Y series cabinet type full fill overflow hank yarn dyeing machine is a normal temperature hank dyeing solution for mills that pay more attention to yarn form retention, hank roundness and final yarn appearance after dyeing. It is suitable for selected hank yarn applications such as mercerized cotton, wool, high bulky acrylic and blended yarns. The machine can be used for wetting, refining, bleaching, dyeing and softening processes, and different models can be selected according to yarn type, batch capacity and control preference.
Model :
YPayment :
T/T; LCProduct Origin :
ChinaShipping Port :
Shanghai Port, ChinaThe Y series cabinet type full fill overflow hank yarn dyeing machine is designed for normal temperature dyeing where yarn form retention and hank roundness are important. It is a practical option for selected hank yarn applications such as mercerized cotton, high bulky acrylic, wool and similar yarns in hank form.
This machine can be used for wetting, refining, bleaching, dyeing and softening processes under normal pressure conditions. Within the normal temperature hank dyeing range, it is suitable for mills that want to review yarn suitability, process range and model options in a clearer and more application-based way.
Cabinet type hank yarn dyeing machine with full fill hank yarn dyeing machine structure and overflow circulation for normal temperature processing.
Usually considered when better hank roundness and final yarn appearance after dyeing are important.
Suitable for wetting, refining, bleaching, dyeing and softening according to yarn type and process target.
Different normal temperature hank dyeing machines are used for different production priorities. Compared with a spray type hank yarn dyeing machine, this cabinet type full fill overflow structure is more suitable for applications where mills pay closer attention to yarn form retention, hank roundness and the final appearance of the dyed yarn.
For buyers comparing different machine structures, it is helpful to review the suitable yarn types, working process range and model options before making a final selection.
When final yarn appearance after dyeing is an important requirement, this cabinet type structure can be a suitable option to consider. For more process-related selection ideas, buyers can also review our hank dyeing applications.
As one type of overflow hank yarn dyeing machine, this model is designed with bottom indirect heating pipes together with direct heating at the bottom to support practical process requirements in normal temperature hank yarn dyeing.
The circulating pump is designed for hank yarn processing and can work with a multi-stage variable speed arrangement to better match different yarn conditions.
The impeller can change direction automatically through the controller to support more even dyeing performance during circulation.
The machine can be configured as 2-in-1 or 4-in-1 to help reduce dyeing difference rate in practical production.
The machine body, main pump and yarn-contact components are made of stainless steel for daily production use.
The dyestuff tank supports mixing, feeding, backflow and cleaning. Semi-auto, auto and inverter-based options can be selected according to project needs.
The actual recipe and sequence depend on yarn material and process requirement, but a typical working flow can be organized as follows:
In practical selection, it is helpful to confirm yarn material, hank size, batch loading and control level together before deciding the final configuration.
The following model range can be used as a reference when comparing batch capacity and production requirement. Final selection is usually confirmed together with yarn type, control preference and process purpose.
| Model | Power (kW) | Capacity (kg) | Typical Use | Control Option |
|---|---|---|---|---|
| Y5 | 1.1 | 2.2 | Sample / micro lot | Semi-auto / Auto |
| Y10 | 1.1 | 4.5 | Sample / development | Semi-auto / Auto |
| Y20 | 1.1 | 9 | Small lot | Semi-auto / Auto |
| Y30 | 2.25 | 14 | Small lot | Semi-auto / Auto |
| Y50 | 2.25 | 23 | Trial production | Semi-auto / Auto |
| Y100 | 2.95 | 45 | Regular production | Semi-auto / Auto |
| Y200 | 4.75 | 90 | Regular production | Semi-auto / Auto |
| Y300 | 5.5 | 140 | Regular production | Semi-auto / Auto |
| Y400 | 7 | 185 | Regular production | Semi-auto / Auto |
| Y600 | 9 | 275 | Larger batch | Semi-auto / Auto |
| Y800 | 12.5 | 360 | Larger batch | Semi-auto / Auto |
| Y1000 | 12.5 | 455 | Larger batch | Semi-auto / Auto |
Shipment references can help buyers understand how this machine structure is used in actual production projects, especially when different normal temperature hank dyeing machines are selected for different dyeing targets.
In one shipment case, cabinet type and spray type normal temperature hank dyeing machines were arranged together for different production needs. The cabinet type route was more closely associated with yarn form retention and hank roundness requirements.
Start with the actual yarn type, because material and yarn style affect process steps and machine recommendation.
Choose model range according to the real loading requirement per lot instead of selecting only from the largest possible capacity.
Semi-auto and auto options should be matched with the customer’s plant operation level and project budget.
It is usually presented for mercerized cotton, high bulky acrylic, wool and similar yarns in hank form, depending on the actual dyeing process.
Yes. The product scope includes wetting, refining, bleaching, dyeing and softening under normal pressure conditions.
Yes. This page focuses on the cabinet type full fill overflow structure as one specific solution within the wider normal temperature hank dyeing category.
It is usually considered when yarn form retention, hank roundness and final yarn appearance are more important in the selection logic.
Yes. The configuration can be discussed according to the project requirement and preferred control level.
It is helpful to share yarn material, hank size, target batch capacity, required process steps, control preference and destination country.
Send your yarn material, hank size, batch loading, process target and control preference. We will recommend a suitable model and prepare a quotation for your project.
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