Hollow Fiber Coating System
Hollow Fiber Coating System, developed by MEMS, is designed for precise and uniform coating of hollow fiber membranes to enhance their performance, durability, and selectivity.
By integrating dip coating, curing, and automated winding, this system provides a controlled coating process for research and pilot-scale applications. It supports coating of 1 or up to 4 fibers simultaneously, offering flexibility for various membrane development needs.
Basic Specifications:
-
Coating Process: Unwinder → Dip Coating → Dry Oven → Winder
-
Coating Capacity: Coating of 1 fiber or 4 fibers
-
Coating Bath Capacity: 50 – 200 mL
-
Temperature Control in Dry Oven Chamber: RT ~ 120°C
-
System Dimensions: 1,400 mm (L) x 800 mm (W) x 1,700 mm (H) (subject to change)
System Overview
Key Benefits
-
Precise & Uniform Coating: Ensures consistent membrane surface modification for improved performance.
-
Integrated Curing System: Optimized IR heating & air-blower for efficient polymerization and drying.
-
Flexible Process Control: Adjustable coating speed, oven temperature, and tension control for customization.
-
Compact & Space-Efficient Design: Cabinet-type system with an enclosed structure, ideal for lab and pilot-scale environments.
Applications
The Hollow Fiber Coating System is used to enhance membrane properties for:
-
Water and Wastewater Treatment
-
Biomedical and Pharmaceutical Research
-
Gas Separation
-
Chemical and Petrochemical Industry
-
Environmental Monitoring
-
Food and Beverage Industry
-
Semiconductors and Electronics
Related Solutions
Let's Get
Social
