工業用ヒーター・チラー

工業用ヒーター・チラー

The industrial heater chiller can not only control the temperature of the heat transfer medium, but also the temperature of the reaction material. It is often used in various industrial applications. So, in which industries can it be applied?

First, research and development laboratories

In the research and development field, temperature control plays a role in both sample pretreatment and quality control. Many applications require prior temperature treatment as part of sample preparation. Many quality control procedures require samples to be subjected to defined temperature points or temperature changes over a specific period of time.

Typical applications in research and development laboratories:

1. Sample preparation

2. Quality control

3. Research laboratories

Second, the field of chemistry

In many processes in the chemical field, temperature plays a certain role in process engineering and reactor temperature control. Chemical reactions, syntheses, production of pharmaceutical building blocks, polymerizations and crystallizations are carried out in temperature-controlled reactors.

Typical applications in the field of chemistry:

1. Reactor temperature control

2. Process engineering

Third, biotechnology

In biotechnology, temperature control determines the quality of research and development and production results. Thermostatic control of the bioreactor plays a role in successful production. There are many production steps that require reliable temperature control as part of sample preparation.

Typical applications of biotechnology:

1. Sample preparation

2. Bioreactor

Fourth, the pharmaceutical industry

In the field of pharmaceuticals, temperature control processes are ubiquitous from research to production scale-up. In order to obtain high-quality reaction products, the temperature control system needs to perform stable and reliable process temperature control on the external reactor.

Typical applications in the pharmaceutical industry

1. Reactor temperature control

2. Process engineering

Fifth, the automotive field

The requirements for temperature control in the automotive industry are generally in test benches and material testing. All automotive components are subject to temperature fluctuations. It is especially important to test components on special benches. It is also important to simulate the environmental conditions in which the material will be used, whether at low or high temperatures.

Typical applications in the automotive field:

1. Test bench application

2. Material testing

Sixth, the field of semiconductor industry

Processes requiring accurate temperature control abound in semiconductor production and testing of electronic devices. This includes, for example, the use of metal-organic chemical vapor deposition (MOCVD) in the coating process for producing LED wafers. Other typical applications in the semiconductor industry such as functional stress testing and load testing, environmental condition simulation and online integrated circuit performance testing, etc.

Typical applications in the semiconductor industry:

1. Process cooling

2. Component testing

Seventh, aviation field

Temperature simulation and temperature testing of materials are integral parts of the aerospace field. Cyclic temperature change stress testing ensures that the components used do not fail, even under the harsh external conditions fluctuating in space.

Typical applications in the aviation field:

1. Material testing

2. Temperature simulation

Eighth, the field of medical technology

In the field of medical technology, temperature control is mainly used in sample preparation in laboratories; and in medical equipment such as imaging equipment, medical lasers or devices in pharmaceutical and medical laboratories.

Typical applications in medical technology:

1. Medical laboratory

2. Medical equipment

カスタマイズされたソリューション

冷暖房システム (SUNDIシリーズ)

温度制御範囲：-120°C～+350°C

用途各種リアクター（マイクロチャンネル、ガラス、ジャケット付きリアクターなど）、蒸留または抽出システム、研究室、大学、研究所、航空宇宙、自動車産業、半導体および電気テスト、化学、製薬、石油化学、生化学、医療、病院、研究開発ワークショップ、航空宇宙、生物学およびその他の産業。

冷暖房システム（WTDシリーズ）

（マイクロチャンネル・チューブリアクター特化型）

温度制御範囲：-70℃～+300

マイクロ流路に特化した設計（液体保持容量が小さく、熱交換容量が大きく、循環システムの圧力損失が高い）

冷暖房システム (TESシリーズ)

温度制御範囲: -85°C ~ +250°C

温度制御精度： ± 0.3°C

冷却・加熱装置（LTSシリーズ）

温度制御範囲：-80°C～+80°C

半導体プロセスにおいて、反応チャンバー、ホットシンクプレート、不燃性熱媒体の温度制御に広く使用されています。

冷暖房サーキュレーター

温度制御範囲：-45℃～+250

用途各種リアクター（マイクロチャンネル、ガラス、ジャケット付きリアクターなど）、蒸留または抽出システム、研究室、大学、研究所、航空宇宙、化学、製薬、石油化学、生化学、医療、病院、研究開発ワークショップ、航空宇宙、生物学、その他の産業。

加熱サーキュレーター

温度制御範囲+50℃〜+300

注：UCシリーズは熱媒体の温度を制御することができる。USTシリーズは熱媒の温度を制御できるだけでなく、反応材料の温度も制御できます。

TCU マルチリアクター温度制御システム

温度制御範囲：-120°C～+250°C

用途各種リアクター（マイクロチャンネル、ガラス、ジャケット付きリアクターなど）、蒸留または抽出システム、研究室、大学、研究所、航空宇宙、化学、製薬、石油化学、生化学、医療、病院、研究開発ワークショップ、航空宇宙、生物学、その他の産業。