Product Overview
HuiNuo KTQ-330S digital display adjustable fabricator is a film applicator with magnetic drawdown blade detachable design. It works based on the principle of differential gap scraping, which can solve the problem of high viscosity and easy curing materials that are difficult to clean after scraping. The device provides a variety of Spreader width options for different application scenarios.
Product Features
1, magnetic detachable drawdown blade structure, cleaning more convenient
2. High Accuracy Film thickness adjustment with differential head (scale, digital display optional)
3, drawdown blade high hardness die steel material, hard aluminum oxide frame, lightweight and wear-resistant and corrosion-resistant
4, film thickness range 0~ 5000μm adjustable
5, drawdown blade accuracy +/- 2μm to 5μm (depending on the specific model)
6. Provide a variety of film widths of 50-600mm and support customization
Working Principle
The device is based on the principle of differential gap scraping, and the gap between the drawdown blade and the substrate is adjusted by the High Accuracy differential head to achieve precise control of film thickness. The magnetic drawdown blade removable design is easy to clean, especially for high viscosity, easy curing materials Spreader.
application field
Coatings, inks R & D and Quality control, Lithium battery Electrode prepative, Optical inspection Film Spreader, Adhesive testing, Nanomaterials research
Operation steps
1. Install or remove magnetic drawdown blades as needed
2. Adjust the required film thickness through High Accuracy Differential Head
3. Place Applicator on Spreader Material
4. Push Applicator to Complete Spreader
5. Remove drawdown blade for cleaning after use
Precautions
- Verify drawdown blade is firmly installed before use
- Avoid rotating the differential head too quickly when adjusting the film thickness
- Spreader at a constant speed
- Clean the drawdown blade in time after use to avoid material curing
- Avoid drawdown blade collisions with hard objects during storage
