High-Performance Automatic Coating Fixture for Laboratories and Research

• Customization: Available
• Certification: CE, CE, CE
• Coating Application: Aerospace Industry, Automotive Industry, Construction Industry, Electronics Industry, Food Industry, Medical Industry, Renewable Energy Industry, Textile Industry, Aerospace Industry, Automotive Industry, Construction Industry, Electronics Industry, Food Industry, Medical Industry, Renewable Energy Industry, Textile Industry
• Model NO.: GN-ZN320
• Coating Color: Black, Gray, Transparent, White, Black, Gray, Transparent, White
• Warranty: 1year, 1year
• Type: Coating Production Line
• Coating: Powder Coating
• Substrate: Iron
• Condition: New
• After-Sales Service: Online Video After-Sales
• Transport Package: Wooden Case Packing
• Specification: L980*W780*H650
• Trademark: maosen
• Origin: Xiamen
• HS Code: 8420100090
• Production Capacity: 200pieces Years

Product Description

A laboratory coating machine is a specialized piece of equipment used to apply thin films or coatings onto various substrates for research and development purposes. These machines can be used for a variety of applications, including:
 

Control System:	Self-developed by MaoSen
Coating Methods	Doctor scraper/Rod Bar
Coating Thickness:	0.005-3mm (Wet Thickness)
Coating Accuracy:	Uniformity 5%
Coating Width:	100-350mm
Heating Temperature:	50~160ºC±3ºC
Power:	2000w

1. **Coating Types**: 
   - **Spin Coating**: A process where a small amount of liquid coating material is placed on the substrate, which is then spun to spread the material evenly.
   - **Dip Coating**: Involves immersing the substrate in a coating solution and then withdrawing it to create a uniform layer.
   - **Spray Coating**: Utilizes a spray nozzle to apply the coating material onto the substrate.
   - **Roll-to-Roll Coating**: A technique used for continuous production of coated films on a roll.

2. **Applications**: 
   - Semiconductor manufacturing
   - Optical coatings
   - Pharmaceutical coatings
   - Protective coatings for various materials

3. **Key Features**: 
   - Precise control of coating thickness
   - Uniformity of the applied coating
   - Compatibility with various materials (polymers, metals, ceramics)
   - Automation capabilities for increased efficiency

4. **Considerations**: 
   - Selection of the appropriate coating material based on application requirements.
   - Control of environmental factors such as temperature and humidity during the coating process.