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Item No.:
TRW1600-MBMPayment:
FOB / CIFProduct origin:
ChinaColor:
Shipping port:
ShangHaiLead Time:
28Electrostatic water resident melt blown fabric productionline(TRW1600-MBM)
The difference between thewater-electret melt blown cloth technology and the melt blown clothmanufactured by the traditional process is: the traditional melt blown clothuses corona electret, which exhibits obvious stability and comprehensivebenefits; while the water electret melt blown cloth The prepared pure water isdelivered to the nozzle through the high-pressure water pump, and the meltblown cloth is sprayed by the fan nozzle, and the two rubbing to generatestatic electricity; the water electret melt blown cloth is saturated withstatic electricity and the static electret time is long !
First.Introduction of electret
Electret refers to a dielectric material with long-termcharge storage function. The stored charge can be a unipolar real chargeinjected from the outside, or a dipole charge formed by the orderly orientationof dipoles in a polar dielectric. Or both types of charges exist at the sametime.
Second. What ispure water with water electret?
Water electret ultrapure water equipment usesultrafiltration, reverse osmosis, EDI and nuclear ion exchange systems toproduce ultrapure water that meets the needs. And the wastewater generated inthe production process is recycled and reused through the treatment of themembrane system.
Third, Theprinciple of water electret melt blown fabric
The corona electret was commonly used before. After themicrofiber substrate is collected, it can be subjected to corona treatment tomake it an electret. The water electret melt blown cloth is a high-pressurewater pump to deliver the prepared pure water to the nozzle, and the ultra-purewater is sprayed to the base cloth with special water electret master batch,and static electricity is generated by the friction between the water and thecloth surface to achieve the electret effect. The performance of the waterelectret melt blown fabric is that the amount of static electricity issaturated, and the static electret time is long.
Fourth,water electrets melt blown fabric
Waterelectret technology is still relatively rare in the market, and it is somewhatmysterious. Let me briefly introduce it. First of all, the water electrettechnology can make the melt blown cloth achieve low resistance (about 3-40%resistance reduction), high efficiency (oil up to 99.97), no attenuation (up tomore than 2 years); in other words, it reduces air resistance In the case ofthis, it can increase the filtration efficiency.
Soin general, water electret is an ideal product to replace corona electret
Meltblown water electret production line specifications(theproduction line can be modified by customer)
Equipment composition; water retention, drying,collection and cutting
specification content | Water electret production line |
Dimensions | 20000×2500×1900mm(L×W×H) |
Studio size | 12000×1800×100mm (L×W×H) |
Segment type | Box body segmented assembly (four-stage assembly) |
Way of working | The melt blown cloth is sent from the left feeding end through the water electret treatment into the heating channel for heating, and then the lower part is conveyed from the right discharge end, and then the cloth is cut and cut |
Door opening method | Inlet and outlet with wind deflector (adjustable) clearance 30-50mm |
Box shell | It is made of 1.5mm thick Q235 cold-rolled steel plate which is welded and riveted after rust removal and antirust treatment. The surface is sprayed with amino self-drying paint, the color is milky white |
Shell skeleton | Q235 channel steel, angle steel and other section steels are welded to form after rust removal and antirust treatment: 10# square tube, 4# square tube |
Furnace | Connected with 1.2mm thick sus304 stainless steel plate (temperature resistance 500℃) |
Chassis | The angle steel square pipe is welded and formed after rust removal and antirust treatment |
Adjust the foot cup | A heavy-duty foot cup is set at the bottom of the drying tunnel for easy adjustment of the equipment height |
power supply | 3N+PE 380V 50Hz |
Temperature control record | Fuji Digital Display |
speed control | High-quality inverter |
Temperature control display control | Solid state relay controls temperature |
Temperature control monitoring | Alarm module, 8 groups of PT100 probes |
Operating temperature range | 0~150℃ |
Heating rate | ≥10℃/min (when the furnace is full) |
temperature | Uniformity≤±5℃ |
Electric heating power | Heating power 150KW |
Circulation fan | 4kw 12 sets |
Chain traction power | 3KW 1 set |
transfer speed | Speed ratio: 1;10SB |
Product download time | Inverter adjustable 1min up to 26 meters |
Total furnace power | 201 kw |
Hot air circulation method | Supply air from the top of the studio, return air from the bottom |
Electric heater position | The heating rod is set in the air circulation box of the drying tunnel |
electric heater | Star connection 20V, 50Hz, U-shaped surface low-load fully sealed electric heating tube, the surface temperature is lower than 380℃, has the advantages of safety, heat resistance, etc., one year warranty |
Insulation treatment | The insulation resistance between the conductive part of the heating tube and all non-conductive parts is ≥10MΩ; withstand voltage 1500V, no breakdown, leakage, grounding and other faults in 1 minute |
Insulation material layout | The box body is insulated with high-density high-quality silicic acid cotton, with a temperature resistance above 800℃; the thickness of the insulation layer is 150mm, the heat transfer coefficient of the insulation material is 0.06Kcal/mh℃; the surface temperature is not more than 10℃ at normal temperature |
Exhaust device location | 4 moisture vents |
Traction method | The gear reducer drives the mesh belt sprocket through the turbine reducer; the frequency conversion motor drives the mesh belt sprocket to drive |
transmission shaft | Transmission shaft is quenched and tempered 45# steel; diameter 50mm |
Conveyor belt | Teflon customization |
Belt deviation | Adopt 2 groups of corrector |
Control cabinet | Use independent control cabinet |
Emergency stop control | Two emergency stop buttons are set on the drying tunnel to realize the emergency stop of the equipment in case of accident |
safety protection | Over-temperature alarm system: when there is an abnormal change in the temperature in the furnace, it will give an audible and visual alarm and automatically cut off the power; motor and heating interlocking control: that is, the fan is heated before the heater is burned to prevent the heater from burning out and causing accidents |
Main components such asequipment and electrical appliances
NO. | Name | Model | |
1 | breaker | NSD-400 350A | |
2 | Thyristor | YTR series | |
3 | Temperature controller (master control) | PXR9 | |
4 | Contactor | LC1-D series | |
5 | thermal relay | LRD series | |
6 | Thermostat (alarm) | AI50IL2S4 | |
7 | Time Relay | CTDV-N1 6M/6M | |
8 | Intermediate relay | MY4N series | |
9 | sensor | Pt100 type probe | |
10 | Heater | 304 stainless steel heating rod, wound heat sink, surface low load U-W type | |
11 | Temperature resistant motor | 4KW | |
12 | Centrifugal wind wheel | DF type multi-wing low noise fan | |
13 | Shell sheet | 1.5mm/Q235 cold rolled steel plate | |
14 | Liner sheet | 1.2mm/sus304 stainless steel plate | |
15 | Incoming cable | The power supply line from the power distribution cabinet of the workshop to the electric control box of the box body shall be provided by the buyer (the wiring of the equipment and the power distribution cabinet shall be provided by the supplier) | |
16 | colour | The whole drying tunnel is milky white (to be determined) |