A silent chamber is a device that reduces the transmission of sound and blocks the transmission of vibrations, effectively creating an excellent confined space environment. Here are some recommendations:
Sealing: Silent chambers must be well sealed to prevent outside noise and contaminants from entering. Seals should be used around doors and windows, and all gaps should be sealed as closely as possible.
Ventilation System: Silent chambers must have an effective ventilation system to maintain air circulation and control humidity and temperature. The ventilation system should include filters to prevent dust and other contaminants from entering the system.
Material Selection: Choose materials with good sound insulation and sound absorption properties, such as high-density fiberglass, foam plastic, rubber, and polyimide. These materials reduce the transmission of noise and vibration and provide a better containment environment.
Floor Treatment: To reduce the transmission of vibration and noise, sound-absorbing carpet or other sound-isolating materials can be laid on the floor of the silent chamber.
Lighting and Power Supply: To create a comfortable working environment, silent chambers should have adequate lighting and power supply. Lighting should be evenly distributed to reduce eye strain, and power should be sufficient to meet the needs of equipment.
Breathing air: If prolonged work is required in a silent chamber, breathing air should be considered. Air purifiers and air circulation systems can be used to maintain fresh and circulating air.
Safety: Safety considerations should be taken into account when designing a silent chamber. For example, alarms and fire-fighting equipment can be installed to protect personnel and equipment. Emergency exits should also be unobstructed.
Creating an excellent enclosed scientific and technological environment in a silent chamber requires improvements in sealing, ventilation, materials, floor preparation, lighting, power supply, and safety.