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サイド・ラシド・アフメッド・バットシャンシ・チェンダ工業炉株式会社 電気弧炉の稼働を完了し 労働者は チェンダの技術者と 慎重に協力して 機械の操作を学びました中国とパキスタンの民間の深遠な友情と優れた協力を示す. -
アブバカール1ヶ月以上の集中的な制作とデバッグの後熱交換煙ガス沉着室機器2セットが成功して稼働開始しました ~ プロジェクトに関与したすべてのスタッフが一生懸命働きましたほら! -
ジ・ワン温かいおめでとう 韓国のシャンシー・チェンダ工業炉製造会社北チョンチェョン郡 宝石の溶融炉の設備の設置と慎重な製造と厳格な稼働相互に有益な協力を達成するために,より多くの分野での未来を期待しています!
コンタクトパーソン :
Du
電話番号 :
13991381852
Blast Furnace Molten Slag Holding Furnace Equipment
| 起源の場所 | 中国 |
|---|---|
| ブランド名 | Shaanxi Chengda |
| 証明 | ISO 9001 |
| モデル番号 | 設備の処理能力に応じてご相談させていただきます |
| 最小注文数量 | 1台 |
| 価格 | The price will be negotiated based on the technical requirements and supply scope of Party A |
| パッケージの詳細 | 当事者Aの具体的な要件に従って協議する |
| 受渡し時間 | 2ヶ月 |
| 支払条件 | L/C、T/T、ウェスタンユニオン |
| 供給の能力 | 生産サプライチェーンを完成させ、予定通りに供給し、品質基準を満たします |
商品の詳細
| 電気炉の種類 | 半閉式電弧炉 | 重さ | 機器のサイズによって異なります (例: 5000 kg) |
|---|---|---|---|
| 使用温度範囲 | 周囲温度～1200℃ | 仕様と価格 | 交渉可能 |
| 生産地域 | 陝西省、中国 | 設備の生産地域 | シアン,中国 |
| 電極直径 | Ø400mm | 熱伝導率 | 0.03-0.04 W/mK |
| 応用 | 固形有害廃棄物の処理 | 材質の適合性 | 固体有害廃棄物 |
| ハイライト | blast furnace slag holding furnace,molten slag treatment equipment,hazardous waste holding furnace |
||
製品の説明
Blast Furnace Molten Slag Holding Furnace Equipment Introduction
The blast furnace molten slag holding furnace is core metallurgical equipment for waste heat recovery and resource utilization of blast furnace molten slag. It receives, keeps warm and stably outputs high-temperature liquid blast furnace slag at 1400–1500℃, providing qualified high-temperature slag materials for rock wool production, slag-iron recovery, building material processing and other industries, featuring energy saving, environmental protection and cost reduction.
1. Core Functions
- Constant Temperature Holding: Stably maintain molten slag temperature at 1430–1470℃ to meet follow-up process requirements.
- Composition Homogenization: Eliminate temperature and component fluctuation to ensure stable slag quality.
- Continuous Feeding: Realize intermittent slag feeding and continuous slag discharging to match continuous production lines.
- Slag-Iron Separation: Equipped with iron tapping hole to separate residual iron and improve slag purity.
- Waste Heat Utilization: Reduce heat loss and secondary heating energy consumption.
2. Equipment Structure (Mainly Vertical Cylindrical Type)
2.1 Steel Furnace Body
- Furnace shell: Welded steel plate cylinder with high rigidity and good sealing performance.
- Water jacket: Circulating cooling water jacket installed on furnace wall for structural protection.
2.2 Composite Refractory Lining
- Thermal insulation layer: Lightweight castable for heat insulation.
- Transition layer: High-alumina refractory material with excellent thermal shock resistance.
- Working layer: Carbon brick and ramming mass, high temperature resistance and slag corrosion resistance.
- Furnace bottom: Thickened refractory structure for load bearing and anti-permeation.
2.3 Main Openings
- Slag inlet: Upper furnace body for pouring molten slag.
- Slag outlet: Lower part for uniform discharge of liquid slag.
- Iron discharging hole: Discharge settled residual iron regularly.
- Electrode hole: Install graphite electrodes for auxiliary heating.
2.4 Heating & Temperature Control System
- Heating mode: Graphite electrode electric heating or self-heat preservation.
- Rated power: 2000–4000KVA.
- Intelligent temperature control: PLC closed-loop control, temperature accuracy ±10℃.
2.5 Auxiliary Systems
- Slag level monitoring: Real-time liquid level detection.
- Circulating cooling system: Complete water pressure and flow protection device.
- Dust removal system: Collect flue gas and dust to meet environmental discharge standards.
3. Working Principle & Process
- High-temperature molten slag from blast furnace is poured into the holding furnace.
- Constant temperature maintenance and composition homogenization inside the furnace.
- Residual iron settles at furnace bottom for separation.
- Homogenized high-temperature liquid slag is continuously discharged for downstream production.
- Efficient heat preservation retains slag waste heat to save production energy consumption.
4. Core Advantages
- High energy-saving efficiency, greatly reduce power consumption per ton slag.
- Stable slag temperature and composition, improve finished product qualification rate.
- Low emission and low carbon, conform to green metallurgy development trend.
- Long service life of furnace lining, low operation and maintenance cost.
5. Application Fields
- Rock wool and thermal insulation material production
- Slag iron recycling and metal recovery
- High-quality raw materials for new building materials
6. Main Technical Parameters (Standard 4000KVA Model)
- Rated Capacity: 4000KVA
- Working Temperature: 1400–1500℃
- Hourly Processing Capacity: 8–12t/h
- Temperature Control Precision: ±10℃
- Structural Form: Vertical cylindrical water-cooled furnace
