Maximum working temperature℃ | Maximum working pressure(MPa) | capacity(kg) | Power(kw) | (rpm) | proportions |
130~140 | 0.3 | 200 | 7.5 | 10~12 | 1:8~1:12 |
130~140 | 0.3 | 400 | 18 | 10~12 | 1:8~1:12 |
FAQ
Q1: What yarn packages can the TD241C process?
A1: The TD241C is developed for package yarn carried as cones or cheeses. The machine and carrier plan depends on yarn fibre, yarn count, package dimensions, winding density, batch weight and dyeing recipe.
Q2: How should a buyer choose a TD241C model?
A2: Please provide the required batch weight, package quantity, package diameter and height, yarn count, package density, process temperature and target shade range. These details help match the vessel size, package layers, carrier layout and main pump rating.
Q3: Which utility data are needed for a Middle East installation?
A3: Please provide local voltage, frequency, steam pressure, cooling-water temperature, water hardness, compressed-air pressure, drainage conditions and workshop height. This data is needed for utility planning and machine configuration.
Product Advantages
1.Bidirectional Dye-Liquor Flow
The reversing mechanism changes the circulation direction in line with the dyeing recipe. Two-way flow helps liquor pass through the inside and outside of each package column.
2.Balanced Pump and Heat Exchanger Layout
The balanced circulation pump and directly linked heat exchanger create a compact liquor path. Pump rating should be matched with yarn package density and carrier resistance.
3.Multiple Package Layer Arrangements
The published family includes 3, 6, 8 and 12-layer configurations across several vessel sizes. This range lets a dyehouse plan machine capacity around batch mix and production demand.
4.Automated Dyeing Cycle Management
Computer-based control manages filling, draining, heating, temperature holding, cooling and washing. Pump speed and proportional dosing can be configured for the dyeing recipe.
5.Pressure and Temperature Interlocks
The page states that the vessel cover can open only at zero pressure and below 80°C. High-temperature liquor drainage is also designed to limit sudden negative pressure.
LANGUAGE
