With the continuous development of science and technology, industrial clean workshops have become an indispensable production environment in many high-precision manufacturing fields. By controlling particulate matter such as dust and bacteria in the air, this type of plant provides a highly clean and safe working environment for production. SICOLAB XIGERThe decoration design standards of industrial clean workshops include air cleanliness, temperature and humidity, pressure difference, lighting, noise, etc.
1. Air cleanliness.
Air cleanliness is the core requirement of industrial clean workshops. According to different production processes and product requirements, the plant needs to reach a certain level of air cleanliness, such as ISO 5, ISO 7, etc. In order to achieve these levels, the following measures should be taken in the decoration design of the plant:
1.High-efficiency filters are used to filter and purify the air to effectively remove dust and other pollutants.
2.Reasonable planning of production lines and working areas to avoid contamination and cross-contamination in the production process.
3.Regularly clean and maintain the facilities in the factory to keep them clean and hygienic.
2. Temperature and humidity.
Temperature and humidity are important factors affecting the production environment and product quality of industrial clean plants. In order to ensure the stability of production and the consistency of products, the following measures should be considered in the decoration design of the plant:
1.The advanced air-conditioning system is used to accurately control the temperature and humidity in the plant.
2.Reasonable layout of temperature and humidity monitoring points, real-time monitoring and adjustment of temperature and humidity in the plant.
3.In view of the possible damp heat problems, take corresponding waterproof and moisture-proof measures.
3. Differential pressure. Differential pressure is an important factor to ensure air flow and prevent pollution in industrial clean plants. In order to achieve differential pressure control in the plant, the following measures should be considered in the decoration design of the plant:
1.Reasonably design the position and air volume of the air supply and exhaust outlets of the ventilation system to ensure that the pressure difference in the plant is reasonably distributed.
2.Choose a high-performance air filter to effectively filter dust and pollutants from the air.
3.Regularly inspect and maintain the ventilation system to ensure that it is functioning properly.
4. Lighting. Lighting is an essential factor in industrial cleanrooms. In order to provide sufficient and uniform light conditions, the following measures should be considered in the decoration design of the plant:
1.Dust-free lamps and lanterns are used to avoid secondary pollution.
2.Reasonable selection of the layout and illumination of the lamps and lanterns to ensure that the working face lighting is sufficient and uniform.
3.Shockproof and dustproof lamp accessories are used to reduce the number of repairs and maintenance workload.
5. Noise. Noise has a certain impact on the production environment and employee health of industrial clean plants. In order to reduce noise pollution, the following measures should be considered in the decoration design of the plant:
1.Low-noise equipment is used to reduce noise at the source.
2.Carry out shock absorption treatment on the equipment, such as installing shock absorbing pads, etc.
3.Sound insulation treatment is carried out on the walls and ceilings of the factory building to reduce noise transmission.
4.Provide employees with personal protective equipment such as earplugs to protect their hearing health.
The decoration design of industrial clean plant is a complex and systematic project, which involves the comprehensive consideration of multiple aspects and factors. In order to ensure that the environment of the plant meets the production requirements and industry standards, designers and engineers need to fully understand and master the relevant knowledge and technology, and adopt scientific and reasonable design plans and construction methods. At the same time, for the use and maintenance of the plant, the corresponding management system and operating procedures should also be formulated to ensure that the environment of the plant is always in good condition.