates Customizable components to meet specific customer requirements for superior film quality Central rotation mode

Equipment Introduction Resistance evaporation coating equipment is a core type of physical vapor deposition (PVD) equipment, mainly composed of a vacuum chamber, resistance evaporation source, vacuum system, substrate rack, temperature control system, etc. Working principle When in operation, first evacuate the vacuum chamber to the set vacuum degree, then heat the resistance heating element through an electric current, causing the evaporation material (metal, alloy, compound

Equipment Introduction Resistance evaporation coating equipment is a core type of physical vapor deposition (PVD) equipment, mainly composed of a vacuum chamber, resistance evaporation source, vacuum system, substrate rack, temperature control system, etc. Working principle When in operation, first evacuate the vacuum chamber to the set vacuum degree, then heat the resistance heating element through an electric current, causing the evaporation material (metal, alloy, compound

Magnetron Sputtering PVD Vacuum Deposition Machine System for Plastic Core Value: Addressing Key Plastic Substrate Challenges Performance Enhancement Surface hardness increases to 2-6H (depending on target material), providing scratch resistance, fingerprint resistance, enhanced weather resistance (UV, moisture, heat), and chemical corrosion resistance (solvents, sweat). Appearance Upgrading Achieves metallic textures (aluminum, chrome, titanium), colorful effects (gold,

Working Principle 1. Substrate Pre-Treatment Clean substrates to remove impurities via ultrasonic cleaning, then dry and fix them to avoid displacement during coating. 2. Coating Execution Prepare and deliver coating materials uniformly via mixing tanks and precision systems, then run processes automatically. Key parameters are monitored to ensure uniformity. 3. Curing & Post-Cleaning Cure wet coatings to stabilize performance, then retrieve samples. Clean the equipment

The small tool-specific hard coating equipment is a vacuum coating device designed for precision micro-tools (such as PCB micro-drills, dental tools, CNC micro-milling tools, engraving tools, etc.). Its core lies in using physical vapor deposition (PVD) or chemical vapor deposition (CVD) technologies to prepare hard coatings like TiN, TiCN, TiAlN, and AlCrN on the surface of the tools, thereby enhancing their hardness, wear resistance, high-temperature resistance, and service

AF/AS coating, also known AS anti-fouling film (AS) and anti-fingerprint film (AF film), mainly deposits organic fluoride materials onto various types of glass or organic glass substrates such as PC, PMMA, and PET through vacuum coating technology, endowing the substrate surface with functions such as water resistance, oil resistance, scratch resistance, anti-fingerprint, and anti-pollution. Hydrophobic coating is a new advancement that can be added to our coated glass to

Introduction Structure: Horizontal vacuum chamber, magnetic control target assembly, horizontal transmission system, vacuum acquisition and detection system, industrial control system, substrate ionization and temperature control system. Working principle: In a vacuum environment, working gas is introduced. The plasma is confined by a magnetic field, causing high-energy ions to bombard the target material. The atoms of the target material are detached and horizontally

FEATURE DESCRIPTION: It is safe, environmentally friendly, and features stable processes. The film layer is rich in color, uniform in hue, wear-resistant, corrosion-resistant, heat-resistant, has good adhesion and is not prone to fading. TiN titanium gold decorative film layer can be plated. TiC, CrC gun black, black and gray series film layers; ZrN zirconium gold, Champagne gold and brass series film layers; TiCN rose gold, rose red, wine red and coffee color series film

Double Doors Plastic Metallized Thermal Evaporation PVD Vacuum Plating Coating Machine Thermal Evaporation Technology Thermal evaporation is a physical vapor deposition (PVD) technique for creating thin films of various materials including copper, silver, gold, silicon dioxide, and indium tin oxide. This process occurs in a high-vacuum chamber (pressure < 10⁻⁵ Torr) where source material is thermally heated, increasing its vapor pressure to form a uniform thin film on

Evaporation Plastic Metallizing Vacuum Coating Machine Nickel Chrome Plating PVD Coating Machine utilizing advanced vacuum evaporation technology for high-quality metal film deposition. Core Functions & Process Principles This equipment employs vacuum evaporation technology within the Physical Vapor Deposition (PVD) framework. Metal materials are vaporized through heating and deposited onto substrate surfaces to form uniform metal films. Unlike sputtering processes,