Research and development of coating machine by scientific research institutions

Product Introduction

Research and development of coating machine by scientific research institutionsShandong Animate Instrument Co., Ltd. elaborately developed, used for coating, glue, hot melt adhesive, conductive materials, nano materials, including hydrogel, liquid metal, intelligent packaging materials, photoelectric materials, photoresist, functional coatings, microelectronics and semiconductor packaging and other large area coating preparation, as well as hydrogen fuel cell membrane electrode, electrolytic water hydrogen production membrane electrode, lithium battery, various active catalysts, heterojunction solar cells, thin film solar cells, perovskite solar cells, organic solar cells, OLED flexible wearable devices, organic field effect transistors, conductive polymers, nanowires and nanotubes, two-dimensional materials, organic light-emitting diodes and perovskite light-emitting diodes, perovskite photovoltaic cells, lithium ion battery electrolytes and electrodes, dyeing Preparation of sensitive solar cells, electronic skin and other devices.

Due to the main factors affecting the coating film, such as coating speed and pressure applied on the coating applicator, inconsistencies often occur in manually applied coatings, especially between different people, which makes it difficult to compare test results between samples. This coating testing machine has automatic coating, adjustable coating speed, and quantifiable coating pressure. Thus fundamentally solving the shortcomings of manual coating. It can produce wet films with good repeatability and accurate coating thickness. This provides stable coating samples for measuring and studying various indicators of coatings.

Research and development of coating machine by scientific research institutionsTechnical specifications

1. Technical parameters of the host

1.1 Machine type: Flat panel type

1.2 Coating Method: Adjustable Scraper

1.3 Coating speed: 1-2000mm/min can be set arbitrarily

1.4 Effective coating size: 200 × 300mm;

1.5 System: Coating Machine Testing System

1.6 Sample clamping method: vacuum adsorption

1.7 Pressure method: vertical pressure with weights/lever pressure

1.8 Control mode: Touch screen

1.9 Platform Material: Vacuum Adsorption Platform

1.10 Mold steel platform treatment: quenching treatment+mirror polishing+chemical plating

1.11 Flatness of mold steel platform: ± 2.5 microns (effective width within 200mm, effective length within 300mm, heating temperature within 200 degrees) Flatness of marble platform: ± 0.8um (non heatable)

1.12 Shell material: Overall 304 stainless steel

1.13 Transmission system: double slide+ball screw+synchronous belt

1.14 Dimensions: 650X400X400mm

1.15 Host Power Supply: 220V/50Hz Power 180W

2. Scratching method parameters

2.1 Adjustable scraper

2.1.1 Thickness: 10-3000um (other thicknesses can be customized)

2.2.2 Scraper Material: Imported Stainless Steel

2.2.3. Scraper connector: 2-in-1 multifunctional connector

2.2.4. Scraper Movement Method: Direct Push

2.2.5. Display mode: digital display

2.2.6 Adjusting display accuracy: 0.001mm

2.2.7. Straightness of scraper: ± 0.002.5mm (within a length range of 300mm)

2.2.8. Connection method between scraper and base: split type

3. Optional types of sample clamping methods

3.1 Vacuum adsorption

3.1.1 Purpose: Used to support substrates and hard materials that cannot be flattened by themselves for easy access and placement, such as copper foil, aluminum foil, plastic sheets, and glass

3.1.2 Material: Mold steel quenching treatment+mirror polishing+chemical plating

3.1.3 Vacuum adsorption pore size: 0.85mm

3.1.4 Platform flatness: ± 2.5 microns (effective width within 200mm, effective length within 300mm, heating temperature within 200 degrees)

3.1.5 Vacuum pump: external water circulation vacuum pump

3.1.6 Power Supply: 150-220V 50Hz 380W