Cleanroom construction temperature & humidity controlled room

The plane and space design of the clean laboratory will arrange the clean experimental area and personnel purification, equipment and material purification and other auxiliary rooms in different areas. At the same time, the comprehensive coordination effects of various technical facilities, such as experimental operation, process equipment installation and maintenance, air distribution type, pipeline layout and purified air conditioning system, are considered. The optimum temperature for a standard cleanroom is 70°F (21°C) with a 2-degree variance either way. For aerospace cleanrooms, the best air temperature ranges from 67°F to 77°F (roughly 19°C to 25°C). Like cleanroom temperature control, the humidity in a cleanroom must also remain stable.

Controlling cleanroom temperature and humidity is challenging, primarily because ISO-rated conditions require high airflow rates. Dynamic operational variables can be difficult to manage in environments that require precise humidity and clean room temperature control.

It is becoming increasingly important to focus on efficiency and power costs because air must be continually retreated and refiltered, a process that can account for up to 70% of cleanroom operating costs. BTU requirements will vary depending on how fast air is exchanged in a space, especially in cleanrooms. Using power-saving modes, smarter cleanroom temp controls, and best-in-class efficiency, we'll evaluate several HVAC systems to address these challenges.

The temperature and humidity in the clean room can be influenced by various factors including day and night temperature changes, seasonal shifts, elevation, enclosure integrity, and heat gain from equipment or operators. As a result, the heating, cooling, humidifying, and dehumidifying systems must not only be robust but also adaptable to changing conditions inside and outside the cleanroom. To ensure consistent performance during normal use, the capacity of the HVAC system should take into account room leakage, duct leakage, and filter conditions. Inadequate design can cause unexpected fluctuations in temperature and humidity that strain existing HVAC and humidity control systems, resulting in subpar performance, low efficiency, and shorter equipment lifespans.

Characteristics of humidity controlled room 1. Reasonable use of laboratory space layout 2. Meet the laboratory working environment, combined with ergonomics 3. Meet the safety requirements of the test environment If you want clean room for your Pharmaceutical or Related factory/Hospital/ Electric product factory/Plant growing green house...etc,You need provide these basic information to us: 1.What size clean room do you want to build?Do you have layout drawing? 2.What temperature and humidity do you want for your clean room?Whats local temperature and humidity? 3.What product or work will be do in the clean room? 4.Do you have factory now or just ground? 5.Whether have other special requirement?