Slurry Coating for Lithium-Ion Batteries: How to Dip Coat High-Viscosity, High-Concentration Liquids
Manufacturing electrodes for lithium-ion batteries and catalyst layers for fuel cells requires coating substrates with...
Dip Coat
Large-Area Coating for Perovskite Solar Cells: Transitioning from Spin Coating to Dip Coating
Perovskite solar cells (PSCs) are lightweight, flexible, and widely considered the future of renewable energy....
Coating Biosensors and Microfluidics: Antibody Immobilization and Blocking via Dip Coating
Biosensors and microfluidic chips, which detect diseases from small fluid samples, require precise surface treatments....
Multi-Layer Dip Coating: How to Prevent Base Coat Dissolution
Applying multiple layers is a major advantage of the dip coating process. However, a common...
Keep Your Film Thickness Stable: The Importance of Airflow Control
“Why does my film thickness change between morning and afternoon?” If your machine settings are...
How to Stop Striped Patterns (Chattering) in Dip Coating
Have you ever noticed horizontal stripes or ripples on your coated parts? This is called...
Beyond Buying Equipment: The Benefits of Contract Dip Coating
“I want to test a new coating, but we don’t have the gear.” “I need...
Dip Coating Film Thickness: Why Calculations Fail and How to Fix Them
Many engineers look for theoretical formulas to predict dip coating thickness. While equations like the...
Dip Coating vs. Spin Coating: Which Thin Film Method is Best?
When setting up a thin film process, many engineers are torn between dip coating and...
The Ultimate Guide to Dip Coating: Principles, Mechanisms, and How to Choose the Right Equipment
Dip coating is a cost-effective way to create uniform thin films. It’s a vital process...