石墨化炉
连续石墨化炉
货号 : GF-07
价格根据 规格和定制情况变动
- 额定温度 (C)
- 2500
- 有效加热面积（毫米）
- 100X200X500 / 100X400X1000 / 100X600X2000
- 功率（千瓦）
- 80 / 150 / 300
- 频率（赫兹）
- 2500/1000
运输:
联系我们 获取运输详情 享受 准时发货保证.
Introduction
A continuous graphitization furnace is a high-temperature furnace used to treat carbon cloth, carbon fiber, silicon carbide ceramic fiber, and other materials at temperatures ranging from 2100 to 2800°C. It employs medium frequency induction heating for rapid temperature rise and high efficiency, and its unique design ensures temperature uniformity within the furnace. The furnace features double-layer alumina brick insulation to prevent short circuits and provides excellent heat insulation and fire resistance, resulting in low heat loss and stable operation. It incorporates a constant tension control system for carbon fiber and an automatic rewinding and unwinding system for carbon felt. All operating parameters, actions, and alarms are controlled by a PLC with a human-computer interaction interface, digital flow monitoring system, and water flow monitoring and protection for each channel of the power cabinet. Multiple operating processes can be conveniently stored, recalled, and interactively operated, while real-time display and recording capabilities enhance user experience.
Applications
Continuous graphitization furnaces are widely used in the following applications:
- Continuous graphitization treatment of carbon cloth
- Continuous graphitization treatment of carbon fiber
- Continuous graphitization treatment of silicon carbide ceramic fiber
Features
Continuous graphitization furnace is a kind of high-temperature furnace used in the continuous graphitization treatment of carbon cloth, carbon fiber, silicon carbide ceramic fiber and other materials at high temperatures of 2100-2800°C. It has the following advantages:
-
High temperature uniformity: The unique furnace design greatly improves the temperature uniformity of the furnace body, ensuring consistent and uniform treatment of materials.
-
Low energy consumption: The double-layer alumina brick insulation material effectively reduces heat loss, resulting in lower energy consumption and improved efficiency.
-
Automatic control: The PLC-controlled system with human-computer interaction interface allows for precise control over operating parameters, actions, and alarms, simplifying operation and ensuring accurate treatment.
-
Real-time monitoring: The digital flow monitoring system and water flow monitoring and protection for each channel of the power cabinet provide real-time monitoring of equipment performance, ensuring safety and reliability.
-
Versatile applications: The continuous graphitization furnace is suitable for a variety of high temperature treatment and graphitization treatment applications, making it a versatile and cost-effective solution.
Principle
The continuous graphitization furnace employs medium frequency induction heating for rapid temperature elevation and efficiency. Its well-designed furnace structure optimizes temperature uniformity. The double-layer alumina brick insulation effectively prevents short circuits and ensures heat insulation and fire resistance, minimizing heat loss and enhancing equipment stability.
Advantages
- High temperature uniformity: Medium frequency induction heating provides rapid temperature rise and high efficiency. The unique furnace design significantly improves temperature consistency within the furnace body.
- Low energy consumption and stability: Double-layer alumina brick insulation prevents short circuits, ensuring excellent heat insulation and fire resistance, minimizing heat loss, and enhancing equipment stability.
- Precise tension control: Constant tension control system for carbon fiber and automatic rewinding and unwinding system for carbon felt.
- Advanced monitoring and control: PLC controls all operating parameters, actions, and alarms. A human-computer interaction interface, digital flow monitoring system, and water flow monitoring and protection for each channel of the power cabinet provide real-time monitoring, interactive operation, and convenient storage and retrieval of operating processes.
- Suitable for various applications: The high temperature, high efficiency, and uniform heating characteristics make the furnace ideal for a wide range of high temperature treatment and graphitization applications.
Technical parameters
- Commonly used temperatures: 2000C-2800℃
- Working atmosphere in the furnace: argon, nitrogen and other inert gases
- Temperature uniformity: ≤±25℃
- Temperature measurement: far-infrared optical temperature measurement (1000-3200℃);
- Temperature measurement accuracy: 0.2~0.75%
- Temperature control: program control and manual control; temperature control accuracy: ±1℃
- Furnace structure: horizontal single-zone heating, both inlet and outlet are connected by flanges
- Heating element: graphite crucible
| Product model specifications | GF-07-10×20×50 | GF-07-10×40×100 | G7-06-10×60×200 |
|---|---|---|---|
| Rated temperature(C) | 2500 | 2500 | 2500 |
| Effective heating area (mm) | 100×200×500 | 100×400×1000 | 100×600×2000 |
| Power(KW) | 80 | 150 | 300 |
| Frequency(HZ) | 2500 | 2500 | 1000 |
| heating method | Induction heating | ||
| Import and export cooling | Cooling zones of 500-1000mm are set up at the entrance and exit respectively. | ||
| Import and export gas protection | Set up 500-1000mm gas sealing areas at the inlet and outlet respectively | ||
| Temperature measurement method | 1000-3200C infrared optical temperature measurement | ||
| Insulation part | Hard carbon felt+soft carbon felt | ||
| gas flow | 2-6m/h | ||
| Oxygen content detection | Using Shaanxi Fein oxygen content analyzer, real-time detection of oxygen content and dew point real-time analyzer | ||
FAQ
什么是石墨化炉？
什么是管式炉？
实验管式炉是一种经典的外加热高温管式炉，又名热壁加热炉。
根据工作温度的不同，炉管材料通常可采用透明石英管、高纯氧化铝陶瓷管和高强度金属合金管。
为满足不同的热研究目的，管式炉可设计成多加热区，以便灵活控制管工作室内的温度梯度；炉管可在可控气氛工作环境或高真空工作环境中工作。
马弗炉有哪些用途？
连续石墨化炉可以处理哪些材料？
连续式石墨化炉的产品有哪些用途？
石墨化炉的主要应用有哪些？
什么是热解炉？
管式炉如何工作？
管式炉的加热元件放置在圆柱形腔体周围，炉子只能通过间接热辐射加热圆柱形腔体中的样品，由于炉管可以防止样品材料与炉子加热元件和绝缘材料接触，因此管式炉创造了一个清洁的隔离热室，降低了样品材料被炉子污染的风险。
什么是转管炉？
马弗炉有哪些类型？
石墨化炉有哪些不同类型？
热解炉如何工作？
管式炉有哪些用途？
管式炉主要应用于冶金、玻璃、热处理、锂电正负极材料、新能源、磨料磨具等行业，是在一定温度条件下测量材料的专业设备。
管式炉具有结构简单、操作方便、易于控制、可连续生产等特点。
管式炉还广泛应用于 CVD（化学气相沉积）和等离子体增强 CVD 系统。
转管炉如何工作？
什么是化学中的马弗炉？
石墨化炉是如何工作的？
热解炉有哪些应用？
有多少种不同类型的管式炉？
管式炉可以在不同的机械功能下顺利工作，因此有许多不同类型的管式炉变化用于不同的实验目的，典型的管式炉如下：
- 卧式管式炉
- 立式管式炉
- 分体式管式炉
- 旋转式管式炉
- 倾斜式管式炉
- 滑动式管式炉
- 快速加热和冷却管式炉
- 连续进料和出料管式炉
转管炉有哪些优点？
转管炉的功能是什么？
马弗炉用于灰烬的用途是什么？
使用石墨化炉有哪些优势？
使用热解炉有哪些优势？
使用管式炉有哪些优势？
马弗炉的温度是多少？
选择热解炉时应考虑哪些因素？
使用管式炉时应采取哪些安全预防措施？
使用热解炉时应遵循哪些安全预防措施？
4.8
out of
5
The continuous graphitization furnace has been a great addition to our lab. It's easy to use and has helped us improve the quality of our products.
4.9
out of
5
We've been using the continuous graphitization furnace for over a year now and it's been a great investment. It's helped us increase our production efficiency and reduce our costs.
4.7
out of
5
The continuous graphitization furnace is a great value for money. It's well-built and has a lot of features that make it easy to use.
4.8
out of
5
The continuous graphitization furnace is a very durable product. We've been using it for several years now and it's still going strong.
4.9
out of
5
The continuous graphitization furnace is a technologically advanced product. It has a lot of features that make it easy to use and control.
4.7
out of
5
The continuous graphitization furnace is a great product for small labs. It's compact and easy to use.
4.8
out of
5
The continuous graphitization furnace is a great product for large labs. It's fast and efficient.
4.9
out of
5
The continuous graphitization furnace is a great product for research labs. It's accurate and reliable.
4.7
out of
5
The continuous graphitization furnace is a great product for industrial labs. It's durable and has a long lifespan.
4.8
out of
5
The continuous graphitization furnace is a great product for educational labs. It's safe and easy to use.
4.9
out of
5
The continuous graphitization furnace is a great product for any lab. It's versatile and can be used for a variety of applications.
请求报价
我们的专业团队将在一个工作日内回复您。请随时与我们联系！
相关产品
水平石墨化炉：这种炉子的加热元件水平放置，可使样品均匀加热。它非常适合需要精确温度控制和均匀性的大型或笨重样品的石墨化。
大型立式高温石墨化炉是一种用于碳纤维和炭黑等碳材料石墨化的工业炉。它是一种高温炉，温度最高可达 3100°C。
立式高温石墨化炉，用于碳材料的碳化和石墨化，最高温度可达 3100℃。适用于碳纤维丝和其他在碳环境中烧结的材料的定型石墨化。应用于冶金、电子和航空航天领域，生产电极和坩埚等高质量石墨产品。
高导热薄膜石墨化炉温度均匀，能耗低，可连续运行。
碳材料用底出式石墨化炉，超高温炉，最高温度可达 3100°C，适用于碳棒和碳块的石墨化和烧结。立式设计，底部出料，进料出料方便，温度均匀性高，能耗低，稳定性好，液压升降系统，装卸料方便。
KT-14M 马弗炉可实现高达 1500℃ 的精确高温控制。配备智能触摸屏控制器和先进的隔热材料。
真空炉采用多晶陶瓷纤维隔热内衬，具有出色的隔热性能和均匀的温度场。有 1200℃ 或 1700℃ 两种最高工作温度可供选择，具有高真空性能和精确的温度控制。
超高温石墨化炉利用真空或惰性气体环境中的中频感应加热。感应线圈产生交变磁场，在石墨坩埚中产生涡流，从而加热并向工件辐射热量，使其达到所需的温度。这种炉主要用于碳材料、碳纤维材料和其他复合材料的石墨化和烧结。
使用我们的 1200℃ 马弗炉升级您的实验室。使用日本氧化铝纤维和钼线圈实现快速、精确加热。配备 TFT 触摸屏控制器，便于编程和数据分析。立即订购！
电池生产用石墨化炉温度均匀，能耗低。负极材料石墨化炉：电池生产的高效石墨化解决方案，功能先进，可提高电池性能。
使用我们的底部升降炉可高效生产温度均匀性极佳的批次产品。具有两个电动升降平台和先进的温度控制，最高温度可达 1600℃。
IGBT 实验石墨化炉是为大学和研究机构量身定制的解决方案，具有加热效率高、使用方便、温度控制精确等特点。
了解 KT-VG 石墨真空炉的强大功能 - 它的最高工作温度可达 2200℃，是各种材料真空烧结的理想之选。立即了解更多信息。
KT-18 马弗炉配有日本 Al2O3 多晶纤维和硅钼加热元件，最高温度可达 1900℃，采用 PID 温度控制和 7" 智能触摸屏。设计紧凑、热损耗低、能效高。安全联锁系统，功能多样。
使用我们的真空密封旋转管式炉，体验高效的材料加工。它是实验或工业生产的完美选择，配备有可选功能，用于控制进料和优化结果。立即订购。
我们的 1700℃ 马弗炉可实现出色的热量控制。配备智能温度微处理器、TFT 触摸屏控制器和先进的隔热材料，可精确加热至 1700℃。立即订购！
高温氧化铝炉管结合了氧化铝硬度高、化学惰性好和钢的优点，具有优异的耐磨性、抗热震性和抗机械冲击性。
使用 KinTek 的电动再生炉为您的活性炭注入活力。利用我们高度自动化的回转窑和智能热控制器，实现高效、经济的再生。
您在寻找用于高温应用的管式炉吗？我们带氧化铝管的 1400℃ 管式炉非常适合研究和工业用途。
了解真空热压炉的优势！在高温高压下生产致密难熔金属和化合物、陶瓷以及复合材料。
正在寻找高温管式炉？请查看我们的带氧化铝管的 1700℃ 管式炉。非常适合研究和工业应用，最高温度可达 1700℃。
真空压力烧结炉专为金属和陶瓷烧结中的高温热压应用而设计。其先进的功能可确保精确的温度控制、可靠的压力维持以及无缝操作的坚固设计。
使用 KT-14A 可控气氛炉实现精确热处理。它采用真空密封，配有智能控制器，是实验室和工业应用的理想之选，最高温度可达 1400℃。
KT-MD 高温脱脂和预烧结炉，适用于各种成型工艺的陶瓷材料。是 MLCC 和 NFC 等电子元件的理想选择。
利用电加热旋转炉高效煅烧和干燥散装粉末和块状流体材料。非常适合加工锂离子电池材料等。
相关文章
利用真空石墨炉最大限度地提高效率和精度
了解真空石墨炉如何以无与伦比的精度和效率彻底改变高温材料处理。探索针对不同行业、先进自动化和可持续能源实践的定制解决方案。
揭开真空石墨炉的神秘面纱：性能、应用和专家见解
深入了解真空石墨炉的世界，探索其卓越的性能、多样化的应用以及关键的注意事项。我们的专家见解将帮助您针对实验室的高温材料处理需求做出明智的决定。
什么是活性炭再生 回转炉
电活性炭再生炉是一种典型的电外加热回转炉
优化石墨真空炉的性能：综合指南
发掘石墨真空炉在高温材料处理方面的潜力。了解石墨真空炉的效率、定制选项、自动化以及石墨棒使用的关键注意事项。
了解工业炉的设计和功能
工业炉是用于各种工业流程的加热设备，包括焊接、钢和合金的热处理以及陶瓷烧结。
关于活性碳热再生技术的全部内容
活性炭再生简介、方法和选择
探索灰化工艺和灰化炉：综合指南
灰化过程是在有氧气的情况下加热样品，烧掉有机化合物，留下不可燃的无机灰烬。
如何维护牙科陶瓷炉
牙科炉价格昂贵，需要定期维护，以确保其正常运行并产生准确的结果。
活性炭再生的 6 种方法
活性炭再生：热再生法、生物再生法、湿氧化再生法、溶剂再生法、电化学再生法、催化湿氧化法
真空感应熔炼炉的熔炼过程和维护
真空感应熔炼炉的熔炼过程和维护
生物质热解机的工作原理 全面概述
生物质热解设备旨在将生物质材料转化为有用的产品，如生物炭、生物油和合成气。
热等静压工艺实现最佳微观结构均匀性
热等静压（HIP）是一种在高温高压下对材料进行增密的技术。该工艺是将材料放入密封容器中，然后用惰性气体加压并加热至高温。