JPH09310984A - Partition wall structure for industrial furnace - Google Patents
Partition wall structure for industrial furnaceInfo
- Publication number
- JPH09310984A JPH09310984A JP12742896A JP12742896A JPH09310984A JP H09310984 A JPH09310984 A JP H09310984A JP 12742896 A JP12742896 A JP 12742896A JP 12742896 A JP12742896 A JP 12742896A JP H09310984 A JPH09310984 A JP H09310984A
- Authority
- JP
- Japan
- Prior art keywords
- partition wall
- furnace
- block
- heat
- ceramic fiber
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Landscapes
- Vertical, Hearth, Or Arc Furnaces (AREA)
- Tunnel Furnaces (AREA)
- Furnace Housings, Linings, Walls, And Ceilings (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、工業炉に設置され
る仕切壁構造に関し、さらに詳しくは、仕切壁の高さを
調節することができる可動仕切壁構造に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a partition wall structure installed in an industrial furnace, and more particularly to a movable partition wall structure capable of adjusting the height of the partition wall.
【０００２】[0002]
【従来の技術】一般に、工業炉には連続式工業炉とバッ
チ式工業炉があり、中でも鋼材を大量に連続的に熱処理
する連続式熱処理炉等においては、炉内容積が大きくな
るとともに炉長も長くなり、鋼材を予熱、加熱、均熱、
冷却と段階的に熱処理するために、熱風の炉内滞留時間
を長くとって熱効率を高めるためなど、さまざまな目的
で炉内に仕切壁を設置することがある。この仕切壁を構
成する技術としては、湿式仕切壁と乾式仕切壁がある。2. Description of the Related Art Generally, industrial furnaces are classified into continuous industrial furnaces and batch industrial furnaces. Among them, in continuous heat treating furnaces for continuously heat-treating a large amount of steel materials, the inner volume increases and the furnace length increases. Becomes longer, the steel material is preheated, heated, soaked,
A partition wall may be installed in the furnace for various purposes, such as cooling and performing stepwise heat treatment, increasing the residence time of hot air in the furnace and increasing thermal efficiency. Wet partition walls and dry partition walls are available as techniques for forming this partition wall.
【０００３】湿式仕切壁は、鉄製Ｕ字パイプを炉殻天井
部に固定して仕切り壁の支持金具とし、その周りに不定
型耐火物を打設して仕切壁を構成し、Ｕ字パイプに冷却
水や冷却空気を送って支持金具の熱による損傷を防止し
ている（実公昭５０−５８８９号公報）。しかしなが
ら、この湿式仕切壁は、炉の稼働停止時の熱履歴による
耐火物の損傷、冷却媒体による熱損失、熱容量が大きい
が故の熱応答性の悪さなど種々の欠点がある。In the wet partition wall, an iron U-shaped pipe is fixed to the ceiling of the furnace shell to serve as a support metal for the partition wall, and an irregular refractory material is cast around it to form the partition wall. Cooling water or cooling air is sent to prevent damage to the support fitting due to heat (Japanese Utility Model Publication No. 50-5889). However, this wet partition has various drawbacks such as damage to the refractory due to heat history when the furnace is shut down, heat loss due to the cooling medium, and poor thermal response due to its large heat capacity.
【０００４】また、乾式仕切壁として、炉殻天井部から
セラミックチューブをつり下げ、これにセラミックファ
イバーブランケットを串刺し状に貫通させ、下部にセラ
ミック板を取り付けて設置し、これを炉幅方向に必要個
数並べて仕切壁を構成する方法がある。しかしながら、
この乾式仕切壁は、熱間に暴露されるセラミック板のス
ポーリング、セラミックチューブの破損、セラミックフ
ァイバーブランケットの荷重軟化による座屈など素材面
の問題と、セラミックチューブへのセラミックファイバ
ーブランケットの取り付けや天井へ開口部を設けて外部
より支持する構造となるため工事面でも問題がある。Further, as a dry partition wall, a ceramic tube is hung from the ceiling of the furnace shell, a ceramic fiber blanket is pierced through it in a skewered manner, and a ceramic plate is attached to the lower part and installed, which is required in the width direction of the furnace. There is a method of arranging a number of them to form a partition wall. However,
This dry partition wall has material problems such as spalling of the ceramic plate exposed to heat, damage to the ceramic tube, buckling due to softening of the load of the ceramic fiber blanket, and attachment of the ceramic fiber blanket to the ceramic tube and ceiling. There is also a problem in terms of construction because the structure is provided with an opening to support from the outside.
【０００５】また、乾式仕切壁の別法として、炉幅方向
に金属製ロッドを貫通させ、これに圧縮したセラミック
ファイバーブランケットを取り付ける方法がある（実公
昭６０−３２１０３号公報）。しかしながら、取付工事
において圧縮したセラミックファイバーブランケットを
セットした後、金属製ロッドを炉壁、セラミックファイ
バーブランケット、炉壁と順次貫通させなければならな
いので、工事が困難であることに加えて金属製ロッドの
長さに制限があり、炉幅の大きい炉には適用できないな
ど実用性に乏しい。As another method of the dry partition wall, there is a method of penetrating a metal rod in the furnace width direction and attaching a compressed ceramic fiber blanket (Japanese Utility Model Publication No. 60-32103). However, after setting the compressed ceramic fiber blanket in the installation work, the metal rod must be penetrated through the furnace wall, the ceramic fiber blanket, and the furnace wall in order, which makes the work difficult and in addition to the metal rod It is not practical because it has a limited length and cannot be applied to a furnace with a large furnace width.
【０００６】さらに、セラミックファイバーブランケッ
トを連続的に折りたたんで積層し、その折り目の数箇所
に炉体への支持金具を取り付けてなる断熱ブロックが知
られている。この断熱ブロックは、炉体に設置された受
部材と該支持金具が係合可能になっているので炉体への
取付工事が容易であること、また、支持金具が断熱性の
優れたセラミックファイバーブランケットの最も奥（被
加熱側）に位置するので耐久性が高い（実公昭６１−４
６３９６号公報等）。しかしながら、この断熱ブロック
を乾式仕切壁に使用するには、ブロック高さが仕切り壁
の高さとなるため、底辺に対し高さがある長直方体形状
のブロックとなり、引張強度が弱くて使用に耐えないと
いう問題があり、現実に、これを使用した実例は報告さ
れていない。Further, there is known a heat insulating block in which ceramic fiber blankets are continuously folded and laminated, and supporting metal fittings for the furnace body are attached to several places of the folds. In this heat insulating block, since the receiving member installed in the furnace body and the supporting metal fitting can engage with each other, the mounting work on the furnace body is easy, and the supporting metal fitting is a ceramic fiber having excellent heat insulating property. Since it is located at the deepest side (heated side) of the blanket, it has high durability (Jitsuko Sho 61-4
6396 publication). However, when this heat insulating block is used for a dry partition wall, the block height becomes the height of the partition wall, so it becomes a rectangular parallelepiped block having a height with respect to the bottom, and the tensile strength is weak and it cannot be used. However, in reality, no actual examples using this have been reported.
【０００７】工業炉の熱風を一定時間保持したりするた
め、仕切壁の高さをある程度調節できるのであれば、極
めて効率的な炉操業が可能となる。しかし、上記した従
来の仕切壁構造は、湿式又は乾式のいずれであっても、
炉殻に固定して設置され、設置したあとで仕切壁の高さ
を調節できない。例えば、乾式仕切壁にあっては、使用
した断熱ブロックの高さで仕切壁の高さは自動的に決ま
り、設置した断熱ブロックを取り替えない限り、その高
さを調節できなかった。Since the hot air in the industrial furnace is maintained for a certain period of time, if the height of the partition wall can be adjusted to some extent, extremely efficient furnace operation becomes possible. However, the conventional partition wall structure described above, whether wet or dry,
It is fixedly installed in the furnace shell, and the height of the partition wall cannot be adjusted after installation. For example, in the case of a dry partition wall, the height of the partition wall is automatically determined by the height of the heat insulating block used, and the height cannot be adjusted unless the installed heat insulating block is replaced.
【０００８】[0008]
【発明が解決しようとする課題】したがって、本発明の
目的は、仕切壁をガス流れの通路の開閉、制御等のため
に、仕切壁の高さを調節することができ、かつ、工事が
容易でかつ長期使用に耐える仕切壁構造を提供すること
にある。SUMMARY OF THE INVENTION Therefore, an object of the present invention is to adjust the height of the partition wall for opening and closing, controlling, etc. of the gas flow passage and to facilitate the construction. It is to provide a partition wall structure that can withstand long-term use.
【０００９】[0009]
【課題を解決するための手段】すなわち、本発明は、炉
幅方向に上下に可動な仕切壁を炉殻天井部に有し、周囲
の炉殻にセラミックファイバー製断熱ブロックを設置し
た工業炉において、仕切壁を構成する耐熱ブロックがセ
ラミックファイバー製縦長耐熱ブロックであり、その側
面が隣接する断熱ブロックの側面と接し、かつ上下に所
定の範囲で摺動可能とされていることを特徴とする工業
炉の仕切壁構造である。That is, the present invention relates to an industrial furnace in which a partition wall that is vertically movable in the furnace width direction is provided in the furnace shell ceiling, and a ceramic fiber heat insulating block is installed in the surrounding furnace shell. The heat-resistant block that constitutes the partition wall is a vertically long heat-resistant block made of ceramic fiber, the side surface of which is in contact with the side surface of an adjacent heat-insulating block and is vertically slidable within a predetermined range. It is the partition wall structure of the furnace.
【００１０】[0010]
【発明の実施の形態】まず、本発明の上下に可動な仕切
壁を構成した工業炉について、図面により説明する。図
１及び図２は、本発明の仕切壁を設置した工業炉の一例
を示すものであり、図１は炉殻の一部を切り欠いて示す
概念図であり、図２は炉幅方向からみた断面図である。BEST MODE FOR CARRYING OUT THE INVENTION First, an industrial furnace of the present invention having vertically movable partition walls will be described with reference to the drawings. 1 and 2 show an example of an industrial furnace in which a partition wall of the present invention is installed. FIG. 1 is a conceptual view showing a part of a furnace shell cut away, and FIG. FIG.
【００１１】図１及び図２において、工業炉の炉殻を構
成する炉天井部１、炉側壁部２及び炉底部３には、それ
ぞれ断熱ブロック４、５及び６が設置されている。これ
らの断熱ブロックは、炉殻を形成する鉄皮を高温から保
護すると共に断熱効果を付与するために設置されるもの
であり、特に、前記実公昭６１−４６３９６号公報に示
されるようなセラミックファイバーブランケットを積層
してなるブロックが好ましい。In FIGS. 1 and 2, heat insulating blocks 4, 5 and 6 are installed on a furnace ceiling part 1, a furnace side wall part 2 and a furnace bottom part 3 which constitute a furnace shell of an industrial furnace. These heat insulating blocks are installed in order to protect the iron shell forming the furnace shell from high temperatures and to provide a heat insulating effect. In particular, the ceramic fiber as disclosed in Japanese Utility Model Publication No. 61-46396. A block formed by stacking blankets is preferable.
【００１２】断熱ブロック４、５及び６を炉殻に設置す
るには、例えば、耐熱鋼製スタッドボルト等の受部材
（図示せず）を炉殻に設置し、これと係合可能に構成さ
れた支持金具（図示せず）を該受部材に取り付けること
によって、設置できる。なお、受部材として耐熱鋼製ス
タッドボルトを使用する内止方式の例を説明したが、内
止方式に代わる公知の取付機構、例えば、支持金具側か
らボルトを通し炉殻の外側でナット締めする外止方式、
炉殻にボタン型デスクを溶接し、これに支持金具をスラ
イドさせて取り付けるデスク方式などを採用できる。To install the heat insulating blocks 4, 5 and 6 in the furnace shell, for example, a receiving member (not shown) such as a heat-resistant steel stud bolt is installed in the furnace shell and can be engaged with this. It can be installed by attaching a supporting bracket (not shown) to the receiving member. Although the example of the internal stop method using the heat-resistant steel stud bolt as the receiving member has been described, a known mounting mechanism that is an alternative to the internal stop method, for example, the bolt is passed from the support metal fitting side and the nut is tightened outside the furnace shell. External stop system,
We can adopt a desk system in which a button-type desk is welded to the furnace shell and a supporting metal fitting is slid and attached to it.
【００１３】炉天井部鉄皮７の仕切壁設置箇所を炉幅方
向に長方形に切り欠いて開口部を設け、この開口部を貫
通して、セラミックファイバー製の縦長耐熱ブロック８
Ａが設置されている。耐熱ブロック８Ａの隣に同じ型の
耐熱ブロック８Ｂ、そのまた隣に同じ型の耐熱ブロック
８Ｃというように、炉側壁部２の断熱ブロック５を除い
て、炉の全幅にわたり縦長耐熱ブロック８が連続して設
置され、可動仕切壁９を形成する。A vertical wall heat-resistant block 8 made of ceramic fiber is formed by cutting out a partition wall of the furnace roof iron shell 7 in a rectangular shape in the width direction of the furnace to form an opening, and penetrating this opening.
A is installed. A heat-resistant block 8B of the same type is next to the heat-resistant block 8A, and a heat-resistant block 8C of the same type next to the heat-resistant block 8A. Installed to form a movable partition wall 9.
【００１４】縦長耐熱ブロック８の炉長方向の両側面１
０及び１０’は、その隣接する断熱ブロック４及び４’
の側面に接している。しかも、縦長耐熱ブロック８と断
熱ブロック４及び４’は、互いに固着されることなく、
上下に摺動可能に設置されている。Both sides 1 in the furnace length direction of the vertically long heat-resistant block 8
0 and 10 'are adjacent thermal insulation blocks 4 and 4'
Touches the side of. Moreover, the vertically long heat resistant block 8 and the heat insulating blocks 4 and 4 ′ are not fixed to each other,
It is installed so that it can slide up and down.
【００１５】この縦長耐熱ブロック８の側面１０及び１
０’と断熱ブロック４及び４’との摺動面に、耐熱セラ
ミック製の滑板１１及び１１’を取り付けると、摺動面
の摩擦が減って断熱ブロック４及び４’との滑りが円滑
になり、また、セラミックファイバーブランケットの耐
久性を高めることができる。Side surfaces 10 and 1 of the vertically long heat resistant block 8
If sliding plates 11 and 11 'made of heat-resistant ceramic are attached to the sliding surface between 0'and the heat insulating blocks 4 and 4', friction of the sliding surface is reduced and sliding with the heat insulating blocks 4 and 4'becomes smooth. Also, the durability of the ceramic fiber blanket can be increased.
【００１６】また、炉天井部鉄皮７の開口部とそれを貫
通する縦長耐熱ブロック８Ａの間隙から炉内高温ガスが
漏れると、天井部鉄皮７を焼損するおそれがあるので、
この間隙にシール用のセラミックファイバー（図示せ
ず）を取り付けてもよい。Further, if high temperature gas in the furnace leaks through the gap between the opening of the furnace roof iron shell 7 and the vertically elongated heat-resistant block 8A penetrating therethrough, the ceiling steel shell 7 may be burned out.
Ceramic fibers (not shown) for sealing may be attached to this gap.
【００１７】縦長耐熱ブロック８の頂部は炉天井部１の
外側に位置し、取付金具１２と取付ボルト１３で固定用
枠１４に固着されている。固定用枠１４は１本又は複数
本のロッド１５を介して、その上部に設置された上下動
機構１６に連結されている。上下動機構１６としては、
例えば、電動モーター駆動、エアシリンダー駆動、油圧
シリンダー駆動など任意の機構が採用できる。The top of the vertically long heat-resistant block 8 is located outside the furnace ceiling 1, and is fixed to the fixing frame 14 with a mounting bracket 12 and mounting bolts 13. The fixing frame 14 is connected to a vertical movement mechanism 16 installed above the fixing frame 14 via one or a plurality of rods 15. As the vertical movement mechanism 16,
For example, an arbitrary mechanism such as an electric motor drive, an air cylinder drive, and a hydraulic cylinder drive can be adopted.
【００１８】このように、炉天井部１の断熱ブロック４
及び４’に接して摺動可能に耐熱ブロック８を炉幅方向
に直線状に設置すると、可動仕切壁９を構成することが
できる。上下動機構１６を作動させることによって、可
動仕切壁９を上下動させることができ、それによって、
仕切壁の高さを設定範囲内で任意に調節することができ
る。可動仕切壁９の高さは任意範囲に設定できるが、大
型の工業炉においては炉底から炉頂までの範囲に設定す
ることが好ましく、これによってガス流量の制御などを
効率的に行うことができる。Thus, the heat insulating block 4 of the furnace ceiling 1
If the heat-resistant block 8 is installed linearly in the furnace width direction so as to be slidable in contact with 4 and 4 ', the movable partition wall 9 can be configured. By operating the vertical movement mechanism 16, the movable partition wall 9 can be moved up and down, whereby
The height of the partition wall can be arbitrarily adjusted within the setting range. The height of the movable partition wall 9 can be set in an arbitrary range, but in a large industrial furnace, it is preferable to set it in the range from the bottom to the top of the furnace, which allows efficient control of the gas flow rate. it can.
【００１９】次に、本発明の可動仕切壁に使用する縦長
耐熱ブロックについて説明する。図３及び図４は、本発
明の縦長耐熱ブロックの一例を示す図面であり、図３に
示す耐熱ブロックは加熱側にも折り目のある耐熱ブロッ
クであり、図４に示す耐熱ブロックは支持金具側のみに
折り目のある耐熱ブロックである。Next, the vertically long heat resistant block used for the movable partition wall of the present invention will be described. 3 and 4 are drawings showing an example of the vertically long heat-resistant block of the present invention. The heat-resistant block shown in FIG. 3 is a heat-resistant block having a fold on the heating side, and the heat-resistant block shown in FIG. It is a heat resistant block with only folds.
【００２０】図３において、耐熱ブロック２５は、連続
して折り畳んで積層したセラミックファイバーブランケ
ット積層物２１と耐熱性クロス２２の積層物を長繊維ア
ルミナファイバー製紐状体２３で縫合してなる成形体２
４で構成され、底辺長さに対し垂直長さのある縦長形状
を有し、その頂部に取付用の支持金具２６を備えてい
る。In FIG. 3, the heat-resistant block 25 is a molded body obtained by stitching a laminate of a ceramic fiber blanket laminate 21 and a heat-resistant cloth 22 which are continuously folded and laminated with a cord 23 made of long-fiber alumina fiber. Two
4 has a vertically long shape having a length perpendicular to the length of the bottom side, and a mounting metal fitting 26 for mounting is provided on the top thereof.
【００２１】セラミックファイバーブランケットに使用
されるセラミックファイバーとしては、例えばシリカ−
アルミナ繊維、シリカ−アルミナ−ジルコニア繊維、シ
リカ−アルミナ−クロミア繊維、アルミナ繊維等のセラ
ミックファイバー等があげられる。長尺のセラミックフ
ァイバーブランケットを連続的に折り畳み、積層して、
又は、２層に折り畳むなどして、これを複数積層して、
所定寸法の積層物を形成する。The ceramic fiber used in the ceramic fiber blanket is, for example, silica-
Examples thereof include ceramic fibers such as alumina fibers, silica-alumina-zirconia fibers, silica-alumina-chromia fibers, and alumina fibers. Continuously fold and stack long ceramic fiber blankets,
Or you can fold it into two layers and stack multiple layers,
Form a laminate of predetermined dimensions.
【００２２】耐熱性クロス２２としては、例えばセラミ
ックファイバー製クロスがあげられる。特に、芯線とし
て例えばガラスファイバー、シリカファアイバー、カー
ボンファイバー等の無機質長繊維又は例えばＳＵＳ３０
４、ＳＵＳ３１０Ｓ、インコネル等の耐熱性金属線等を
用い、これにセラミックファイバーを撚り合わせたセラ
ミックファイバーヤーンを紡織してなるセラミックファ
イバー製クロスが好ましい。Examples of the heat resistant cloth 22 include ceramic fiber cloth. In particular, as the core wire, for example, an inorganic long fiber such as glass fiber, silica fiber, carbon fiber or the like, or for example SUS30
4, a SUS310S, a heat resistant metal wire such as Inconel, etc., and a ceramic fiber cloth obtained by weaving a ceramic fiber yarn in which ceramic fibers are twisted is preferable.
【００２３】成形体２４に炉体取付用の支持金具２６を
締結するには、従来の断熱ブロックの締結技術を使用す
ることができる。例えば、ブランケットの折り目に支持
腕２７を適宜挟み込み、これと支持金具２６を締結金具
（図示せず）で締結することでよい。In order to fasten the support fitting 26 for mounting the furnace body to the molded body 24, a conventional heat insulating block fastening technique can be used. For example, the support arm 27 may be appropriately sandwiched between the folds of the blanket, and the support metal fitting 26 and the support metal fitting 26 may be fastened with a fastening metal fitting (not shown).
【００２４】また、本発明の耐熱ブロックはその積層方
向に圧縮した状態で使用すると、復元性のよいものとな
る。例えば、プレス機等で圧縮したものをプラスチック
製結束材やカード紙等で結束し、これを炉殻に直線状に
取り付けたのち、結束を開放すれば、相互に密着した構
造となり、仕切壁としての耐久性も向上する。When the heat resistant block of the present invention is used in a compressed state in its laminating direction, it has good restorability. For example, what is compressed with a press machine is bound with a plastic binding material or card paper, which is attached to the furnace shell in a straight line. The durability of is also improved.
【００２５】耐熱ブロック８には、セラミックファイバ
ーブランケットと耐熱性クロスの積層物を長繊維アルミ
ナファイバー製紐状体で縫合してなる成形体を使用して
いるので、炉内の高温や温度履歴、さらに風圧にも耐
え、また、製造時にその積層方向に圧縮しプラスチック
バンド等で結束されているので、炉天井部１に設置した
後結束が解かれると、反発力で互いに密着して、堅固な
可動仕切り壁９を形成することができる。The heat-resistant block 8 uses a molded body obtained by stitching a laminated body of a ceramic fiber blanket and a heat-resistant cloth with a cord-shaped body made of long-fiber alumina fiber. Furthermore, since it withstands wind pressure and is compressed in the stacking direction during production and is bound with a plastic band or the like, when the binding is released after it has been installed on the furnace ceiling part 1, it will stick to each other due to the repulsive force, and it will be firm. The movable partition wall 9 can be formed.
【００２６】そして、耐熱ブロックの側面と接する断熱
ブロックはその幅方向の一面が接するように配列する
と、断熱ブロックの磨耗を減らすことができ、摺動面の
シ−ル性もよい。When the heat insulating block which is in contact with the side surface of the heat resistant block is arranged so that one surface in the width direction is in contact with the heat insulating block, abrasion of the heat insulating block can be reduced and the sealing property of the sliding surface is good.
【００２７】[0027]
【発明の効果】本発明は、従来の仕切壁では全く不可能
であった炉操業中に、仕切壁の高さを設定した範囲で任
意に調節することができる。それによって、ガス流れの
停止又は制御が行え、炉の熱効率を高めるという効果を
奏するものである。また、従来の乾式仕切壁と比較し
て、施工や保守が極めて容易である。すなわち、従来の
乾式仕切壁で使用するセラミックチューブ、セラミック
板等のセラミック製支持材が不要であるため、割れ等に
よる支持材の脱落がなく、工事に多大な手間のかかるセ
ラミックチューブの脱着がない。さらに、縦長耐熱ブロ
ックの摺動面部に、耐熱セラミック製滑板を設置するこ
とによって、断熱ブロックとの滑りが円滑になり、セラ
ミックファイバーブランケットの耐久性が改善され、可
動仕切壁の保守が容易になる。INDUSTRIAL APPLICABILITY According to the present invention, the height of the partition wall can be arbitrarily adjusted within the set range during the operation of the furnace, which was impossible with the conventional partition wall. As a result, the gas flow can be stopped or controlled, and the effect of increasing the thermal efficiency of the furnace is achieved. Moreover, as compared with the conventional dry partition wall, the construction and maintenance are extremely easy. That is, since a ceramic support material such as a ceramic tube or a ceramic plate used in a conventional dry partition wall is not required, the support material does not fall off due to cracking, etc. . Furthermore, by installing a heat-resistant ceramic sliding plate on the sliding surface of the vertically long heat-resistant block, sliding with the heat-insulating block will be smooth, the durability of the ceramic fiber blanket will be improved, and the maintenance of the movable partition wall will be easier. .
【図１】本発明の仕切壁を構成した工業炉の一部を切り
欠いて示す概念図FIG. 1 is a conceptual view showing a part of an industrial furnace that constitutes a partition wall of the present invention by cutting out.
【図２】本発明の仕切壁を構成した工業炉を炉幅方向か
らみた断面図FIG. 2 is a cross-sectional view of an industrial furnace having a partition wall according to the present invention as viewed from the furnace width direction.
【図３】本発明の縦長耐熱ブロックの一例を示す斜視図FIG. 3 is a perspective view showing an example of a vertically long heat-resistant block of the present invention.
【図４】本発明の縦長耐熱ブロックの一例を示す斜視図FIG. 4 is a perspective view showing an example of a vertically long heat-resistant block of the present invention.
図１、図２ １ 炉天井部 ２ 炉側壁部 ３ 炉底部 ４，５，６ 断熱ブロック ７ 炉天井部鉄皮 ８ 縦長耐熱ブロック ９ 可動仕切壁 １０，１０’ 側面 １１，１１’ 滑板 １２ 取付金具 １３ 取付ボルト １４ 固定用枠 １５ ロッド １６ 上下動機構 図３、図４ ２１ セラミックファイバーブランケット積
層物 ２２ 耐熱性クロス ２３ アルミナファイバー製紐状体 ２４ 成形体 ２５ 縦長耐熱ブロック ２６ 支持金具 ２７ 支持腕1 and 2 1 Furnace ceiling 2 Furnace side wall 3 Furnace bottom 4, 5, 6 Insulation block 7 Furnace ceiling iron skin 8 Vertical heat resistant block 9 Movable partition wall 10, 10 'Side 11, 11' Sliding plate 12 Mounting bracket 13 Mounting bolt 14 Fixing frame 15 Rod 16 Vertical movement mechanism Fig. 3 and Fig. 21 21 Ceramic fiber blanket laminate 22 Heat resistant cloth 23 Alumina fiber cord 24 Molded body 25 Vertical heat resistant block 26 Support metal fitting 27 Support arm
Claims (3)
井部に有し、周囲の炉殻にセラミックファイバー製断熱
ブロックを設置した工業炉において、仕切壁を構成する
耐熱ブロックがセラミックファイバー製縦長耐熱ブロッ
クであり、その側面が隣接する断熱ブロックの側面と接
し、かつ上下に所定の範囲で摺動可能とされていること
を特徴とする工業炉の仕切壁構造。1. In an industrial furnace having a partition wall movable up and down in the furnace width direction in a furnace shell ceiling and a ceramic fiber heat insulating block installed in a surrounding furnace shell, a heat-resistant block constituting the partition wall is made of ceramic. A partition wall structure for an industrial furnace, which is a vertically long heat resistant block made of fiber, the side surface of which is in contact with the side surface of an adjacent heat insulating block and which is slidable vertically within a predetermined range.
バーブランケットを積層してなるブロックであり、これ
を積層方向に複数密接して炉幅方向に設置して可動仕切
壁を構成するとともに、該縦長耐熱ブロックの炉長方向
に隣接する断熱ブロックが、セラミックファイバーブラ
ンケットを積層してなるブロックであり、これを幅方向
の一面が耐熱ブロックの側面に接するように設置する請
求項１記載の工業炉の仕切壁構造。2. The vertically long heat-resistant block is a block formed by stacking ceramic fiber blankets, and a plurality of these blocks are closely contacted in the stacking direction and installed in the furnace width direction to form a movable partition wall. 2. The partition wall of the industrial furnace according to claim 1, wherein the heat insulating blocks adjacent to each other in the furnace length direction are blocks formed by stacking ceramic fiber blankets, and are installed such that one surface in the width direction is in contact with the side surface of the heat resistant block. Construction.
との摺動面に耐熱セラミック製滑板を有する請求項１記
載の工業炉の仕切壁構造。3. A partition wall structure for an industrial furnace according to claim 1, wherein a heat-resistant ceramic sliding plate is provided on a sliding surface between the side surface of the vertically long heat resistant block and the heat insulating block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP12742896A JP3172674B2 (en) | 1996-05-22 | 1996-05-22 | Industrial furnace partition wall structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP12742896A JP3172674B2 (en) | 1996-05-22 | 1996-05-22 | Industrial furnace partition wall structure |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH09310984A true JPH09310984A (en) | 1997-12-02 |
| JP3172674B2 JP3172674B2 (en) | 2001-06-04 |
Family
ID=14959721
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP12742896A Expired - Fee Related JP3172674B2 (en) | 1996-05-22 | 1996-05-22 | Industrial furnace partition wall structure |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3172674B2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007093161A (en) * | 2005-09-30 | 2007-04-12 | Dowa Holdings Co Ltd | Continuous heat treatment furnace |
-
1996
- 1996-05-22 JP JP12742896A patent/JP3172674B2/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007093161A (en) * | 2005-09-30 | 2007-04-12 | Dowa Holdings Co Ltd | Continuous heat treatment furnace |
Also Published As
| Publication number | Publication date |
|---|---|
| JP3172674B2 (en) | 2001-06-04 |
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