製薬業界では、低温冷凍機がどのような機器をサポートしているのですか?
The use of low-temperature chillers in the pharmaceutical industry is mainly to meet the strict requirements for temperature control in various production processes, in order to ensure product quality and production safety. Low temperature chillers are widely used as auxiliary equipment in the pharmaceutical industry, mainly including but not limited to the following aspects:
Reaction kettle/Reactor: In the process of drug synthesis, many chemical reactions need to be carried out in specific low-temperature environments to control reaction rate, increase yield, or generate specific products. The chiller unit provides necessary cooling for the reaction kettle to maintain stable reaction temperature.
Crystallization tank/Crystallizer: The drug crystallization process requires extremely high temperature control, and the chiller ensures that the crystallization process is carried out under suitable low temperature conditions, which affects the size, purity, and morphology of the crystals.
Fermentation tank: Although the fermentation process usually requires constant temperature control, certain specific stages or special products of fermentation may require lower temperatures. At this time, the chiller unit is used to maintain the low-temperature state of the fermentation environment.
Separation and Purification equipment: such as chromatography columns, centrifuges, etc. When separating and purifying active ingredients, the chiller unit helps to reduce equipment temperature, improve separation efficiency and product quality.
Vacuum freeze-drying machine (Freeze-drying machine): During the process of drug freeze-drying, the chiller unit provides cold energy to the cold trap, captures sublimated water, and ensures the effective progress of the freeze-drying process.
Mixer/Mixer: In certain mixing or mixing processes, especially when dealing with heat sensitive materials, the chiller unit is used to cool the equipment and prevent the materials from deteriorating due to overheating.
Compressors and Pumps: provide a cold source for the cooling system of these equipment, prevent overheating, and ensure stable operation of the equipment.
Laboratory equipment: During the drug development phase, various laboratory equipment such as rotary evaporators and constant temperature water baths also require chillers to maintain the stability of experimental conditions.
The application of low-temperature chillers in the pharmaceutical industry ensures temperature control at every stage of the production process, and is an important auxiliary equipment to ensure drug quality, improve production efficiency, and meet GMP (Good Manufacturing Practice) requirements.
LN -60°C~-10°C
适用范围 製品特徴 製品参數 製品パラメータ 行业应用 応用 航空航天材料|试验装置控温解决方案 在航空航天领域,材料的性能直接关系到飞行器的安全,可靠性和...
LJ -45°C~ -10°C
速い冷却および低い冷却の温度 -5~-150°C 水冷 LNEYA は単一液体低温学のスリラーの生産を専門にします。冷凍温度は-150°Cから-5°Cまでであり、...
LD -80°C~ -30°C
5℃〜-150℃の1.Temperature範囲は、異なる温度2を満たすことができます。有名なブランドの半閉鎖したピストン圧縮機、半閉鎖した両極ピストン圧縮機、半密閉ねじ圧縮機、主要なブランドは BOCK です。Bitzer、Cop...
SLJ -110℃~-150
5℃〜-150℃の1.Temperature範囲は、異なる温度2を満たすことができます。有名なブランドの半閉鎖したピストン圧縮機、半閉鎖した両極ピストン圧縮機、半密閉ねじ圧縮機、主要なブランドは BOCK です。Bitzer、Cop...
CDLJ -110°C~ -50°C
5kWチラー;10kWチラー;30kWチラー;60kWチラー;120kWチラー 低温反応、冷凍速度、安全性と信頼性の分野で化学、製薬、生化学およびその他の産業で広く使用されている。
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SUNDI Z 周波数変換シリーズ
WHATSAPP WECHAT 超高温冷却技術は、300℃の高温から直接冷却することができます[なぜなら膨張の熱媒体のみ...
スンディ -10℃~150
完全に封じられたシステム、単一の媒体は冷凍および暖房 -120~350℃ ±0.5℃ AC 380V 50HZ 8kW 最高を完了します 超高温冷却の技術は高温から直接冷却できます。
スンディ -80℃~250
動作温度範囲:-120°C~+350°C ●これまでにない性能 ●インテリジェントな温度制御 ●プロセスの安定性と再現性を最大化 ●アドッププレート式熱交換器、パイプライン加熱、高速...
SUNDI-320/320W
完全に封じられたシステム、単一の媒体は冷凍および暖房 -120~350℃±0.5℃を完了します 超高温冷却の技術は 300℃高温から直接冷却できます。超...
スンディ -25℃〜200
完全に密閉されたシステム、単一の媒体は冷凍および暖房を完了する -120~350℃ ±0.5℃ ● -120°Cから+350°Cまで働く温度 ●以前達成できなかった性能 ●理性的な温度調整...
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