1. Spray Method
A multi-stage spray method is used for sequential washing, with the spray heads directed at the carbon fibers on the U-shaped grooved rollers to maximize water utilization. After washing, the carbon fibers are pre-dehydrated by vacuum dewatering rollers fitted with filter cloth or paper.
2. Immersion Dewatering Method
The carbon fibers undergo repeated immersion washing and dewatering cycles to enhance the washing effect. Parameters such as the immersion length, roller spacing, and angle of the washing tank are optimized to improve dewatering efficiency.
3. Water Film Method
Washing water sprayed from a water spray pipe forms a film on the washing rollers, which then contacts the carbon fibers at a specific angle for cleaning. This method avoids fiber damage while achieving superior cleaning results.
Frequently Asked Questions
How does the Spray Method maximize water utilization?
The Spray Method utilizes a multi-stage spray system for sequential washing, directing the spray heads specifically at the carbon fibers on the U-shaped grooved rollers to ensure maximum water efficiency.
What happens to carbon fibers after the Spray Method washing?
Following the spray washing process, the carbon fibers are pre-dehydrated using specialized vacuum dewatering rollers equipped with filter cloth or filter paper.
What parameters are optimized in the Immersion Dewatering Method?
To improve dewatering efficiency, this method optimizes key parameters including the immersion length, the spacing between rollers, and the specific angle of the washing tank.
How does the Water Film Method protect carbon fibers from damage?
By forming a thin water film on the washing rollers that contacts the carbon fibers at a specific angle, this method achieves superior cleaning results without causing physical damage to the fibers.
Which method is best for repeated washing and dewatering cycles?
The Immersion Dewatering Method is specifically designed for repeated cycles of immersion washing and dewatering to enhance the overall cleaning effect on carbon fibers.