CN204085250U - Graphite roll bending heat exchanger - Google Patents
Graphite roll bending heat exchanger Download PDFInfo
- Publication number
- CN204085250U CN204085250U CN201420465813.3U CN201420465813U CN204085250U CN 204085250 U CN204085250 U CN 204085250U CN 201420465813 U CN201420465813 U CN 201420465813U CN 204085250 U CN204085250 U CN 204085250U
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- CN
- China
- Prior art keywords
- roll bending
- bending
- roll
- heat exchanger
- side adapter
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Abstract
The utility model belongs to pickler field, particularly relate to a kind of graphite roll bending heat exchanger, comprise housing, bobbin carriage, end socket, tube side adapter A, tube side adapter B, dividing plate, tube sheet A, flange A, pad A, nut A, bolt A, tube sheet B, flange B, pad B, nut B, bolt B, shell side adapter A, shell side adapter B, bearing A, bearing B, heat exchanger tube, roll bending A, roll bending B, roll bending C, roll bending D, roll bending E, roll bending F, roll bending G, roll bending H, roll bending I, roll bending J, roll bending K, roll bending L, roll bending M, pod apertures A, pod apertures B, guiding gutter A, guiding gutter B, ear mount, described heat exchanger tube, roll bending A, roll bending B, roll bending C, roll bending D, roll bending E, roll bending F, roll bending G, roll bending H, roll bending I, roll bending J, roll bending K, roll bending L, roll bending M is in described housing.
Description
Technical field
The utility model belongs to pickler field, particularly relates to a kind of graphite roll bending heat exchanger.
Background technology
Heat exchanger can be divided into tubular type and plate type heat exchanger by heat-transfer area pattern.Plate type heat exchanger is heat exchange wall is a class heat exchanger, the multiple patterns such as point board-like, spiral plate type, honeybee spiral shell, type umbrella are board-like, plate-fin, shell-and-plate.
1. plate type heat exchanger
Be take corrugated plating as a kind of compact heat exchanger of heat-transfer surface, cold fluid and hot fluid alternately flows through in plate both sides, carries out heat exchange by plate.
Heat transferring plate can be stamped to form by various material.Material can use stainless steel, copper, titanium, aluminium, brass, corronil, aluminium alloy, carbon steel etc.
2. spiral heat exchanger
It is rolled by two parallel sheet metals to form, and forms a pair separated from each other spiral flow channel.Cold and hot two fluids take spiral plate as the flowing that heat-transfer area is alternate.Heat transfer efficiency is higher, is a kind of new type heat exchanger.
3. honeybee spiral shell type bevel plate heat exchanger
Bevel plate heat exchanger efficiency is high.Plate with turbulent flow decorative pattern is main heat transfer part, and plate is with certain cone angle, and in umbrella, heat exchanger global sections is with cellular, and the fluid on umbrella plate resembles spiral heat exchanger, therefore is called honeybee spiral shell type umbrella type plate heat exchanger.
4. plate-fin heat exchanger
The basic structure of plate-fin heat exchanger forms plate bundle by the fin of flat partition board and various types to assemble.
Its heat transfer coefficient is large, and heat transfer efficiency is high, compact conformation, and the heat transfer area in heat exchanger unit volume is large, about larger than general shell and tube 10 ~ 20 times.Lightweight, strong adaptability, can be used for the heat exchange of gas one gas, gas one liquid, liquid-liquid, also can be used for condensation and evaporation.General use medium requirements is more clean.
5. lamella heat exchanger
Also be a kind of high-performance heat exchanger, primarily of a kind of heat exchanger that plate bundle and the housing as heat-transfer area is formed, it has the feature of tubular type and plate type heat exchanger, belongs to a kind of heat exchanger between the two.The operation principle of tube-sheet heat exchanger be a kind of medium through tube side (flowing in tube sheet), another kind of medium reaches heat exchange object through shell side.
Summary of the invention
The utility model provides a kind of graphite roll bending heat exchanger, changes the serious problem of frequent waste to solve the heat exchanger graphite-pipe proposed in above-mentioned background technology.
The technical problem that the utility model solves realizes by the following technical solutions: the utility model provides a kind of graphite roll bending heat exchanger, it is characterized in that: comprise housing, bobbin carriage, end socket, tube side adapter A, tube side adapter B, dividing plate, tube sheet A, flange A, pad A, nut A, bolt A, tube sheet B, flange B, pad B, nut B, bolt B, shell side adapter A, shell side adapter B, bearing A, bearing B, heat exchanger tube, roll bending A, roll bending B, roll bending C, roll bending D, roll bending E, roll bending F, roll bending G, roll bending H, roll bending I, roll bending J, roll bending K, roll bending L, roll bending M, pod apertures A, pod apertures B, guiding gutter A, guiding gutter B, ear mount, described shell side adapter A, ear mount on described housing, described shell side adapter B, bearing A, bearing B is below described housing, and described tube side adapter A is on described bobbin carriage, and described tube side adapter B is below described bobbin carriage, described dividing plate is in the inside of described bobbin carriage, described flange A is on described bobbin carriage, and on the housing, described pad A is at described tube sheet A for described tube sheet A, between flange A, described bolt A runs through described flange A, pad A, tube sheet A connects described nut A, and described flange B is on described end socket, and on the housing, described pad B is at described tube sheet B for described tube sheet B, between flange B, described bolt B runs through described tube sheet B, pad B, flange B connects described nut B, and described shell side adapter A is at described tube sheet B, between ear mount, described shell side adapter B is at described tube sheet A, between bearing A, described heat exchanger tube, roll bending A, roll bending B, roll bending C, roll bending D, roll bending E, roll bending F, roll bending G, roll bending H, roll bending I, roll bending J, roll bending K, roll bending L, roll bending M is in described housing, and described heat exchanger tube runs through described roll bending A, roll bending B, roll bending C, roll bending D, roll bending E, roll bending F, roll bending G, roll bending H, roll bending I, roll bending J, roll bending K, roll bending L, roll bending M, described roll bending A is at described roll bending B, between roll bending C, described roll bending B is at described roll bending A, between roll bending E, described roll bending C is at described roll bending A, between roll bending D, described roll bending D is at described roll bending C, between roll bending G, described roll bending E is at described roll bending B, between roll bending F, described roll bending F is at described roll bending E, between roll bending I, described roll bending G is at described roll bending D, between roll bending H, described roll bending H is at described roll bending G, between roll bending K, described roll bending I is at described roll bending F, between roll bending J, described roll bending J is at described roll bending I, between roll bending M, described roll bending K is at described roll bending H, between roll bending L.
Described guiding gutter A is on described roll bending E, roll bending G, roll bending J, and described guiding gutter B is on described roll bending D, roll bending F, roll bending K.
Described pod apertures A is on described roll bending H, roll bending I, roll bending J, roll bending L, and described pod apertures B is on described roll bending B, roll bending C.
Described roll bending B, roll bending C etc. are large, and described roll bending F, roll bending G, roll bending J, roll bending K etc. are large, and described roll bending H, roll bending I, roll bending L, roll bending M etc. are large, and described roll bending A, roll bending D, roll bending E etc. are large.
The beneficial effects of the utility model are:
1 heat exchanger adopts graphite roll bending parcel heat exchanger tube to carry out heat exchange, change tradition and use the graphite-pipe that volume is large and weight is large, change inconvenience, the problem of easy waste, the roll bending arrangement straggly of different size, not only increases the area of heat exchange, also enhance the mobility of liquid, change easy, large area can not be caused to waste, environment-friendly high-efficiency.
2 roll bending heat exchange areas are large, lightweight, save a large amount of use cost, and the flow direction of corrosive liquids reduces the area of the impact of roll bending simultaneously, and service life extends.
Differing in size of 3 roll bendings, arranges according to need, can replace deflection plate, and the area of liquid-circulating is wider.
4 part roll bendings there are pod apertures, guiding gutter, pod apertures can be passed through, guiding gutter guides liquid flow, protect roll bending and heat exchanger tube simultaneously, alleviate the weight and volume of roll bending, lightly nimble.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described further:
In figure: 1-housing, 2-bobbin carriage, 3-end socket, 4-tube side adapter A, 5-tube side adapter B, 6-dividing plate, 7-tube sheet A, 8-flange A, 9-pad A, 10-nut A, 11-bolt A, 12-tube sheet B, 13-flange B, 14-pad B, 15-nut B, 16-bolt B, 17-shell side adapter A, 18-shell side adapter B, 19-bearing A, 20-bearing B, 21-heat exchanger tube, 22-roll bending A, 23-roll bending B, 24-roll bending C, 25-roll bending D, 26-roll bending E, 27-roll bending F, 28-roll bending G, 29-roll bending H, 30-roll bending I, 31-roll bending J, 32-roll bending K, 33-roll bending L, 34-roll bending M, 35-pod apertures A, 36-pod apertures B, 37-guiding gutter A, 38-guiding gutter B, 39-ear mount.
Embodiment:
The present embodiment comprises housing 1, bobbin carriage 2, end socket 3, tube side adapter A4, tube side adapter B5, dividing plate 6, tube sheet A7, flange A8, pad A9, nut A10, bolt A11, tube sheet B12, flange B13, pad B14, nut B15, bolt B 16, shell side adapter A17, shell side adapter B18, bearing A19, bearing B20, heat exchanger tube 21, roll bending A22, roll bending B23, roll bending C24, roll bending D25, roll bending E26, roll bending F27, roll bending G28, roll bending H29, roll bending I30, roll bending J31, roll bending K32, roll bending L33, roll bending M34, pod apertures A35, pod apertures B36, guiding gutter A37, guiding gutter B38, ear mount 39, shell side adapter A17, ear mount 39 on housing 1, shell side adapter B18, bearing A19, bearing B20 is below housing 1, and tube side adapter A4 is on bobbin carriage 2, and tube side adapter B5 is below bobbin carriage 2, and dividing plate 6 is in the inside of bobbin carriage 2, and flange A8 is on bobbin carriage 2, and tube sheet A7 is on housing 1, and pad A9 is at tube sheet A7, between flange A8, bolt A11 runs through flange A8, pad A9, tube sheet A7 attaching nut A10, flange B13 are on end socket 3, and tube sheet B12 is on housing 1, and pad B14 is at tube sheet B12, between flange B13, bolt B 16 runs through tube sheet B12, pad B14, flange B13 attaching nut B15, shell side adapter A is at tube sheet B, between ear mount, shell side adapter B is at tube sheet A, between bearing A, heat exchanger tube 21, roll bending A22, roll bending B23, roll bending C24, roll bending D25, roll bending E26, roll bending F27, roll bending G28, roll bending H29, roll bending I30, roll bending J31, roll bending K32, roll bending L33, roll bending M34 is in housing 1, and heat exchanger tube 21 runs through roll bending A22, roll bending B23, roll bending C24, roll bending D25, roll bending E26, roll bending F27, roll bending G28, roll bending H29, roll bending I30, roll bending J31, roll bending K32, roll bending L33, roll bending M34, roll bending A22 is at roll bending B23, between roll bending C24, roll bending B23 is at roll bending A22, between roll bending E26, roll bending C24 is at roll bending A22, between roll bending D25, roll bending D25 is at roll bending C24, between roll bending G28, roll bending E26 is at roll bending B23, between roll bending F27, roll bending F27 is at roll bending E26, between roll bending I30, roll bending G28 is at roll bending D25, between roll bending H29, roll bending H29 is at roll bending G28, between roll bending K32, roll bending I30 is at roll bending F27, between roll bending J31, roll bending J31 is at roll bending I30, between roll bending M34, roll bending K32 is at roll bending H29, between roll bending L33.
Guiding gutter A37 is on roll bending E26, roll bending G28, roll bending J31, and guiding gutter B38 is on roll bending D25, roll bending F27, roll bending K32.
Pod apertures A35 is on roll bending H29, roll bending I30, roll bending J31, roll bending L33, and pod apertures B36 is on roll bending B23, roll bending C24.
Roll bending B23, roll bending C24 etc. are large, and roll bending F27, roll bending G28, roll bending J31, roll bending K32 etc. are large, and roll bending H29, roll bending I30, roll bending L33, roll bending M34 etc. are large, and roll bending A22, roll bending D25, roll bending E26 etc. are large.
Utilize technical scheme described in the utility model, or those skilled in the art being under the inspiration of technical solutions of the utility model, designing similar technical scheme, and reach above-mentioned technique effect, is all fall into protection domain of the present utility model.
Claims (4)
1. a graphite roll bending heat exchanger, is characterized in that: comprise housing, bobbin carriage, end socket, tube side adapter A, tube side adapter B, dividing plate, tube sheet A, flange A, pad A, nut A, bolt A, tube sheet B, flange B, pad B, nut B, bolt B, shell side adapter A, shell side adapter B, bearing A, bearing B, heat exchanger tube, roll bending A, roll bending B, roll bending C, roll bending D, roll bending E, roll bending F, roll bending G, roll bending H, roll bending I, roll bending J, roll bending K, roll bending L, roll bending M, pod apertures A, pod apertures B, guiding gutter A, guiding gutter B, ear mount, described shell side adapter A, ear mount on described housing, described shell side adapter B, bearing A, bearing B is below described housing, and described tube side adapter A is on described bobbin carriage, and described tube side adapter B is below described bobbin carriage, described dividing plate is in the inside of described bobbin carriage, described flange A is on described bobbin carriage, and on the housing, described pad A is at described tube sheet A for described tube sheet A, between flange A, described bolt A runs through described flange A, pad A, tube sheet A connects described nut A, and described flange B is on described end socket, and on the housing, described pad B is at described tube sheet B for described tube sheet B, between flange B, described bolt B runs through described tube sheet B, pad B, flange B connects described nut B, and described shell side adapter A is at described tube sheet B, between ear mount, described shell side adapter B is at described tube sheet A, between bearing A, described heat exchanger tube, roll bending A, roll bending B, roll bending C, roll bending D, roll bending E, roll bending F, roll bending G, roll bending H, roll bending I, roll bending J, roll bending K, roll bending L, roll bending M is in described housing, and described heat exchanger tube runs through described roll bending A, roll bending B, roll bending C, roll bending D, roll bending E, roll bending F, roll bending G, roll bending H, roll bending I, roll bending J, roll bending K, roll bending L, roll bending M, described roll bending A is at described roll bending B, between roll bending C, described roll bending B is at described roll bending A, between roll bending E, described roll bending C is at described roll bending A, between roll bending D, described roll bending D is at described roll bending C, between roll bending G, described roll bending E is at described roll bending B, between roll bending F, described roll bending F is at described roll bending E, between roll bending I, described roll bending G is at described roll bending D, between roll bending H, described roll bending H is at described roll bending G, between roll bending K, described roll bending I is at described roll bending F, between roll bending J, described roll bending J is at described roll bending I, between roll bending M, described roll bending K is at described roll bending H, between roll bending L.
2. a kind of graphite roll bending heat exchanger according to claim 1, is characterized in that: described guiding gutter A is on described roll bending E, roll bending G, roll bending J, and described guiding gutter B is on described roll bending D, roll bending F, roll bending K.
3. a kind of graphite roll bending heat exchanger according to claim 1, is characterized in that: described pod apertures A is on described roll bending H, roll bending I, roll bending J, roll bending L, and described pod apertures B is on described roll bending B, roll bending C.
4. a kind of graphite roll bending heat exchanger according to claim 1, it is characterized in that: described roll bending B, roll bending C etc. are large, described roll bending F, roll bending G, roll bending J, roll bending K etc. are large, and described roll bending H, roll bending I, roll bending L, roll bending M etc. are large, and described roll bending A, roll bending D, roll bending E etc. are large.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420465813.3U CN204085250U (en) | 2014-08-18 | 2014-08-18 | Graphite roll bending heat exchanger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420465813.3U CN204085250U (en) | 2014-08-18 | 2014-08-18 | Graphite roll bending heat exchanger |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204085250U true CN204085250U (en) | 2015-01-07 |
Family
ID=52177953
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420465813.3U Expired - Fee Related CN204085250U (en) | 2014-08-18 | 2014-08-18 | Graphite roll bending heat exchanger |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204085250U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105222615A (en) * | 2015-09-17 | 2016-01-06 | 南通山剑石墨设备有限公司 | A kind of graphite roll bending heat exchanger |
-
2014
- 2014-08-18 CN CN201420465813.3U patent/CN204085250U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105222615A (en) * | 2015-09-17 | 2016-01-06 | 南通山剑石墨设备有限公司 | A kind of graphite roll bending heat exchanger |
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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 |
Granted publication date: 20150107 Termination date: 20150818 |
|
| EXPY | Termination of patent right or utility model |