
Type
| a
| b | c | d |
| FA1213A | 1395
| 2160 | 2240 | 3620 |
| Type | FA1213A |
Application | Application applicable to chemical fiber,pure cotton in length from 22~76mm and other blended material |
| Max. Actual output (kg/h) | 160 |
Max. Sliver delivery speed (meter/min) | 320 |
Sliver count(g/m) | 3.5~10 |
Feed weight(gram/meter) | 400~1300 |
Working width(mm) | 1280 |
Total draft folds | 38~370 |
Licker-in working diameter(mm) | Ф 250 |
Doffer working diameter(mm) | Ф 706 |
Doffer working speed(rpm) | 4.3~84 |
Cylinder working diameter(mm) | Ф 1288 |
Cylinder working speed(rpm) | 347~477 |
Pieces of rotary(working flat/total flats | 30/84 |
Flat speed (mm/min) | 70~408 |
Continuous air suction volume(m9/hour) | 4500 |
Statistic pressure at exit(pa) | -800 |
Compressed air pressure (kg/cm?) | 6-7 |
Compressed air consumption(m9/h) | 0.5 |
Total power installation(KW) | 13.9 |
Safety cover type | Totally enclosed |
Land occupation (LxWxH)(mm) | 5825X2480x3555 (Ф1000) |
Machine net weight(kg) | 8000 |
Corollary chute feeder model | FA1177B
|
FAQ
Q1: What raw materials can the FA1213A cotton carding machine process?
A1: The machine is designed for pure cotton, man-made fibres and blended materials with fibre lengths ranging from 22 to 76 mm. The card clothing, machine settings and waste-removal configuration can be selected according to the fibre type, contamination level and target yarn quality.
Q2: What production capacity and sliver specifications can the machine achieve?
A2: The maximum actual output is up to 160 kg/h, with a maximum sliver delivery speed of 320 m/min and an adjustable sliver weight range of 3.5–10 g/m. Actual production depends on raw-material quality, fibre length, trash content, machine settings and mill operating conditions.
Q3: Can this cotton carding machine be connected to an existing spinning line?
A3: Yes. The machine can be evaluated for connection to an existing blowroom and downstream drawing system. The FA1177B chute feeder is listed as the matching feeder. For an accurate proposal, please provide your raw material, target output, yarn count, existing machine models, can size, suction requirements, factory voltage and installation country.
Product Advantages
Key Advantages of the FA1213A Cotton Carding Machine
Designed for modern cotton spinning mills, the FA1213A combines high production capacity, precise fibre control and stable sliver delivery. It is suitable for pure cotton, man-made fibres and blended materials with fibre lengths from 22 to 76 mm.
1.High Output with Controlled Carding Quality
The 1,280 mm working width and extended 2.8 m carding arc provide sufficient carding action for efficient fibre opening and cleaning. With a maximum actual output of up to 160 kg/h, the machine helps spinning mills increase production while maintaining stable processing conditions.
2.Mixed-Loop Auto-Levelling for More Even Sliver
The mixed-loop auto-levelling system combines non-contact batt-thickness detection, sliver-weight monitoring and PID chute-pressure control. Short- and long-term mass variations can be corrected continuously, while the vector-motor drive improves feeding precision and supports consistent sliver quality.
3.Efficient Trash and Dust Removal
The licker-in section is equipped with two externally adjustable waste-removal zones, two mote knives and a pre-carding segment. This configuration improves the removal of trash and short fibres before the material reaches the main carding zone. The streamlined suction hood reduces airflow resistance and removes flat waste smoothly.
4.Stable Drive System Across Different Speeds
High-torque motors drive the cylinder and licker-in for smooth and reliable start-up. The inverter-controlled doffer provides stable operation at low speed, high speed and during speed changes, helping reduce unnecessary production fluctuations.
5.Easier Maintenance and Space-Saving Can Change
Lightweight aluminium revolving flats with toothed-belt guidance simplify installation, removal and routine maintenance. Sliver cutting and automatic can changing can be completed without reducing doffer speed. The linear can changer occupies approximately 33% less floor space than a conventional rotary system.