. line really has a simultaneous joined creation cycle of spunbonding and meltblown, the entire machine embraces AC recurrence transformation speed guideline, full advanced coordinated correspondence, insightful control of the entire line electrical framework, turning and drawing framework, transmission framework, etc.
- progressed parts of world well known brands are utilized for pneumatic parts, electrical parts and working parts.
- activity interface: as per the creation line process prerequisites and related interaction activity, hardware investigating, upkeep comfort, the entire line utilizing modern control PC to screen and deal with the whole cycle popular.
- spunbond pass on head, the entire stream channel is single holder type, to guarantee uniform soften dissemination, lessen the hour of shading change, the entire width of the turning uniform. 5. meltblown pass on head, the body on the two sides of the even plan of the turning system, so the hot air even wind conveyance stream channel, to guarantee uniform dissolve circulation, stable strain, and to guarantee that the silk pack warm extending adequate, so the hot wind stream across the width of the uniform, to accomplish uniform fabric surface.
- Elements of the machine: progressed air drawing innovation and high velocity shaping innovation, combined with advanced control framework, the item has great consistency, little fiber size, great longitudinal and cross over strain and low energy utilization of the innovation. 7. Item attributes: SS, SMS, SMMS non-woven textures can be created. The items have great strength, delicate quality, super light weight, high air porousness, high water pressure obstruction, and can be separated from dust, fluid, infection and bacteria.
- Item applications: clinical materials, cleanliness materials, defensive attire, filtration materials and other fields.
AL-1600MM – – – 3200MM SMMS spunbond overlaid nonwoven hardware (PP SMMS spunbond nonwoven equipment)
AL-SMMS spunbonded nonwoven machine for clinical careful outfits and masks
Machine working process
Additives (reused squander) – – – – – > unrefined substance – > expulsion – – – – – > filtration – metering siphon – – – – > turning – – – – > (meltblown – meltblown) – – – – – cooling – – – – – > air extending – – – – – > web shaping – – – – > tying machine – – – – > moving up – – – – > cutting and packaging
1: Raw materials.
A: PP for spunbond: MFI: 25 – 45
Meltblown PP: MFI: 1200-1800
2: Technical data
A: Fabric width: 1600 – – – 4200mm (last standard width)
B: Box: 2 arrangements of spunbond, 1 arrangement of meltblown
C: Fiber denier: spunbond framework ≤ 2den; meltblown framework: 2~5μm
D: Grammage: SMMS: 15-80 g/m2
SMS: 13-80 g/m2
SS: 10-80 g/m2
S: 10 – 80 g/m2
M:10 – 80 g/m2
E: Production range.
The multi-utilitarian adaptable nonwoven creation line of the current innovation has the accompanying helpful effects:By method for two gatherings of MM turning frameworks on direct aides that can be raised and brought down, the accompanying sorts of nonwoven creation lines can be formed:1) Two gatherings of MM turning frameworks and two gatherings of SS turning frameworks are consolidated to shape two SMMS creation lines, which can be begun independently and can deliver SMMS nonwoven textures for an enormous scope; 2) Two gatherings of MM turning frameworks and two gatherings of SS turning frameworks staggered, can be joined to frame two SS creation lines and two MM creation lines, fire up four creation lines individually, PP SMMS Spunmelt Machine can efficiently manufacture SS nonwoven and li nonwoven; 3) – Group li turning framework and two gatherings of SS turning framework amazed, one more gathering of MM turning framework and two gatherings of SS turning framework consolidated to shape two SMS creation lines, fire up two M creation lines and two SMS creation lines separately, can efficiently manufacture SMS nonwoven creation lines, which can efficiently manufacture SMS nonwoven and M nonwoven. To put it plainly, the development can be consolidated into four nonwoven creation lines utilizing just two kinds of SS and MM turning frameworks, and can be joined into two creation lines of one nonwoven simultaneously for large scale manufacturing, or into two nonwoven multi-creation lines for multi-assortment creation, which can decrease gear costs, yet additionally further develop the use pace of every creation line through the blend, staying away from squander because of hardware establishments. Likewise, the four creation lines are spread out in equal, occupying little room and saving space.
Description of the going with drawings  Fig. 1 shows a schematic graph of the multifunctional adaptable non-woven creation line of the current innovation consolidated into a SMMS creation line.
 Fig. 2 shows a schematic graph of the multifunctional adaptable non-woven creation line of the current innovation consolidated into a SS creation line and a MM creation line
 Fig. 3 shows a schematic graph of the multifunctional adaptable non-woven creation line of the current innovation consolidated into a SMS creation line and a MM creation line
 In FIG:
 SS turning framework I Li turning framework 2
 Web-shaping transport line A Web-framing transport line B
 Wire shaping transport line C Wire framing transport line D
 In request to additionally clarify the specialized arrangements of the current development, the innovation is portrayed exhaustively underneath through explicit embodiments.
 As displayed in Figures 1 to 3, the multifunctional adaptable non-woven creation line of the current development contains four web-shaping transport lines, two SS turning frameworks 1, and two MM turning frameworks 2.
 The four web-shaping transport lines are laid corresponding to one another, and for the comfort of the depiction the four web-shaping transport lines are web-shaping transport line A, web-framing transport line B, web-framing transport line C, and web-shaping transport line D, respectively.
 In every one of the two separate shaping transport line lines B and D, a SS turning framework I is steadily installed.
 Two arrangements of equal straight aide rails are introduced over the four equal manufactured transport line lines A, B, C and D toward a path opposite to created transport line A, created transport line B, C and D. The two arrangements of straight aide rails are raised and brought down on a level plane through synchronized lifting segments introduced around them.
 The two arrangements of equal direct aide rails are each outfitted with an interpretation stage through the drive wheel, and the two interpretation stages are each associated with a drive engine, and the two interpretation stages are each fixed with a bunch of MM turning framework 2. The two drive engines turn to drive the two interpretation stages separately, and the two interpretation stages are each moved horizontally along the straight aide rails through the drive wheel.
 wherein the turning parts of the MM turning framework 2 incorporate a taking care of framework, a screw extruder, a channel, a metering siphon and a turning bite the dust, and so forth The SS turning framework I and the MM turning framework 2 individually embrace existing constructions, which are notable innovation and won’t be rehashed here. The fundamental improvement of the current development lies in the combinable establishment of SS turning framework I and MM turning framework 2. The joined creation line of the current development is portrayed exhaustively below.
 During creation, the spunbond strands of the two SS turning frameworks I on the shaping transport line B and the framing transport line D are laid on the shaping transport line on the shaping transport line B and the framing transport line D individually, and are shipped start to finish in the taking care of heading through hot rolling and twisting separately to turn into a non-woven web. As displayed in Fig. 1, when the interpretation foundation of the two MM turning frameworks 2 is moved to the highest point of the B and D lines by the drive engine, the meltblown strands of the two MM turning frameworks 2 are showered on the spunbond fiber layer on the web transport line of the web transport line B and the web transport line D separately. By changing the simultaneous lifting segments around the interpretation stage, the getting distance of the meltblown filaments splashed on the web transport line can be changed, lastly After hot rolling, the SMMS nonwoven is delivered on line B and line D of the web shaping transport belt.
 As displayed in Figure 2, when the interpretation foundation of the two gatherings of Li turning framework 2 is moved to the upper piece of the web transport line An and the web transport line C by the drive engine, so that the meltblown strands of the two gatherings of MM turning framework 2 are showered on the web transport line of the web transport line An and the web transport line C separately, after direct winding, the web transport line An and the web transport line C produce the MM Meltblown nonwovens are created on line An and line C. The SS strands on the framing transport lines of the shaping transport line B and the shaping transport line D are hot rolled and twisted to create SS nonwovens.
 As displayed in Fig. 3, when one of the interpretation stages is moved through the drive engine straight over the web transport line B and the web transport line D, the meltblown filaments of the two MM turning frameworks 2 are splashed on the spunbonded fiber layer on the web transport line of the web transport line B and the web transport line D separately; while the interpretation foundation of the other gathering is moved straight over the web transport line An and the web transport line C, with the goal that The meltblown strands of the two MM turning frameworks 2 are showered on the web transport lines of the web transport line An and the we