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Custom Stainless Steel Food-Grade Reaction Vessel 220V Chemical Reaction Vessel Pump Core Container 50L-5000L Suitable for Motor-Driven Chemical Reactor Equipment

Наименование марки:	WeSeW
Номер модели:	CX-717
МОК:	1 ПК
цена:	Price Negotiation
Условия оплаты:	Т/Т, Вестерн Юнион
Способность к поставкам:	1000000pcs в месяц

Подробная информация

Описание продукта

Подробная информация

Место происхождения:

Китай

Сертификация:

CE,UL

Прочность магнитного поля:

≥ 3000 GS

Напряжение:

220В

Индивидуальные:

Индивидуальные

Основные компоненты:

Несущий

Частота:

50 Гц

Кастомизация:

Доступная индивидуальная заявка

Тип:

Магнитный сепаратор

Материал:

Нержавеющая сталь

Упаковывая детали:

деревянный ящик

Поставка способности:

1000000pcs в месяц

Выделить:

stainless steel chemical reaction vessel

food-grade reaction vessel 220V

motor-driven chemical reactor equipment

Описание продукта

Custom Stainless Steel Food-Grade Reaction Vessel

Product Specifications

Voltage: 220V
Capacity Range: 50L-5000L
Material: Food-grade stainless steel
Application: Motor-driven chemical reactor equipment

Key Features

Top magnetic mixing stainless steel fermenter design
No mechanical sealing required
Internal magnetic and upper/lower bearings CIP/SIP capable
Meets strict sanitary requirements

Technical Description

This bioreactor incorporates advanced PHA sensing technology and data analysis capabilities for multi-scale state analysis. The system addresses key challenges in biological process research, including:

Monitoring bacterial cell variations and environmental condition impacts
Integrating synthetic biology, chemical engineering, and biochemical engineering disciplines
Solving data sharing challenges in HCPs tertiary systems
Facilitating connections between artificial intelligence and biological processes
Supporting continuous and semi-continuous fermentation processes

Applications

Ideal for industrial production challenges including raw material processing, equipment capability optimization, batch data analysis, and fermentation data silo integration through omics research and reverse reasoning.

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