CN2465797Y - Negative-pressure resistant steel lining PTFE reactor - Google Patents

Negative-pressure resistant steel lining PTFE reactor Download PDF

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Publication number
CN2465797Y
CN2465797Y CN 01217291 CN01217291U CN2465797Y CN 2465797 Y CN2465797 Y CN 2465797Y CN 01217291 CN01217291 CN 01217291 CN 01217291 U CN01217291 U CN 01217291U CN 2465797 Y CN2465797 Y CN 2465797Y
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China
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tank
negative pressure
utility model
pressure resistant
resistant steel
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CN 01217291
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Chinese (zh)
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胡永庆
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胡永庆
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Abstract

The utility model relates to a negative pressure resistant steel lining PTFE reaction pot, which belongs to the technical field of the petrochemical industry anticorrosive device. The utility model is composed of pot body, a pot cover, and a pot bottom, which are connected by a pair of flanges and are fastened by clips. The inner wall of the pot body is lined with a PTFE lining and is distributed with different densities of steel bars and a fixed plate, and the PTFE lining is bonded on the steel bars and the fixed plate by the heat press. The utility model can be operated under the working conditions of high temperature and negative pressure, and no shelling and bulging phenomenon occurs; as the PTFE lining has the never aging property, the service life can be extended; the utility model can bear the maximum operating pressure of 6.4 Mpa and can resist the corrosion of any chemical substance, and the performance is good. The utility model is an ideal product for updating a glassed steel chemical reaction pot.

Description

耐负压钢衬四氟反应罐 Negative pressure resistant steel lined reaction vessel tetrafluoro

本实用新型涉及一种耐负压钢衬四氟反应罐,用于化学工程中完成化工物料的反应、聚合、合成、氯化等过程的化工防腐设备,属于石油化工设备本实用新型作出以前,在已有技术中,反应罐通常是采用二对主法兰、罐盖、罐体、夹套体、搅拌器、减速机所组成。 The present invention relates to a negative pressure resistant steel lined tetrafluoride reaction tank for completion of the reaction in the chemical engineering chemical materials, polymeric, synthetic chemical preservative equipment, chloride process, petrochemical equipment belonging to the present invention before, in the prior art, the reaction can usually using two main flanges, can lid, the can body, the body jacket, a stirrer, a reducer composed. 罐盖与罐体、罐体与罐底分别采用各一对主法兰连接,搅拌器安装在罐体内,减速机通过轴连接搅拌器,夹套体焊接在罐体上。 Can lid and can body, the can body and bottom respectively in each of the pair of main flange connection, a stirrer installed in the tank, a stirrer is connected through the reduction gear shaft, welded jacketed tank. 由于采用两对法兰连接限制了夹套体的安装位置,影响了夹套件的加热功能。 Since the two pairs of flange limits the mounting position of the jacket body, the influence of the heating function clamp kit. 该种结构直接在罐体内壁空套四氟衬里,罐壁与四氟衬套之间存在1-3mm不等的间隙,自然形成了中空夹层,当反应罐在高温、负压的工况下,夹层中空气聚然膨胀,对四氟衬里施加了外压,同时又承受罐内的负压,四氟衬里在双重压力下,失稳而产生永久鼓包变形。 This kind of unequal 1-3mm gap structure exists directly between the tank wall liner idler tetrafluoroethylene, tetrafluoroethylene liner and the tank wall, forming a natural hollow sandwich, when the reaction temperature in the tank, the negative pressure conditions , air sandwich then expanded polyethylene, the lining of tetrafluoroethylene external pressure is applied while subjected to a negative pressure tank, dual pressure tetrafluoroethylene liner, instability and permanent deformation of the bulge. 在实际使用中,采用在罐体外设置平衡管路,将四氟衬套夹层与反应罐本身的真空系统连通,并与反应罐真空系统启动时,四氟衬套的夹层中的空气同时被减弱,直到与罐内真空度一致,虽然从理论上解决了四氟衬里的真空均衡问题,但是,还是不能彻底解决。 In actual use, the use of balanced line disposed outside the tank, communicating with the reaction tank tetrafluoroethylene bushing interlayer vacuum system itself, starting with the reaction tank and the vacuum system, tetrafluoroethylene bushing interlayer air is simultaneously attenuated until the tank is consistent with the degree of vacuum, vacuum solves the problem of balancing the lining of tetrafluoroethylene in theory, but still not completely resolved. 因为四氟衬里变形鼓包的因素是综合的,其中有四氟材料自重、物料因搅拌旋转而产生的边界应力,四氟材料的线膨胀应力等因素,忽视了这些附加应力而单纯地解决真空均衡问题,所以四氟衬里鼓包变形无法得到彻底解决。 Because tetrafluoroethylene modification factor drum liner bag is integrated, wherein the material has a weight of tetrafluoroethylene, the material boundary stresses factors generated by rotation of the stirring, the linear expansion stress of PTFE material or the like, ignoring these additional stress and simple solution to the vacuum equalization problem, so tetrafluoroethylene lining bulge deformation can not be completely resolved.

本实用新型的目的在于克服上述不足之处,从而提供一种能在高温,负压工况下安全运行,罐体内四氟衬里不易产生鼓包变形,减少维修换罐次数,使用寿命长的耐负压钢衬四氟反应罐。 The present invention aims to overcome the above shortcomings, thereby to provide a high temperature, vacuum conditions safe operation, easy to produce liner tetrafluoroethylene tank body bulge deformation, change-can reduce the number of maintenance, long life negative resistance tetrafluoroethylene steel lined pressure reactor tank.

本实用新型的主要解决方案是这样实现的:其主要特征是罐盖7与罐体2,罐体2与罐底14采用一对法兰6连接,由卡子5紧固,罐体2、罐盖7、罐底14、内壁均衬有四氟衬里17,布有不同密度的钢筋15、固定板16,经热压,四氟衬里17粘合在钢筋15、固定板16上。 The present invention mainly solution is implemented: its main feature is the can lid 7 and the body 2, the tank body 2 and the base 14 employing a pair of flanges 6 are connected, by a fastening clip 5, the tank 2, the tank the cover 7, the tank bottom 14, the inner walls are lined with tetrafluoroethylene lining 17, fabric reinforcement 15 of a different density, the fixing plate 16, by hot pressing, PTFE liner 17 is bonded to steel 15, the fixing plate 16.

附图说明 BRIEF DESCRIPTION

:图1为本实用新型结构主视图;图2为本实用新型罐体局部放大图;图3为本实用新型主法兰及卡子结构放大图;图4为本实用新型接管法兰结构放大图;下面本实用新型将结合附图中的实施例作进一步描述:本实用新型罐身主要由罐体2、罐底14、主法兰6及接管口所组成。 : FIG. 1 is a front view of practical new structure; Figure 2 an enlarged view of the new body of the present utility; FIG. 3 new master clip flange and an enlarged view of the structure of the present utility; FIG. 4 is an enlarged invention take over the flange structure of FIG. ; following the present invention will be further described for example in the drawings in conjunction with: the present invention is mainly composed of the container body 2 can body, the can bottom 14, the flange 6 and to take over the main port formed. 罐盖7由各接管口及主法兰6所组成。 7 taken over by the lids opening and composed of a main flange 6. 罐底14上也装有接管口,各种接管口有加料口、视镜口、测温口、安全阀口及检查孔8。 Bottom of the tank is also equipped to take over the port 14, to take over the various feed port mouth, mouth mirror, mouth temperature, valve inspection aperture 8 and mouth. 上述主法兰6及各个接管口上的接管法兰底部的环形钢板表面均制有燕尾槽,加粘合剂,与安装在主法兰6、接管法兰的四氟衬里翻边粘合,使罐壁与四氟衬里之间形成真空密封层。 6 and the annular flange of the main surface of the steel sheet takes over the bottom flange of the port are each formed with a dovetail groove takeover, plus adhesives, and installed in the main flange 6, to take over the flange PTFE liner flange bonding, so vacuum seal layer is formed between the tank wall and the lining tetrafluoroethylene. 另外,各个接管口底部均焊有环形钢板18。 Further, to take over the base of each opening are welded an annular plate 18. 真空密封层一次性抽真空,真空度为-0.1Mpa,为补偿四氟材料分子晶格间的微量渗漏,在罐体外设置了自动控制真空补偿罐与真空密封夹层连通,由于真空补偿罐不断自动补偿,真空密封夹层始终保持高真空度。 The sealing layer disposable vacuum evacuated, a vacuum degree of -0.1Mpa, trace amounts of leakage between the molecular lattice compensation PTFE material, the outer tank is provided automatic control of the vacuum tank and vacuum sealed compensation interlayer communication, since the vacuum compensation tank continuously automatic compensation, vacuum sealing interlayer consistently high degree of vacuum.

罐体2与罐盖7之间由四氟包石棉橡胶板作密封垫12及罐体2与罐底14采用一对主法兰6固定连接,并由卡子紧固。 7 between the can lid and can body 2 by a rubber sheet as tetrafluoroethylene packet asbestos gaskets 12 and the body 2 and the bottom of the tank 14 using the pair of main connection flange 6 is fixed by the fastening clip. 从而加大了安装加热夹套件的空间,完善了反应罐的功能。 Thereby increasing the installation space heating clamp kit, improve the function of the reaction tank. 在罐体2内安装搅拌器4,减速机10安装在搅拌器4轴上,搅拌器4轴与减速机10之间采用密封件9密封。 A stirrer mounted in the tank 24, an agitator gear 10 is mounted on the shaft 4, the stirrer shaft and the reduction gear 4 9-seal 10 between the seal member. 各种物料在罐体2内的拌和是依靠搅拌器4旋转完成的,搅拌器4的旋转由减速机10带动。 Various materials in the mixing tank 2 is to rely on the rotating agitator 4 is complete, the agitator 4 is driven by rotation of the reducer 10. 夹套件由夹套3,封头11及进出口接管所组成。 3 clip kit consists of a jacket, and head 11 to take over the import and export of the components. 夹套体采用翻边结构焊接在罐体2上,罐身通过支座11固定在支架上。 Cuff body with a jacket welded to the body structure 2, can body 11 by a support fixed to the bracket. 罐体3、罐盖7、罐底14、内壁衬均有四氟衬里17,布有不同密度的钢筋15及圆形固定板16。 Tank 3, 7 can lid, can bottom 14, an inner wall of the liner 17 has lining tetrafluoroethane, different densities of reinforced cloth 15 and the fixed circular plate 16. 四氟衬里17经高温加热加压,四氟衬里17热压在钢筋15及圆形固定板16上,使四氟衬里与罐壁热合成一体。 Tetrafluoroethylene pressurized heated at high temperature liner 17, the liner 17 tetrafluoro pressing on the circular reinforcement 15 and the fixing plate 16, so that heat tetrafluoroethylene liner and the tank wall integrally. 罐壁与四氟衬里17之间作永久性真空处理,在150℃以下反应罐可以长期在负压工况下运转。 Between the tank wall 17 as the permanent liner tetrafluoroethylene vacuum treatment, the reaction conditions can be long-term operation of the negative pressure below 150 ℃.

本实用新型可以制成最高工作压力6.4Mpa,温度在-20℃以下的低温、超低温钢衬四氟反应罐。 The present invention may be made of the maximum working pressure 6.4Mpa, the temperature of the low temperature of -20 ℃, ultra-low temperature steel lined tetrafluoride reaction tank.

本实用新型与已有技术相比具有以下优点:1、能在高温、负压工况下长期运转,不脱壳,不鼓包;2、四氟衬里具有永不老化的特性,可延长了使用寿命;3、承载范围广。 Prior art and the present invention has the following advantages: 1, in high temperature, long-term operation of the negative pressure condition, no shelling, no bulge; 2, tetrafluoroethylene liner has never aging properties, the use of extended life; 3, carrying a wide range. 能承载最高工作压力6.4Mpa,温度在150℃以下高温、高压,温度在-20℃以下的低温,超低温工况;4、耐腐蚀范围广,能抵抗一切化学物质的腐蚀,如氢氟酸,光气其它强碱强酸;5、由于使用寿命长,稳定了生产工况,减少了维修换罐次数,可以进一步保证产品质量;6、使用性能优越,是搪玻璃反应罐升级换代的理想产品。 Can carry a maximum working pressure 6.4Mpa, the temperature of the high temperature, high pressure, low temperature below -20 ℃, the ultra-low temperature conditions below 150 ℃; 4, a wide range of corrosion-resistant, resistant to all corrosive chemicals, such as hydrofluoric acid, other acid alkali phosgene; 5, due to the long life, stable production conditions, reducing the number of maintenance change-can, can further ensure product quality; 6, superior performance, glass-lined reactor is ideal for upgrading.

Claims (4)

1.一种耐负压钢衬四氟反应罐,包括主法兰(6)、罐盖(7)、罐体(2)、夹套体、搅拌器(4)、减速机(10),其特征是罐盖(7)与罐体(2),罐体(2)与罐底(14)采用一对法兰(6)连接,由卡子(5)紧固,罐体(2)、罐盖(7)、罐底(14)内壁均衬有四氟衬里(17),布有不同密度的钢筋(15)、固定板(16),经热压,四氟衬里(17)粘合在钢筋(15)及固定板(16)上。 A negative pressure resistant steel lined tetrafluoride reaction tank, comprising a main flange (6), the can lid (7), the tank (2), the jacket body, a stirrer (4), the reducer (10), characterized in that the lids (7) and the tank (2), tank (2) and the bottom tank (14) using a pair of flanges (6) is connected, by a clip (5) is fastened, the tank (2), can lids (7), the tank bottom (14) inner walls are lined with tetrafluoroethylene liner (17), different densities of fabric reinforcement (15), the fixing plate (16), by hot pressing, PTFE liner (17) bonded in the reinforcing bar (15) and the fixed plate (16).
2.根据权利要求1所述的耐负压钢衬四氟反应罐,其特征在于所述的主法兰(6)、表面制有燕尾槽。 The negative pressure resistant steel lined reaction vessel tetrafluoroethylene according to claim 1, characterized in that the primary flange (6), wherein the surface is formed with a dovetail groove.
3.根据权利要求1所述的耐负压钢衬四氟反应罐,其特征在于所述的接管法兰底部焊有钢板(18),钢板(18)表面制有燕尾槽。 3. The negative pressure resistant steel lined reaction vessel tetrafluoroethylene according to claim 1, characterized in that said base flange welded to take over the steel plate (18), plate (18) surface formed with a dovetail groove.
4.根据权利要求1所述的耐负压钢衬四氟反应罐,其特征在于所述的罐体(2)外设置自动控制真空补偿罐。 The negative pressure resistant steel lined reaction vessel tetrafluoroethylene according to claim 1, characterized in that said body (2) is provided automatically controlled vacuum compensation tank.
CN 01217291 2001-01-20 2001-01-20 Negative-pressure resistant steel lining PTFE reactor CN2465797Y (en)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101992549A (en) * 2010-09-14 2011-03-30 胡永庆 Forming method of seamless lining of polytetrafluoroethylene (PTFE) sheet
CN102004116A (en) * 2010-09-14 2011-04-06 胡永庆 Method for decomposing thermal expansion stress generated by adhering polytetrafluoroethylene (PTFE) sheet to steel tank inner wall under condition of high temperature
CN102001499A (en) * 2010-09-14 2011-04-06 胡永庆 Process method of self-adhesive split formation of steel can lining PTFE plate
CN101518725B (en) 2009-04-07 2011-12-14 河南省东旭碳材塑料有限公司 Reactor
CN104128135A (en) * 2014-08-07 2014-11-05 广西众昌树脂有限公司 Prereactor

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101518725B (en) 2009-04-07 2011-12-14 河南省东旭碳材塑料有限公司 Reactor
CN101992549A (en) * 2010-09-14 2011-03-30 胡永庆 Forming method of seamless lining of polytetrafluoroethylene (PTFE) sheet
CN102004116A (en) * 2010-09-14 2011-04-06 胡永庆 Method for decomposing thermal expansion stress generated by adhering polytetrafluoroethylene (PTFE) sheet to steel tank inner wall under condition of high temperature
CN102001499A (en) * 2010-09-14 2011-04-06 胡永庆 Process method of self-adhesive split formation of steel can lining PTFE plate
CN102001499B (en) 2010-09-14 2012-06-20 胡永庆 Process method of self-adhesive split formation of steel can lining PTFE plate
CN101992549B (en) 2010-09-14 2013-02-20 胡永庆 Forming method of seamless lining of polytetrafluoroethylene (PTFE) sheet
CN104128135A (en) * 2014-08-07 2014-11-05 广西众昌树脂有限公司 Prereactor
CN104128135B (en) * 2014-08-07 2016-08-24 广西众昌树脂有限公司 Pre-reactor

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