CN204115433U - Water-absorbing resin after-treatment pipeline dryer - Google Patents
Water-absorbing resin after-treatment pipeline dryer Download PDFInfo
- Publication number
- CN204115433U CN204115433U CN201420509434.XU CN201420509434U CN204115433U CN 204115433 U CN204115433 U CN 204115433U CN 201420509434 U CN201420509434 U CN 201420509434U CN 204115433 U CN204115433 U CN 204115433U
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- pipeline
- drying pipeline
- drying
- blower fan
- feeding mechanism
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- Drying Of Solid Materials (AREA)
Abstract
The utility model discloses a kind of water-absorbing resin after-treatment pipeline dryer, drying pipeline one end is connected to hotline heater, the drying pipeline other end is connected to blower fan, drying pipeline accesses feeding mechanism respectively, rabbling mechanism and discharger, the drying pipeline of feeding mechanism access near hotline heater place, the feed pipe place bulk material of rabbling mechanism access drying pipeline loosens, discharger access feeding mechanism drying pipeline place below, blower fan sucks hotline heater hot-air seasoning material and is drawn in discharger, and put into feeding mechanism by anti-blocking wind stopping device, the other end of blower fan, drying pipeline is connected to deduster, deduster endogenous pyrogen delivers to hotline heater by back of pipeline, thermal source is recycled, below discharger, feeding mechanism is set, transport material in next drying pipeline and carry out after-treatment oven dry, suck drying pipeline by blower fan to dry, repeat single treatment operation, save electric energy loss, the totally-enclosed material from leakage that prevents is to the pollution of environment.
Description
Technical field
The utility model relates to new functional macromolecule material technical field, relates in particular to a kind of water-absorbing resin after-treatment pipeline dryer.
Background technology
Water-absorbing resin has high absorbent function and excellent water retention property, becomes hydrogel once imbibition, even if pressurization is also difficult to water to separate.Super absorbent resin, with its high imbibition ability, high rate of liquid aspiration and high liquid-keeping property, is widely used in agricultural and gardening, medical, health, the application etc. of building aspect; Meanwhile, water-absorbing resin is nontoxic because super absorbent polymer has, to human body nonirritant, without side reaction, do not cause the features such as blood clotting, is also widely used in field of medicaments, as large for water content, use comfortable externally-applied ointment; Produce can absorb and perform the operation and traumatism and bleeding and juice, and can antipyogenic medical bandage and cotton balls; Manufacture can make moisture and medicament pass through and the impervious anti-infection property artificial skin of microorganism etc., and also have environmental protection, electronics industry aspect, super absorbent polymer water-absorbing resin application is quite extensive.
Water-absorbing resin is macromolecular material polymerization process, water-absorbing resin product in polymerization process has its particularity, more moisture content and viscosity is had in polymer during polymerization, in water-absorbing resin Product processing, moisture content in polymeric articles need be dried, the manufacturer of existing water-absorbing resin product, when carrying out secondary drying process to product, have nothing in common with each other according to the drying plant that working condition and production requirement are selected, as selected pipeline dryer, equipment de-sign is all adopt feeding style, high-power blower feeding is used in feeding, which is that material is sent through blower fan, this form increases blower pressure, increase power of fan, the loss of electric energy is corresponding larger, and material is easy to clump together inside blower fan the pipeline that results in blockage, have a strong impact on product quality and output, in addition deduster exhaust outlet is directly discharged hot gas, the hot gas of discharging has certain pollution to environment and waste heat energy, add the production cost of enterprise.
Designer attempts to improve existing water-absorbing resin pipeline drying technology, improve material is sent the conveying mode entering drying pipeline by blower fan, to reach the loss of saving electric energy, make material without blower fan, avoid and solve the conglomeration of material on pipeline and blockage problem, and consider that solving collection flies powder, the recycling of thermal source, reduces problems such as the pollutions of environment.
Summary of the invention
The purpose of this utility model is to overcome prior art Problems existing, a kind of water-absorbing resin after-treatment pipeline dryer is provided, suck mode of movement by blower fan and material is sucked drying pipeline, making material enter discharger after blower fan oven dry to pass through, effectively saving electric energy loss, by increasing rabbling mechanism in feed pipe, solve the conglomeration of material on pipeline and blockage problem, collect simultaneously and fly powder, thermal source is recycled, reduce the directly pollution of discharge to environment.
The technical solution adopted in the utility model: water-absorbing resin after-treatment pipeline dryer, comprise drying pipeline, hotline heater, blower fan, mainly be connected to hotline heater in drying pipeline one end, the drying pipeline other end is connected to blower fan, between hotline heater and blower fan, drying pipeline accesses feeding mechanism, rabbling mechanism and discharger respectively, the drying pipeline of feeding mechanism access near hotline heater place, the feed pipe place of rabbling mechanism access drying pipeline, discharger access feeding mechanism drying pipeline place below; At the other end of blower fan, drying pipeline is connected to deduster, deduster upper connecting tube road also accesses hotline heater, arranges feeding mechanism below discharger.
Described feeding mechanism access drying pipeline, drying pipeline one end is connected to hotline heater, and the drying pipeline other end is connected to blower fan, between hotline heater and blower fan, feeding mechanism enters the drying pipeline near hotline heater place, discharger access feeding mechanism drying pipeline below; At the other end of blower fan, drying pipeline is connected to deduster, deduster upper connecting tube road also accesses hotline heater.
Be separately installed with anti-blocking wind stopping device bottom described discharger, after-treatment pipeline is respectively totally-enclosed pipe.
Described anti-blocking wind stopping device is rotated by motor driving shaft and auger.
The beneficial effects of the utility model are:
1, the utility model water-absorbing resin after-treatment pipeline dryer is owing to improving the convey materials mode of pipeline dryer, high-power blower is sent the mode of material, be modified into blower fan and suck convey materials mode, by material intake line, the hot blast of hotline heater is sucked drying materials simultaneously, material is without blower fan, enter discharger after drying materials to pass through, induced-draught fan obviously reduces blower pressure, reduces power of fan, save the loss of electric energy, reduce production cost.
2, the utility model water-absorbing resin after-treatment pipeline dryer is owing to adopting water-absorbing resin after-treatment pipeline stoving process operation, by material intake line and by sucking hot-air seasoning, rabbling mechanism is increased by the charging pipe end at drying pipeline, solve the conglomeration of material on feed pipe and blockage problem, material drying enters discharger, discharger puts into drain hole by anti-blocking wind stopping device finished product materials, form totally-enclosed drying pipeline, enter secondary and suck drying pipeline, blower fan sucks material and sucks hot blast, finished product materials is dried further, through the water-absorbing resin product that after-treatment pipeline is dried, reach product quality requirement, oven dry rate reaches more than 95%.
3, the utility model water-absorbing resin after-treatment pipeline dryer is due to by arranging deduster at the other end of drying pipeline fan, the powder that flies a small amount of in discharger is drawn in deduster by blower fan through piping, deduster can be collected and fly powder, utilization flies powder processing other products, by increasing a pipeline on pipeline drying duster, the thermal source of deduster is transported in hotline heater, unnecessary thermal source is made to be recycled utilization, reduce the directly pollution of discharge to environment, recycle hot blast, make full use of heat energy.
Accompanying drawing explanation
Fig. 1 is the utility model water-absorbing resin after-treatment pipeline drying machine structure schematic diagram.
Drying pipeline 1, pipeline 101, feed pipe 102, hotline heater 2, rabbling mechanism 3, feeding mechanism 4, discharger 5, blower fan 6, deduster 7, anti-blocking wind stopping device 8, axle 801, auger 802, motor 803.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.
As shown in Figure 1, water-absorbing resin after-treatment pipeline dryer, water-absorbing resin single treatment pipeline baking operation, drying pipeline 1 one end is connected to hotline heater 2, drying pipeline 1 other end is connected to blower fan 6, blower fan 6 is induced-draught fan, hotline heater 2 hot blast is sucked drying pipeline 1, the drying pipeline 1 sucked there being hot blast accesses feeding mechanism 4, feeding mechanism 4 accesses the drying pipeline 1 near hotline heater 2 place, while suction hotline heater 2 hot blast, the resin material sent into by feeding mechanism 4 sucks drying pipeline 1, feeding mechanism 4 enters for driven by motor auger rotates closed conveying obstruct air, at feed pipe 102 place of drying pipeline 1, namely feeding mechanism 4 feeding enters the below of drying pipeline 1, or drying pipeline 1 pipe bent position, drying pipeline 1 accesses rabbling mechanism 3, carry out loosening and drying feed pipe 102 sections to the water-absorbing resin material entering drying pipeline 1 from feeding mechanism 4, to stop material conglomeration or blocking pipe.
Discharger 5 accesses feeding mechanism 4 drying pipeline 1 below, namely drying pipeline 1 place sucking hot blast material drying and complete, the other end of blower fan 6, drying pipeline 1 is connected to deduster 7, while material drying is sucked discharger 5 by blower fan 6, by fly powder be drawn onto blower fan 6 the other end suck deduster 7, deduster 7 is connected to pipeline 101, pipeline 101 other end access hotline heater 2, unnecessary thermal source is made to be recycled utilization, feeding mechanism 4 is set below discharger 5, anti-blocking wind stopping device 8 is set bottom discharger 5, anti-blocking wind stopping device 8 rotates hermetically sealed convey materials by motor 803 driving shaft 801 and auger 802.
Water-absorbing resin after-treatment pipeline baking operation, feeding mechanism 4 accesses drying pipeline 1, drying pipeline 1 one end is connected to hotline heater 2, drying pipeline 1 other end is connected to blower fan 6, blower fan 6 is induced-draught fan, hotline heater 2 hot blast is sucked drying pipeline 1, the drying pipeline 1 sucked there being hot blast accesses feeding mechanism 4, feeding mechanism 4 accesses the drying pipeline 1 near hotline heater 2 place, at suction hotline heater 2 hot blast simultaneously, the resin material sent into by feeding mechanism 4 sucks drying pipeline 1, feeding mechanism 4 enters for driven by motor auger rotates closed conveying obstruct air.
Discharger 5 accesses feeding mechanism 4 drying pipeline 1 below, suck drying pipeline 1 place that hot blast material drying complete, according to drying output, 5 one, discharger or two are set, the other end of blower fan 6, drying pipeline 1 is connected to deduster 7, while material drying is sucked discharger 5 by blower fan 6, by fly powder be drawn onto blower fan 6 the other end suck deduster 7, deduster 7 is connected to pipeline 101, pipeline 101 other end access hotline heater 2, unnecessary thermal source is made to be recycled utilization, anti-blocking wind stopping device 8 is set bottom discharger 5, anti-blocking wind stopping device 8 rotates hermetically sealed convey materials by motor 803 driving shaft 801 and auger 802.
Water-absorbing resin divides after-treatment pipeline baking operation, water-absorbing resin is through first time process pipeline baking operation, enter second time process pipeline baking operation again to dry, the material of last process by Cemented filling to feeding mechanism 4, the auger of feeding mechanism 4 transports material to drying pipeline 1 li, temperature in drying pipeline 1 is provided by hotline heater 2, sucking hot blast through blower fan 6 is drawn in discharger 5 by the drying materials in drying pipeline 1, conglomeration is prevented by loose for the material of feed zone by rabbling mechanism 3, material finished product is put into feeding mechanism 4 by anti-blocking wind stopping device 8 by discharger 5, feeding mechanism 4 is sent material into next drying pipeline 1 and is continued to dry, the powder that flies a small amount of in discharger 5 is drawn in deduster 7 by blower fan 6, the powder that flies collected is used for other products by deduster 7, in deduster 7, residue thermal source is got back in hotline heater 2 by pipeline 101 is defeated.
Feeding mechanism 4 transports material in next drying pipeline 1, be drawn in drying pipeline 1 by the second Fans 6 and dry, repeat the working procedure of first set, temperature in drying pipeline 1 is provided by hotline heater 2, sucking hot blast through blower fan 6 is drawn in discharger 5 by the drying materials in drying pipeline 1, material finished product is put into accumulator by anti-blocking wind stopping device 8 by discharger 5, the powder that flies a small amount of in discharger 5 is drawn in deduster 7 by blower fan 6, the powder that flies collected is used for other products by deduster 7, in deduster 7, residue thermal source is got back in hotline heater 2 by pipeline 101 is defeated, the requirement of product stoving process is reached through two cover baking operations, the totally-enclosed material from leakage that prevents is to the pollution of environment.
Claims (2)
1. a water-absorbing resin after-treatment pipeline dryer, comprise drying pipeline, hotline heater, blower fan, it is characterized in that: described drying pipeline (1) one end is connected to hotline heater (2), drying pipeline (1) other end is connected to blower fan (6), between hotline heater (2) and blower fan (6), drying pipeline (1) accesses respectively feeding mechanism (4), rabbling mechanism (3) and discharger (5), the drying pipeline (1) of feeding mechanism (4) access near hotline heater (2) place, feed pipe (102) place of rabbling mechanism (3) access drying pipeline (1), discharger (5) access feeding mechanism (4) drying pipeline below (1) place, at the other end of blower fan (6), drying pipeline (1) is connected to deduster (7), deduster (7) upper connecting tube road (101) also accesses hotline heater (2), and discharger (5) below arranges the feeding mechanism (4) of after-treatment pipeline,
In after-treatment pipeline, described feeding mechanism (4) access drying pipeline (1), drying pipeline (1) one end is connected to hotline heater (2), drying pipeline (1) other end is connected to blower fan (6), between hotline heater (2) and blower fan (6), the drying pipeline (1) of feeding mechanism (4) access near hotline heater (2) place, discharger (5) access feeding mechanism (4) drying pipeline below (1); At the other end of blower fan (6), drying pipeline (1) is connected to deduster (7), deduster (7) upper connecting tube road (101) also accesses hotline heater (2);
Described discharger (5) bottom is separately installed with anti-blocking wind stopping device (8), and after-treatment pipeline is respectively totally-enclosed pipeline.
2. a kind of water-absorbing resin after-treatment pipeline dryer according to claim 1, is characterized in that: described anti-blocking wind stopping device (8) is rotated by motor (803) driving shaft (801) and auger (802).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420509434.XU CN204115433U (en) | 2014-09-05 | 2014-09-05 | Water-absorbing resin after-treatment pipeline dryer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420509434.XU CN204115433U (en) | 2014-09-05 | 2014-09-05 | Water-absorbing resin after-treatment pipeline dryer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204115433U true CN204115433U (en) | 2015-01-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420509434.XU Expired - Fee Related CN204115433U (en) | 2014-09-05 | 2014-09-05 | Water-absorbing resin after-treatment pipeline dryer |
Country Status (1)
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| CN (1) | CN204115433U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109900089A (en) * | 2019-03-01 | 2019-06-18 | 浙江三赢新材料有限公司 | A kind of novel stoving process method preparing super absorbent resin |
-
2014
- 2014-09-05 CN CN201420509434.XU patent/CN204115433U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109900089A (en) * | 2019-03-01 | 2019-06-18 | 浙江三赢新材料有限公司 | A kind of novel stoving process method preparing super absorbent resin |
| CN109900089B (en) * | 2019-03-01 | 2023-12-12 | 浙江三赢新材料有限公司 | Novel drying process method for preparing super absorbent resin |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150121 Termination date: 20190905 |