CN106498628B - Spun-laced machine is Hydroentangled at distribution system - Google Patents
Spun-laced machine is Hydroentangled at distribution system Download PDFInfo
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- CN106498628B CN106498628B CN201610876478.XA CN201610876478A CN106498628B CN 106498628 B CN106498628 B CN 106498628B CN 201610876478 A CN201610876478 A CN 201610876478A CN 106498628 B CN106498628 B CN 106498628B
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- spun
- roller
- laced machine
- shell
- platform
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Classifications
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04H—MAKING TEXTILE FABRICS, e.g. FROM FIBRES OR FILAMENTARY MATERIAL; FABRICS MADE BY SUCH PROCESSES OR APPARATUS, e.g. FELTS, NON-WOVEN FABRICS; COTTON-WOOL; WADDING ; NON-WOVEN FABRICS FROM STAPLE FIBRES, FILAMENTS OR YARNS, BONDED WITH AT LEAST ONE WEB-LIKE MATERIAL DURING THEIR CONSOLIDATION
- D04H18/00—Needling machines
- D04H18/04—Needling machines with water jets
Abstract
A kind of spun-laced machine disclosed by the invention is Hydroentangled at distribution system, including spun-laced machine tensioning, deviation correcting device, spun-laced machine tangles into cloth apparatus and spun-laced machine dehydration platform, spun-laced machine tensioning, deviation correcting device are located at spun-laced machine and tangle on the right side of cloth apparatus, the spun-laced machine dehydration platform is located at spun-laced machine and tangles on the left of cloth apparatus, and infrared moisture measuring instrument is equipped on the left of the spun-laced machine dehydration platform.Spun-laced machine provided by the invention is Hydroentangled good at distribution system Cheng Buhou dehydrating effect, can be measured in real time to dewatered woven fabric water content, and trawlnet curtain can be made to keep tensioning state.
Description
Technical field
The present invention relates to Nonwoven Machinery equipment technical field, specifically a kind of spun-laced machine is Hydroentangled at cloth system
System.
Background technique
Spun lacing method is also known as jet net-spraying method, hydroentanglement processes, water spray into cloth method etc., is a kind of in non-woven cloth consolidation technique
Unique, novel processing technology.Spun lacing method sprays fibre web using the fine water jet of multiply that high pressure generates.Water jet passes through fibre
After net, the rebound of hand rest spy's lace curtaining, again intert fibre web, as a result, in fibre web fiber different directions high-speed water jet intert
Under hydraulic action, displacement, interspersed, entanglement and obvolvent are generated, so that fibre web be made to be reinforced.The moisture absorption of spun lacing method non-woven material
Property and good permeability, soft, intensity is high, and drapability is good, reinforces without adhesive, and appearance more connects than other non-woven materials
Nearly traditional textile.
During non-woven woven fabric is woven, many times transport of woven fabric is carried out by trawlnet curtain, in spun lacing
During machine tangles into cloth, woven fabric is transported at honeycomb roller by trawlnet curtain first, water jet ejects water needle later
Jet stream carries out entanglement networking to woven fabric.
During conveying, frictional force is generated between woven fabric and trawlnet curtain, woven fabric is transported by the effect of frictional force,
But trawlnet curtain can be deformed after prolonged frictional force, and trawlnet curtain internal clearance is caused to become larger or trawlnet curtain
One end internal clearance becomes larger, this will lead to, and the woven fabric frictional force that both ends receive during conveying is different, the side of woven fabric conveying
To variation is generated, cause during spun-laced machine tangles into cloth, woven fabric is uneven, influences the tensile strength of woven fabric, and reduction is knitted
The feel and quality of cloth.
Contain too many moisture on the fibre web to tangle by spun lacing method, excessive moisture can generate shadow to the quality of fibre web
It rings, therefore, needs to add dehydration after Hydroentangled networking, but existing dehydration equipment generallys use drum-type dehydration
Pipeline is dehydrated, costs and poor dehydration results, low efficiency, and can not after real-time detection dehydration in woven fabric water content.
Summary of the invention
The purpose of the present invention is to solve the above problem, and it is good to provide a kind of Cheng Buhou dehydrating effect, can be to dewatered
Woven fabric water content is measured in real time, and the spun-laced machine that trawlnet curtain can be made to keep tensioning state is Hydroentangled at distribution system.
The technical scheme adopted by the invention to solve the technical problem is that:
A kind of spun-laced machine is Hydroentangled at distribution system, including spun-laced machine tensioning, deviation correcting device, and spun-laced machine tangles at arranging
It sets and is located at spun-laced machine with spun-laced machine dehydration platform, spun-laced machine tensioning, deviation correcting device and tangles into cloth apparatus right side, the water
Thorn machine dehydration platform is located at spun-laced machine and tangles on the left of cloth apparatus, surveys on the left of the spun-laced machine dehydration platform equipped with infrared moisture
Measure instrument；
The spun-laced machine tensioning, deviation correcting device, including shell, live-roller, idler roller and deviation rectification roller, the live-roller,
Idler roller and deviation rectification roller are located at enclosure interior, and the live-roller, idler roller and deviation rectification roller are distributed in inverted equilateral triangle, pass
Dynamic roller and idler roller are located on the angle point on equilateral triangle bottom edge, and deviation rectification roller is located in triangular apex, and trawlnet curtain constitutes triangle
Three sides of shape, the live-roller both ends are supported on shell, and the idler roller rear and front end is equipped with ramp bearings I, the shell
External side is equipped with cylinder, and cylinder piston rod is connect with ramp bearings I, and the deviation rectification roller rear end is supported in rear end housing, front end
Connection frame is equipped with below shell, the connection frame lower end is equipped with U-type groove steel, and the U-type groove steel is inverted, the deviation rectification roller front end U
It is equipped with ramp bearings II in type groove steel, Inflatable bag is equipped between the ramp bearings II and U-type groove steel inner wall；
I lower end of ramp bearings is equipped with rack gear, and the I outboard rack lower end of shell is equipped with gear, the gear and tooth
It is engaged between item, passes through gear axis connection between I front and rear sides gear of shell；
The spun-laced machine dehydration platform, including shell, live-roller and drum-type dehydrated tube, the live-roller and drum-type
Dehydrated tube is located in shell, and the live-roller both ends are supported on shell, sets on the left of the shell inner roller formula dehydrated tube
There is platform-type dehydrated tube, the platform-type dehydrated tube upper end is equipped with dehydration platform, and the dehydration platform is equipped with strip
Mouthful, the platform-type dehydrated tube and drum-type dehydrated tube rear and front end are supported on shell, the drum-type dehydrated tube
Upper end is equipped with support roller I and backing roll II, and the backing roll I and II rear and front end of backing roll are supported on shell.
Further, it includes support frame, honeycomb roller and water jet, the honeycomb rolling that the spun-laced machine, which tangles into cloth apparatus,
Cylinder is located in support frame, and support frame as described above rear and front end middle position is equipped with crossbeam, and honeycomb roller rear and front end is supported on
On crossbeam, support frame as described above rear and front end is equipped with fixed plate, and the water jet both ends are supported in fixed plate.
Further, the fixed plate is corresponding with honeycomb cylindrical cylinder shape close to the part of honeycomb roller, described
It fixed plate each one up and down, is distributed in diagonal, water jet there are two supports in the fixed plate of lower end, is supported by three in the fixed plate of upper end
A water jet, the water jet are in cuboid, and the water jet is along honeycomb roller radial distribution.
Further, the infrared moisture measuring instrument includes sensor and station, and the sensor is located at platform-type
On the left of dehydrated tube above cloth, the station is located on the left of spun-laced machine dehydration platform, between the sensor and station
It is connected by conducting wire.
The beneficial effects of the present invention are:
1, spun-laced machine provided by the invention is Hydroentangled at distribution system, and the spun-laced machine is tensioned with being tensioned, in deviation correcting device
Roller rear and front end is equipped with ramp bearings I, and the hull outside is equipped with cylinder, and cylinder piston rod is connect with ramp bearings, passes through gas
The flexible of cylinder piston rod control moving left and right for ramp bearings I, and then controls moving left and right for idler roller, to reach
The effect for straining at lace curtaining, when trawlnet curtain because too long and when trawlnet curtain internal clearance being caused to become larger, gas can be passed through using the time
The flexible of cylinder piston rod moves left and right the tensioning so that trawlnet curtain adjust tensioning wheel；It is controlled by cylinder, Ke Yishi
Existing step-less adjustment, to improve the adaptability of tensioning apparatus.
2, spun-laced machine provided by the invention is Hydroentangled at distribution system, and the spun-laced machine is rectified a deviation with being tensioned, in deviation correcting device
Roller rear end is supported in rear end housing, and front end shell lower end is equipped with connection frame, and the connection frame lower end is equipped with U-type groove steel, the U
Type groove steel is inverted, and ramp bearings II, the ramp bearings II and U-type groove steel inner wall are equipped in the deviation rectification roller front end U-type groove steel
Between be equipped with Inflatable bag, when trawlnet curtain receives non-uniform frictional force for a long time and trawlnet curtain one end internal clearance is caused to become larger
When, it can be by the expansion of Inflatable bag and contraction come the position of adjusting slideway bearing II, and then to adjust the offset journey of deviation rectification roller
Degree prevents trawlnet curtain because of excessively relaxing and generates security risk so that the tensioning of trawlnet curtain.
3, spun-laced machine provided by the invention is Hydroentangled at distribution system, and the spun-laced machine, which is used, to be tensioned, in deviation correcting device, slideway
I lower end of bearing is equipped with rack gear, and the shell front and rear sides rack gear lower end is equipped with gear, engages between the wheel and rack, shell
By gear axis connection between the gear of body front and rear sides, by gear, the engagement of rack gear and the connection of gear shaft so that front and back
I synchronizing moving of ramp bearings is prevented to lead to the different moved furthers of front and back ramp bearings I for the problems such as accuracy of machines reduction, so that
The tensioning of trawlnet curtain one end, one end relaxation.
4, spun-laced machine provided by the invention is Hydroentangled at distribution system, in the spun-laced machine dehydration platform, shell inner roller
Platform-type dehydrated tube is equipped on the left of formula dehydrated tube, the platform-type dehydrated tube upper end is equipped with dehydration platform, the dehydration
Platform is equipped with strip mouth, and drum-type dehydrated tube carries out pre-dehydration, and platform-type dehydrated tube carries out the woven fabric of pre-dehydration
It is dehydrated, is handled by drum-type dehydrated tube and platform-type dehydrated tube twice dehydration again, the content of moisture is low in woven fabric, energy
Enough reach better dehydrating effect；The material of the dehydration platform uses ceramic material, improves the anti-friction property of dehydration platform
Can, increase service life.
5, spun-laced machine provided by the invention is Hydroentangled at distribution system, and the platform-type dehydrated tube front side is equipped with infrared ray
Drimeter, the infrared moisture measuring instrument include sensor and station, are passed through between the sensor and station
Conducting wire connection, quickly can continuously be measured, and non-contact tested material using infrared moisture measuring instrument, realize that online dynamic is real
When detect, realize the real-time control to product moisture content；Simplified button operation is highly suitable for general operator；
Using double light path simple detector, optical system is monitored and is compensated, it is ensured that moisture measurement is not influenced by sensor ageing.
6, spun-laced machine provided by the invention is Hydroentangled at distribution system, in the spun-laced machine dehydration platform, drum-type dehydration
Pipeline upper end is equipped with support roller I and backing roll II, the backing roll I and II axis direction of backing roll and drum-type dehydrated tube axis
Line direction is parallel, and support roller I and backing roll II are connect by bearing with shell, and cloth is around right behind I left side cylindrical surface of backing roll
Drum-type dehydrated tube is wrapped up, and passes through platform-type dehydrated tube, I He of support roller later around II right side cylindrical surface of backing roll
Backing roll II can be such that cloth is wrapped on drum-type dehydrated tube cylindrical surface as far as possible, increase dehydration efficiency, reduce energy
Loss.
Detailed description of the invention
Fig. 1 is schematic structural view of the invention；
Fig. 2 is partial enlarged view at Figure 1A；
Fig. 3 is partial enlarged view at Figure 1B；
Fig. 4 is spun-laced machine of the present invention tensioning, deviation correcting device right view；
Fig. 5 is spun-laced machine of the present invention tensioning, deviation correcting device rearview；
Fig. 6 is partial enlarged view at Fig. 1 C；
Fig. 7 is spun-laced machine dehydration platform internal structure main view of the present invention.
Specific embodiment
According to Fig. 1 to Fig. 7, a kind of spun-laced machine is Hydroentangled at distribution system, including spun-laced machine tensioning, correction dress
It sets, spun-laced machine tangles into cloth apparatus and spun-laced machine dehydration platform, and spun-laced machine tensioning, deviation correcting device are located at spun-laced machine entanglement
At on the right side of cloth apparatus, the spun-laced machine dehydration platform is located at spun-laced machine and tangles into cloth apparatus left side, the spun-laced machine dehydration platform
Left side is equipped with infrared moisture measuring instrument.
Further, spun-laced machine tensioning, deviation correcting device, including shell I 1, live-roller I 2, idler roller 3 and correction
Roller 4, the live-roller I 2, idler roller 3 and deviation rectification roller 4 are located inside shell I 1, the live-roller I 2, idler roller 3 and deviation rectification roller 4
It being distributed in inverted equilateral triangle, live-roller I 2 and idler roller 3 are located on the angle point on equilateral triangle bottom edge, and deviation rectification roller 4
In in triangular apex, trawlnet curtain 26 constitutes three sides of a triangle, and I 2 both ends of live-roller are supported on shell I 1, described
3 rear and front end of idler roller is equipped with ramp bearings I 8, and I 1 outside of shell is equipped with cylinder 9,9 piston rod of cylinder and ramp bearings I 8
Connection, 4 rear end of deviation rectification roller are supported in rear end housing I 1, and connection frame 17, the connection frame 17 are equipped with below front end shell
Lower end is equipped with U-type groove steel 20, and the U-type groove steel 20 is inverted, and is equipped with ramp bearings II in the 4 front end U-type groove steel 20 of deviation rectification roller
19, Inflatable bag 22 is equipped between 20 inner wall of the ramp bearings II 19 and U-type groove steel.
Further, I 2 rear and front end of the live-roller position corresponding with shell I 1 is equipped with bearing I 5, the bearing I 5
It is equipped with bearing block I 6 between shell I 1, is connected between the bearing block I 6 and shell I 1 by bolt I 7.
Further, the ramp bearings I 8 are equipped with sliding block 81 and sliding slot 82, and the sliding block 81 is equipped with buckle, described
Sliding slot 82 is equipped with card slot identical with buckle cross sectional shape, and the buckle outer surface is contacted with the cooperation of card slot inner surface, described
It is connected by the way of welding between I 1 inner wall of sliding slot 82 and shell, passes through bolt VI between the sliding block 81 and ramp bearings I 8
83 connections.
Further, I 8 lower end of ramp bearings is equipped with rack gear 13, and I 1 outboard rack of shell, 13 lower end is equipped with tooth
Wheel 14, is engaged between the gear 14 and rack gear 13, is connected between I 1 front and rear sides gear 14 of shell by gear shaft 15.
Further, it is connected between the cylinder 9 and shell I 1 by bolt II 10, the ramp bearings I 8, which are equipped with, to be connected
Fishplate bar I 11 is connected between 9 piston rod of cylinder and connecting plate I 11 by pin shaft 12.
Further, 4 rear end of the deviation rectification roller position corresponding with shell 21 is equipped with bearing II 23, the bearing II 23 with
Bearing block II 24 is equipped between end housing afterwards, is connected between the bearing block II 24 and rear end housing by bolt V 25.
Further, front end shell lower end surface is equipped with connecting plate II 16, the connecting plate II 16 and 17 upper end of connection frame it
Between connected by spiral shell III 18,17 left and right ends of connection frame are equipped with reinforcing rib, 17 lower end of connection frame and U-type groove steel 20 it
Between using welding by the way of connect, between 20 bottom end of U-type groove steel and ramp bearings II 19 by bolt IV 21 connect, it is described
Each one of Inflatable bag 22 or so, 22 left and right ends of Inflatable bag respectively with II 19 left and right ends of ramp bearings and U-type groove steel
The contact of 20 inner walls.
Further, it includes support frame 27, honeycomb roller 28 and water jet 31 that the spun-laced machine, which tangles into cloth apparatus, described
Honeycomb roller 28 is located in support frame 27, and 27 rear and front end middle position of support frame as described above is equipped with crossbeam, the honeycomb roller 28
Rear and front end is supported on crossbeam, and 27 rear and front end of support frame as described above is equipped with fixed plate 30, and 31 both ends of water jet are supported on
In fixed plate 30.
Further, for the crossbeam along the vertical direction there are two uniform arrays, the axis direction of crossbeam is horizontally disposed.
Further, 28 both ends of honeycomb roller are equipped with bearing III 29, and axis is equipped between the bearing III 29 and crossbeam
Seat is held, is bolted between the bearing block and crossbeam.
Further, the fixed plate 30 is opposite with 28 cylindrical shape of honeycomb roller close to the part of honeycomb roller 28
It answers, the fixed plate about 30 each one, is distributed in diagonal, there are two water jets 31 for support in the fixed plate of lower end, and upper end is fixed
Support is there are three water jet 31 on plate, and the water jet 31 is in cuboid, and the spun lacing 31 along radial point of honeycomb roller 28
Cloth.
Further, the spun-laced machine dehydration platform, including shell II 32, live-roller II 33 and drum-type dehydrated tube
38, the live-roller II 33 and drum-type dehydrated tube 38 are located in shell II 32, and II 33 both ends of live-roller are supported on shell
On body II 32, platform-type dehydrated tube 37 is equipped on the left of the II 32 inner roller formula dehydrated tube 38 of shell, it is described platform-type de-
37 upper end of waterpipe is equipped with dehydration platform 47, and the dehydration platform 47 is equipped with strip mouth 41, the platform-type dehydrated tube
37 and 38 rear and front end of drum-type dehydrated tube be supported on shell II 32,38 upper end of drum-type dehydrated tube be equipped with support
Roller I 39 and backing roll II 40, the backing roll I 39 and II 40 rear and front end of backing roll are supported on shell II 32.
Further, bearing IV 34, the bearing IV are equipped between the II 33 front and back Lian Duanyu shell II 32 of live-roller
It is equipped with bearing block III 35 between 34 and shell II 32, is connected between the bearing block III 35 and shell II 32 by bolt VII 36.
Further, the platform-type dehydrated tube 37 and 38 right end of drum-type dehydrated tube are equipped with air draft pipe 44, institute
It states and is equipped with suction ventilator 45 in air draft pipe 44.
Further, the backing roll I 39 and II 40 axis direction of backing roll and 38 axis direction of drum-type dehydrated tube
In parallel, be equipped with bearing between backing roll I 39 and II 40 rear and front end of backing roll and shell II 32, the bearing and shell II 32 it
Between be equipped with bearing block, be bolted between the bearing block and shell II 32.
Further, the infrared moisture measuring instrument includes sensor 42 and station 43, and the sensor 42 is located at
Platform-type 37 left side cloth of dehydrated tube, 46 top, the station 43 are located on the left of spun-laced machine dehydration platform, the sensor
It is connected between 42 and station 43 by conducting wire.
Further, the material of the dehydration platform 47 uses ceramic material.
Above-mentioned, although the foregoing specific embodiments of the present invention is described with reference to the accompanying drawings, not protects model to the present invention
The limitation enclosed, based on the technical solution of the present invention, those skilled in the art are not needed to make the creative labor and can be made
Various modifications or changes still within protection scope of the present invention.
Claims (4)
- It tangles at distribution system, including spun-laced machine tensioning, deviation correcting device, spun-laced machine into cloth apparatus 1. a kind of spun-laced machine is Hydroentangled With spun-laced machine dehydration platform, characterized in that spun-laced machine tensioning, deviation correcting device are located at spun-laced machine and tangle into the cloth apparatus right side Side, the spun-laced machine dehydration platform are located at spun-laced machine and tangle on the left of cloth apparatus, and the spun-laced machine dehydration platform left side is equipped with red Outside line drimeter；The spun-laced machine tensioning, deviation correcting device, including shell I, live-roller I, idler roller and deviation rectification roller, the live-roller I are opened Tight roller and deviation rectification roller are located inside shell I, and the live-roller I, idler roller and deviation rectification roller are distributed in inverted equilateral triangle, pass Dynamic roller I and idler roller are located on the angle point on equilateral triangle bottom edge, and deviation rectification roller is located in triangular apex, and trawlnet curtain constitutes triangle Three sides of shape, I both ends of live-roller are supported on shell I, and the idler roller rear and front end is equipped with ramp bearings I, described Cylinder is equipped on the outside of shell I, cylinder piston rod is connect with ramp bearings I, and the deviation rectification roller rear end is supported in rear end housing I, Connection frame is equipped with below front end shell I, the connection frame lower end is equipped with U-type groove steel, and the U-type groove steel is inverted, the deviation rectification roller It is equipped with ramp bearings II in the U-type groove steel of front end, Inflatable bag is equipped between the ramp bearings II and U-type groove steel inner wall；I lower end of ramp bearings be equipped with rack gear, the I outboard rack lower end of shell be equipped with gear, the wheel and rack it Between engage, between I front and rear sides gear of shell pass through gear axis connection；The spun-laced machine dehydration platform, including shell II, live-roller II and drum-type dehydrated tube, the live-roller II and roller Formula dehydrated tube is located in shell II, and II both ends of live-roller are supported on shell II, II inner roller formula of the shell dehydration It is equipped with platform-type dehydrated tube on the left of pipeline, the platform-type dehydrated tube upper end is equipped with dehydration platform, in the dehydration platform Equipped with strip mouth, the platform-type dehydrated tube and drum-type dehydrated tube rear and front end are supported on shell II, the rolling Cartridge type dehydrated tube upper end is equipped with backing roll I and backing roll II, and the backing roll I and II rear and front end of backing roll are supported on shell On II.
- 2. spun-laced machine according to claim 1 is Hydroentangled at distribution system, characterized in that the spun-laced machine tangles at arranging It sets including support frame, honeycomb roller and water jet, the honeycomb roller is located in support frame, among support frame as described above rear and front end Position is equipped with crossbeam, and honeycomb roller rear and front end is supported on crossbeam, and support frame as described above rear and front end is equipped with fixed plate, institute Water jet both ends are stated to be supported in fixed plate.
- 3. spun-laced machine according to claim 2 is Hydroentangled at distribution system, characterized in that the fixed plate is rolled close to honeycomb The part of cylinder is corresponding with honeycomb cylindrical cylinder shape, and the fixed plate each one up and down, in diagonal distribution, lower end fixed plate Upper support is there are two water jet, and there are three water jet, the water jet is in cuboid, the spun lacing for support in the fixed plate of upper end Head is along honeycomb roller radial distribution.
- 4. spun-laced machine according to claim 1 is Hydroentangled at distribution system, characterized in that the infrared moisture measuring instrument Including sensor and station, the sensor is located on the left of platform-type dehydrated tube above cloth, and the station is located at water On the left of thorn machine dehydration platform, connected between the sensor and station by conducting wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610876478.XA CN106498628B (en) | 2016-09-30 | 2016-09-30 | Spun-laced machine is Hydroentangled at distribution system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610876478.XA CN106498628B (en) | 2016-09-30 | 2016-09-30 | Spun-laced machine is Hydroentangled at distribution system |
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| CN106498628A CN106498628A (en) | 2017-03-15 |
| CN106498628B true CN106498628B (en) | 2019-03-19 |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108945990A (en) * | 2018-06-27 | 2018-12-07 | 芜湖万向新元环保科技有限公司 | A kind of automatic charging band |
| CN109082777A (en) * | 2018-08-29 | 2018-12-25 | 苏州天为幕烟花科技有限公司 | A kind of roll spacing regulation device making Nomex |
| CN110607609B (en) * | 2019-09-19 | 2020-08-07 | 射阳县宏瑞纺织机械制造有限公司 | Spunlace machine suitable for pure chitosan fiber spunlace production line |
| CN113324389B (en) * | 2021-06-04 | 2023-01-24 | 常熟市飞龙无纺机械有限公司 | Dewatering device for spunlace production line |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2806426B1 (en) * | 2000-03-16 | 2002-05-31 | Rieter Perfojet | INSTALLATION FOR THE PRODUCTION OF NONWOVEN TABLECLOTHS WHICH COHESION IS OBTAINED BY THE ACTION OF FLUID JETS |
| CN202072892U (en) * | 2011-05-03 | 2011-12-14 | 杭州萧山航民非织造布有限公司 | High-pressure and high-speed spunlace device |
| CN202865551U (en) * | 2012-10-26 | 2013-04-10 | 福建南纺股份有限公司 | Spunlace dehydration unit |
| CN104032489A (en) * | 2014-07-02 | 2014-09-10 | 潼南县炫吉中绸有限公司 | Joint type spunlace reinforcing device |
| CN204982290U (en) * | 2015-06-30 | 2016-01-20 | 怀宁县鑫源无纺布有限公司 | Water thorn non -woven fabrics equipment |
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Address after: 250202 No. 501, Qingping street, Mingshui economic and Technological Development Zone, Shuangshan street, Zhangqiu District, Jinan City, Shandong Province Patentee after: Shandong Yongxin nonwoven New Material Co.,Ltd. Address before: 250200 No. 501 Industrial Road, Zhangqiu Mingshui Economic and Technological Development Zone, Jinan City, Shandong Province Patentee before: SHAN DONG PROVINCE WINSON NON-WOVEN MATERIALS Co.,Ltd. |