Save 50% Water Loose Fiber Dyeing Bleaching Machine for Cotton, Flax or Hemp Fiber
Get 50% water savings with our loose fiber dyeing and bleaching machine for cotton, flax, and hemp fiber. As a factory, we provide eco-friendly solutions for textile production.
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PRODUCTS DETAILS

Basic Info.

Model NO.
YD3N1-400
Warranty
1 Year
Customized
Customized
Condition
New
Transport Package
Standard Export Packing
Trademark
Bosen
Origin
Wuxi Jiangsu China
HS Code
845140000

Product Description

MULTIFUNCTIONAL BULK FIBER DYEING, CLEANING AND DEHYDRATION INTEGRATED MACHINE
(Ut lity patent 2019218297415)
(Invention patent 2019110286402)
Mult functional bulk fiber dyeing,cleaninganddehydrationintegratedmachine:itisaninnova-
tive special equipment integrating the functions of bulk fiber dyeing, cleaning and dehydration.
The machine has the following characteristics:
1.Integrate the original dyeing equipment, cleaning equipment and dehydration equipment
into one.It greatly reduces the floor area of the factory and simplifies the original tedious in-
termediate link to the extreme.Thus, the investment is greatly reduced and the operators
are reduced.The production process is smooth, the time is shortened, and the production effi-ciency is greatly improved.
2.It changes the way that the dye liquid penetrates the bulk fiber from the original insideout penetration to the compound form of the insideout and the centrifugal acceleration curve.It improves the circulation of dyeing liquid.The rotating cage of the dehydrator can run in the positive or reverse direction under the control of the program, which improves the dyeing
uniformity and eliminates the phenomenon of spraying cylinder.It also helps improve produc-
tion environm3ent.
3.Feeding system:it is composed of feeding bucket with water level detection, agitator, high-
qualty corrosion-resistant stainless steel feeding pump and various automatic valves.
4.The electrical control cabinet:It is equipped with a special programmable dyeing computer
Save 50% Water Loose Fiber Dyeing Bleaching Machine for Cotton, Flax or Hemp Fiber
Main structure of equipment
1.Main part of dyeing dehydrator
It is main y composed of dehydration rotating cage with dye liquid central circulation, special
motor with central flow channel
(util ty patent 2019218297415)
(invention patent 2019110286402) ,
steam direct he ang parts, ind rect heating parts and automatic temperature detection parts,
water level detection parts, pneumatic cover opening parts(bulk fiber cage is hoisted in) (
When the pressed bulk f ber is hoisted in, the cover of the machine has a locking ype inner
cover which can be pressed automatically; the mouth of the machine has a manual lock; the
opening and closing of the cover and the pressing in of the inner cover are all run by the hy-
d raul ic power parts.) and fluid pipeline interfaces on the body.
2.Circulating pump part it is composed of high-quali y corrosion-resistant stainless steel c icu-
lating pump.
3.Feeding system:it is composed of feeding bucket with water level detection, agitator, high-
qualty corrosion-resistant stainless steel feeding pump and various automatic valves.
4.The electrical control cabinet:It is equipped with a special programmable dyeing computer,
Main working principle of equipment
A.Install the stainless steel cage with bulk fiber(the gland should be pressed well) and lift it
into the rotating cage of the dehydrator.
.
1.Open the water inlet valve, start the circulating pump to operate at speed 1, and start the
dehydrator motor to operate at speed A.When the water level rises to the approved water
level, the water inlet valve is closed.When rotate speed of circulating pump and dehydrator
motor rises to the set speed, wait for a moment to replenish the water level.Close the cover
of dehydrator and enter into process operation.
((The water is sucked by the circulating pump in the dehydrator and enters into the cen-
tral nozzle of the bulk fiber cage through the special motor with the central flow channel(the
dehydrator can rotate forward and backward under the control of the program) .Under the ac-
tion of the water pressure and centrifugal force, the water is ejected to penetrate the fiber
layer in a curve state, and then returns to the inside of the dehydrator through the stain-
less steel cage.This is the liquid circulation) ) .
2.The water in the charging bucket is pressed into the charging bucket by the main circula t-
ing pump through the automatic valve.There is also a water level sensor on the charging
bucket, and the automatic valve will automatically close when the water level reaches.There
are agitators, cleaning valves and drain valves on the charging barrel, all of which can oper-
ate automatically under the program control.The feeding barrel has a feeding pump, which
can also be automatically driven into the main circulating pump pipeline under the program
control.
3.The direct heating and indirect heating function inside the dehydrator can be operated au-
tomatically under the program control.
4.When the operation of one process is completed, the circulating pump and dehydrator
stops, and the drain valve is opened for drainage.When the water level drops to the low
water level of the circulating pump, the pre dehydration process can be carried out according
to the program requirements.After the pre dehydration process, the drain valve is closed,
and the nextstep of water inlet and other actions can be carried out.Until the end of the
whole process, the control cabinets ends signals.The operator opens the cover and lifts
out the stainless steel bulk fiber cage.Then enter the opening and drying process.
B.Lit the pressed bulk fiber into the rotary cage of the dehydrator.
Start the hydraulic power unit, close the outer cover of the dehydrator, lock the lock catch
and press in the inner cover
1 Open the water inlet valve, start the circulating pump to operate at speed 1, and start the
dehydrator motor to operate at speed A.When the water level rises to the approved water
level, the water inlet valve is closed.When rotate speed of circula tig pump and dehydrator
motor rises to the set speed, wait for a moment to replenish water leve.Close the cover of
dehydrator and enter into process operation.
((The water is sucked by the circulating pump in the dehydrator and enters into the central
nozzle of the bulk fiber cage through the special motor with the central flow channel(the de-
hydrator can rotate forward and backward under the control of the program) .Under the ac-
tion of the water pressure and centrifugal force, the water is ejected to penetrate the f ber
layer in a curve state, and then returns to the inside of the dehydrator through the stainless
steel cage.This is the liquid circulation) ) .
2.The water in the charging bucket is pressed into the charging bucket by the main circula t-
ing pump through the automatic valve.There is also a water level sensor on the charging
bucket, and the automatic valve will automatically close when the water level reaches.There
are agitators, cleaning valves and drain valves on the charging barrel, all of which can oper-
ate automatically under the program control.The feeding barrel has a feeding pump, which
can also be automatically driven into the main circulating pump pipeline under the program
control.
3.The direct heating and indirect heating function inside the dehydrator can be operated au-
tomatically under the program control.
4.When the operation of one process is completed, the circulating pump and dehydrator
stops, and the drain valve is opened for drainage.When the water level drops to the low
water level of the circulating pump, the pre dehydration process can be carried out according
to the program requirements.After the pre dehydration process, the drain valve is closed,
and the nextstep of water inlet and other actions can be carried out.Until the end of the
whole process, the control cabinets ends signals.
The operator starts the hydraulic power unit, releases the inner cover, manually releases the
lock catch of the outer cover, and opens the outer cover of the dehydrator, lfts out the
pressed bulk fiber.Then enter the opening and drying process.
Main structure of equipment
1.Main part of dyeing dehydrator
It is main y composed of dehydration rotating cage with dye liquid central circulation, special
motor with central flow channel
(util ty patent 2019218297415)
(invention patent 2019110286402) ,
steam direct he ang parts, ind rect heating parts and automatic temperature detection parts,
water level detection parts, pneumatic cover opening parts(bulk fiber cage is hoisted in) (
When the pressed bulk f ber is hoisted in, the cover of the machine has a locking ype inner
cover which can be pressed automatically; the mouth of the machine has a manual lock; the
opening and closing of the cover and the pressing in of the inner cover are all run by the hy-
d raul ic power parts.) and fluid pipeline interfaces on the body.
2.Circulating pump part it is composed of high-quali y corrosion-resistant stainless steel c icu-
lating pump.
3.Feeding system:it is composed of feeding bucket with water level detection, agitator, high-
qualty corrosion-resistant stainless steel feeding pump and various automatic valves.
4.The electrical control cabinet:It is equipped with a special programmable dyeing computer,
Main working principle of equipment
A.Install the stainless steel cage with bulk fiber(the gland should be pressed well) and lift it
into the rotating cage of the dehydrator.
1.Open the water inlet valve, start the circulating pump to operate at speed 1, and start the
dehydrator motor to operate at speed A.When the water level rises to the approved water
level, the water inlet valve is closed.When rotate speed of circulating pump and dehydrator
motor rises to the set speed, wait for a moment to replenish the water level.Close the cover
of dehydrator and enter into process operation.
((The water is sucked by the circulating pump in the dehydrator and enters into the cen-
tral nozzle of the bulk fiber cage through the special motor with the central flow channel(the
dehydrator can rotate forward and backward under the control of the program) .Under the ac-
tion of the water pressure and centrifugal force, the water is ejected to penetrate the fiber
layer in a curve state, and then returns to the inside of the dehydrator through the stain-
less steel cage.This is the liquid circulation) ) .
2.The water in the charging bucket is pressed into the charging bucket by the main circula t-
ing pump through the automatic valve.There is also a water level sensor on the charging
bucket, and the automatic valve will automatically close when the water level reaches.There
are agitators, cleaning valves and drain valves on the charging barrel, all of which can oper-
ate automatically under the program control.The feeding barrel has a feeding pump, which
can also be automatically driven into the main circulating pump pipeline under the program
control.
3.The direct heating and indirect heating function inside the dehydrator can be operated au-
tomatically under the program control.
4.When the operation of one process is completed, the circulating pump and dehydrator
stops, and the drain valve is opened for drainage.When the water level drops to the low
water level of the circulating pump, the pre dehydration process can be carried out according
to the program requirements.After the pre dehydration process, the drain valve is closed,
and the nextstep of water inlet and other actions can be carried out.Until the end of the
whole process, the control cabinets ends signals.The operator opens the cover and lifts
out the stainless steel bulk fiber cage.Then enter the opening and drying process.
B.Lit the pressed bulk fiber into the rotary cage of the dehydrator.
Start the hydraulic power unit, close the outer cover of the dehydrator, lock the lock catch
and press in the inner cover
1 Open the water inlet valve, start the circulating pump to operate at speed 1, and start the
dehydrator motor to operate at speed A.When the water level rises to the approved water
level, the water inlet valve is closed.When rotate speed of circula tig pump and dehydrator
motor rises to the set speed, wait for a moment to replenish water leve.Close the cover of
dehydrator and enter into process operation.
((The water is sucked by the circulating pump in the dehydrator and enters into the central
nozzle of the bulk fiber cage through the special motor with the central flow channel(the de-
hydrator can rotate forward and backward under the control of the program) .Under the ac-
tion of the water pressure and centrifugal force, the water is ejected to penetrate the f ber
layer in a curve state, and then returns to the inside of the dehydrator through the stainless
steel cage.This is the liquid circulation) ) .
2.The water in the charging bucket is pressed into the charging bucket by the main circula t-
ing pump through the automatic valve.There is also a water level sensor on the charging
bucket, and the automatic valve will automatically close when the water level reaches.There
are agitators, cleaning valves and drain valves on the charging barrel, all of which can oper-
ate automatically under the program control.The feeding barrel has a feeding pump, which
can also be automatically driven into the main circulating pump pipeline under the program
control.
3.The direct heating and indirect heating function inside the dehydrator can be operated au-
tomatically under the program control.
4.When the operation of one process is completed, the circulating pump and dehydrator
stops, and the drain valve is opened for drainage.When the water level drops to the low
water level of the circulating pump, the pre dehydration process can be carried out according
to the program requirements.After the pre dehydration process, the drain valve is closed,
and the nextstep of water inlet and other actions can be carried out.Until the end of the
whole process, the control cabinets ends signals.
The operator starts the hydraulic power unit, releases the inner cover, manually releases the
lock catch of the outer cover, and opens the outer cover of the dehydrator, lfts out the
pressed bulk fiber.Then enter the opening and drying process.
 

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