Guangzhou Cleanroom Construction Co., Ltd. company cases

In the semiconductor industry, the cleanliness of the production environment plays a decisive role in product quality. The construction of semiconductor cleanrooms is the key to ensuring the smooth progress of semiconductor production. As Guangzhou Cleanroom Construction Co., Ltd., a manufacturer specializing in the production of purification equipment, today we will have a detailed discussion with you about the factors affecting the cost of semiconductor cleanrooms and the methods of cost estimation. I. Key Factors Affecting the Cost Purification Level：Semiconductor production has extremely high requirements for cleanliness. Common purification levels include Class 100, Class 10, or even higher levels. The higher the purification level, the stricter the control of pollutants such as dust particles and microorganisms in the air. More advanced purification equipment and technologies are required, and the cost will naturally increase significantly. For example, compared with a Class 100 cleanroom, a Class 10 cleanroom has higher requirements in terms of filter accuracy and air flow organization, and the cost may be several times higher. Workshop Area：The size of the workshop area directly affects the consumption of materials and equipment. When constructing a large - area workshop, although there may be a certain reduction in unit cost due to economies of scale, the overall material and equipment procurement costs as well as labor costs will still increase significantly with the increase in area. In addition, the layout and air flow organization design of a larger - area workshop are more complex, which also adds to the cost. Purification Equipment：Purification equipment is the core investment part of a semiconductor cleanroom. High - efficiency air filters, advanced air - conditioning systems, ultra - pure water preparation equipment, etc., are all crucial to ensuring that the workshop environment meets production requirements. The prices of equipment with different brands and performances vary greatly. For example, the price of high - end imported air filters may be several times that of ordinary domestic filters, and the price of high - precision ultra - pure water preparation equipment is even more expensive. Decoration Materials：The decoration materials used for walls, floors, and ceilings need to have characteristics such as anti - static, corrosion - resistance, and easy - cleaning. Special materials such as anti - static epoxy self - leveling floor materials and dust - resistant color - coated steel plate walls are more expensive than ordinary decoration materials. Moreover, in order to meet the strict environmental requirements of semiconductor production, the quality standards of materials are higher, which further drives up the cost. II. Examples of Cost Estimation Methods Simple Estimation：For a preliminary cost estimate, it can be roughly calculated first according to the purification level and area. Suppose a semiconductor cleanroom with a Class 100 purification level, the cost per square meter is approximately 3,000 - 5,000 yuan. If the workshop area is 1,000 square meters, the preliminary estimated cost is between 3 million and 5 million yuan. However, this is only a very rough estimate, and the actual cost will be affected by many factors. Detailed Estimation：A detailed cost estimate needs to consider every specific item. First, list all the equipment lists, including air purification equipment, ultra - pure water equipment, waste gas treatment equipment, etc., and calculate the equipment procurement cost according to the brand, model, and quantity of the equipment. Then, calculate the decoration material cost according to the area of the walls, floors, and ceilings and the types and specifications of the selected materials. Add the labor cost, which can be estimated according to the local labor market price and the construction difficulty. Finally, some unforeseen costs, such as design changes and unexpected situations during construction, also need to be considered. Generally, 5% - 10% of the total cost can be reserved. The cost of a semiconductor cleanroom is comprehensively affected by various factors. When making a cost estimate, it is necessary to consider various factors comprehensively and carefully. With rich industry experience and a professional technical team, Guangzhou Cleanroom Construction Co., Ltd. can provide you with accurate cost evaluation and high - quality cleanroom construction solutions. If you are planning the construction of a semiconductor cleanroom, please feel free to contact us at any time. Let's work together to create a high - quality clean environment for semiconductor production.

In the pharmaceutical industry, product quality is directly related to people's lives and health. The decoration of a medical dust - free workshop is a crucial link in ensuring the quality of pharmaceutical products. As Guangzhou Cleanroom Construction Co., Ltd., a manufacturer specializing in the production of purification equipment, today we will have an in - depth discussion with you about the decoration of medical dust - free workshops. I. Importance of Decoration The decoration of a medical dust - free workshop is far from ordinary interior decoration. Strictly controlled environmental parameters, such as temperature, humidity, dust particle count, and microbial content, are essential for the production, storage, and quality stability of pharmaceutical products. A dust - free workshop with substandard decoration may introduce a large number of dust and microorganisms, resulting in drug contamination and seriously affecting the safety and effectiveness of drugs. II. Key Points of Decoration Selection of Purification System: An efficient air purification system is the core of a dust - free workshop. Primary, medium - efficiency, and high - efficiency filters act as layers of checks to ensure that the air cleanliness entering the workshop meets the requirements. According to different production processes and drug levels, select appropriate purification levels, such as Class 10,000, Class 1000, or even Class 100. For example, for the production of sterile drugs, a Class 100 or Class 1000 purification environment is usually required. Selection of Decoration Materials: For walls and ceilings, color - coated steel plates that are not easy to accumulate dust, are corrosion - resistant, and easy to clean are preferred. Their thickness and material should meet corresponding standards. The floor generally uses anti - static, wear - resistant, and easy - to - clean materials, such as epoxy self - leveling or polyurethane self - leveling. These materials can not only meet the cleaning requirements of the dust - free workshop but also ensure the service life of the workshop. Reasonable Layout Design: The dust - free workshop should be reasonably laid out according to the technological process, and different functional areas should be divided, such as the raw material preparation area, production area, packaging area, and quality inspection area. These areas should be connected through reasonable passages and transfer windows to avoid cross - contamination. At the same time, the flow directions of personnel and materials should be considered, separating the flow of people and materials to reduce the risk of contamination. III. Decoration Requirements for Different Areas Sterile Production Area: This is the core area of the dust - free workshop with extremely high environmental requirements. During decoration, ensure that there are no gaps or dead corners on the walls, floors, and ceilings for easy cleaning and disinfection. The lighting fixtures used should also meet the requirements of dust - proof, waterproof, and explosion - proof. Auxiliary Production Areas: Areas such as dressing rooms and buffer rooms, although the cleanliness requirements are relatively lower, should not be ignored. The dressing room should be set up with a reasonable dressing process to ensure that personnel can effectively remove dust and microorganisms from their bodies before entering the production area. The buffer room plays a role in isolation and transition, preventing external pollutants from entering the production area. The decoration of a medical dust - free workshop is a complex and systematic project that requires professional technology and rich experience. With years of deep cultivation in the purification equipment field, Guangzhou Cleanroom Construction Co., Ltd. has a professional technical team and a complete service system, and can provide you with a one - stop solution from design, construction to equipment installation. If you are planning the decoration of a medical dust - free workshop, please feel free to contact us at any time. Let's create a safe and clean environment for pharmaceutical production together!

In the food industry, food safety is of utmost importance. To ensure the quality and safety of food, more and more food production enterprises are choosing to build dust - free workshops. However, when many enterprises are preparing for construction, there is a big question in their minds: how much does a food dust - free workshop cost per square meter? Today, Guangzhou Cleanroom Construction Co., Ltd. will analyze it in detail for you. I. Cost Composition Decoration Material Costs: Color - coated steel plates are commonly used for walls and ceilings. Depending on the material and thickness, the price ranges from dozens of yuan to over a hundred yuan per square meter. If the floor uses epoxy self - leveling, the price is approximately 50 - 200 yuan per square meter. If it is a more advanced polyurethane self - leveling, the price will be even higher. Purification Equipment Costs: The air purification system is the core of a dust - free workshop, including primary, medium - efficiency, high - efficiency filters, and fans and other equipment. Its price varies according to the workshop area and purification level. Generally, the cost of a purification system for a medium - sized food dust - free workshop may range from tens of thousands to hundreds of thousands of yuan. In addition, auxiliary purification equipment such as air showers and transfer windows also require certain investment. Labor Costs: The construction of a dust - free workshop requires high - level construction techniques, and the labor costs of the construction team also account for a significant proportion. Labor costs are usually calculated based on the local labor market price and the construction difficulty, approximately 100 - 300 yuan per square meter. II. Factors Affecting the Price Purification Level: Common purification levels for food dust - free workshops include Class 100,000, Class 10,000, and Class 1000. The higher the purification level, the stricter the control requirements for dust particles and microorganisms, and the higher the corresponding construction cost. For example, the cost per square meter of a Class 100,000 dust - free workshop may be 1000 - 2000 yuan, while that of a Class 1000 dust - free workshop may reach 2000 - 5000 yuan or even higher. Workshop Area: From the perspective of economies of scale, the unit - area cost of a large - area workshop construction is relatively lower. Because some fixed costs, such as design fees and transportation fees for equipment procurement, can be spread over a larger area. Regional Differences: The price levels and labor costs in different regions are different, which also leads to differences in the construction costs of food dust - free workshops. In first - tier cities, both material prices and labor costs are relatively high, so the construction cost of a dust - free workshop naturally increases; while in second - and third - tier cities, it is relatively lower. The price of a food dust - free workshop is comprehensively affected by various factors, and the price per square meter fluctuates greatly. When enterprises plan to build a dust - free workshop, they should not only focus on the price but also pay attention to quality and applicability. As a professional purification equipment manufacturer, Guangzhou Cleanroom Construction Co., Ltd. has rich experience and a professional technical team, and can customize the most suitable dust - free workshop construction plan for you, reasonably controlling costs while ensuring quality. If you have relevant needs, please feel free to contact us!

In the overall structure of a laboratory, the sample retention room, although seemingly unobtrusive, plays a crucial role. As a professional manufacturer of purification equipment, Guangzhou Cleanroom Construction Co., Ltd. deeply understands the significance of the sample retention room in ensuring the traceability of experimental data and the accuracy of experimental results. Today, we will take you to delve into the construction standards for laboratory sample retention rooms. I. The Importance of Building a Sample Retention Room The sample retention room is a key place for storing backup experimental samples. When there are doubts about experimental results, when re - verification is required, or when subsequent research needs to refer to the original samples, the samples in the sample retention room can play a crucial role. It is not only an important guarantee for the reliability of experimental data but also a necessary facility to comply with relevant regulations and industry standards, ensuring the standardization and scientific nature of the experimental process. II. Site Selection and Layout Standards Site Selection: It should be located in a relatively independent, quiet, and easily manageable area. Keep away from vibration sources, pollution sources, and high - temperature and high - humidity environments to avoid interference with and damage to the retained samples. For example, it should not be placed adjacent to large - scale mechanical equipment to prevent vibrations from affecting the stability of the samples; it should also be far away from the chemical reagent storage area to prevent the volatilization of chemical substances from contaminating the samples. Layout Planning: The interior of the sample retention room should be reasonably divided into functional areas, generally including a sample storage area, a sample registration area, and a sample processing area. The sample storage area needs to be equipped with sufficient shelves or storage cabinets to arrange samples in an orderly manner according to sample types, batches, etc.; the sample registration area should be set near the entrance for staff to record sample information in a timely manner; the sample processing area is used for simple pre - treatment of samples, such as sub - packaging and labeling. III. Environmental Control Standards Temperature and Humidity Control: Different types of samples have different requirements for temperature and humidity. Generally, the temperature in the sample retention room should be controlled between 15 - 25°C, and the relative humidity should be maintained between 35% - 75%. By installing temperature and humidity sensors and professional air - conditioning, dehumidifying and humidifying equipment, the indoor temperature and humidity are monitored and regulated in real - time to ensure that the samples are stored in a suitable environment. Air Quality Control: To prevent dust, microorganisms, etc. in the air from contaminating the samples, the sample retention room needs to be equipped with air purification equipment, such as primary - effect and medium - effect filters. If necessary, high - efficiency filters can be installed to ensure that the indoor air cleanliness meets the requirements. The purification equipment of Guangzhou Cleanroom Construction Co., Ltd. can effectively meet the air quality needs of the sample retention room. IV. Equipment and Facility Standards Storage Equipment: Select sample storage containers with reliable quality and good sealing performance, such as glass bottles and plastic bottles, and choose the appropriate material according to the characteristics of the samples. Shelves and storage cabinets should have good bearing capacity and stability to facilitate the storage and access of samples. Identification and Recording Equipment: Equip clear sample identification plates and standardized record forms to record detailed information such as sample names, numbers, sources, retention times, and expiration dates to ensure the traceability of sample information. At the same time, an electronic recording system can be adopted to improve the accuracy of recording and the convenience of querying. V. Safety Management Standards Fire and Theft Prevention: Install fire alarm systems and fire - fighting equipment, such as fire extinguishers and fire hydrants, and conduct regular inspections and maintenance. Strengthen anti - theft measures for doors and windows, set up access control systems, and restrict unauthorized personnel from entering to ensure the safety of the sample retention room. Sample Safety: Establish strict sample management systems, standardize the sample entry and exit processes, and prevent sample confusion, loss, or damage. For samples with special safety requirements, such as flammable, explosive, toxic, and harmful samples, special safety protection measures should be taken. With professional technology and rich experience in the purification equipment field, Guangzhou Cleanroom Construction Co., Ltd. can provide comprehensive support for the construction of laboratory sample retention rooms. From the supply of air purification equipment to the planning of the overall construction plan, we can help you build a laboratory sample retention room that meets the standards. If you have relevant needs, please feel free to contact us.  

In the current era of rapid technological development, the informatization construction of laboratories has become the key to improving scientific research efficiency and ensuring the accuracy of experiments. As Guangzhou Cleanroom Construction Co., Ltd., a professional manufacturer of purification equipment, today we will take you to deeply understand the construction standards for informatized laboratories and offer suggestions for creating a better experimental environment for scientific researchers. I. The Importance of Informatized Laboratory Construction Traditional laboratories are gradually showing problems such as low efficiency and chaotic data management in the face of the growing demand for scientific research. In contrast, informatized laboratories utilize advanced information technology to achieve intelligent control of experimental equipment, real - time collection and analysis of experimental data, and efficient collaboration among scientific researchers. It can not only significantly improve experimental efficiency but also effectively reduce human errors, providing a solid guarantee for the output of scientific research achievements. II. Infrastructure Construction Standards Network Architecture: It is necessary to build a high - speed, stable, and secure network environment. A 10 - gigabit backbone network is adopted to ensure high - speed data transmission and meet the rapid uploading and downloading of a large amount of experimental data. At the same time, security devices such as firewalls and intrusion detection systems are equipped to protect the laboratory network from external attacks and prevent the leakage of experimental data. Layout of Intelligent Devices: Experimental equipment should be equipped with intelligent interfaces and can be seamlessly connected to the Laboratory Information Management System (LIMS). For example, intelligent centrifuges, electronic balances, PCR instruments, etc. can automatically transmit experimental data to the LIMS, reducing the cumbersome process of manual data recording and improving data accuracy. Environmental Monitoring System: Install temperature and humidity sensors, harmful gas detectors, etc. to monitor the environmental parameters of the laboratory in real - time. Once the environmental parameters exceed the set range, the system will automatically alarm and start the corresponding adjustment equipment to ensure the stability of the experimental environment and protect experimental samples and equipment from the influence of environmental factors. III. Software System Construction Standards Laboratory Information Management System (LIMS): This is the core software of an informatized laboratory. The LIMS should cover functional modules such as experimental project management, sample management, data management, and report generation. Through the LIMS, scientific researchers can submit experimental applications online, query experimental progress, and analyze experimental data. Managers can also have real - time access to the usage of laboratory resources, achieving efficient laboratory management. Data Analysis and Processing Software: Equip professional data analysis software such as Origin and SPSS to help scientific researchers perform operations such as statistical analysis and graphing of experimental data. These software can explore the laws behind the data and provide strong support for scientific research decision - making. IV. Personnel Training and Management Standards Informatization Skills Training: Regularly organize laboratory personnel to participate in informatization skills training, including LIMS system operation and the use of data analysis software, to ensure that scientific researchers are proficient in using informatization tools and fully utilize the advantages of informatized laboratories. Security Management System: Establish a complete laboratory information security management system, clarify the rights and responsibilities of personnel in data access, use, storage, etc., and prevent data abuse and leakage. With the professional technology and rich experience accumulated in the purification equipment field, Guangzhou Cleanroom Construction Co., Ltd. can also provide comprehensive support for the construction of informatized laboratories. We can not only provide high - quality purification equipment to ensure the air quality in the laboratory but also assist in planning informatization construction plans to help build modern informatized laboratories that meet the standards. If you have relevant needs, please feel free to contact us.