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Latest company case about The Key Role and Operation Mechanism of Personnel Hygiene Cleaning Station in the Bakery Industry

The Key Role and Operation Mechanism of Personnel Hygiene Cleaning Station in the Bakery Industry

In the bakery industry, food safety is the lifeline for the survival and development of enterprises. As the first line of defense for controlling food hygiene, the Personnel Hygiene Cleaning Station plays an irreplaceable and crucial role in ensuring the food safety of baked goods. Its operation mechanism is based on a profound understanding of the laws of microbial spread, and through scientific and systematic processes, it comprehensively blocks the risks of contamination. 1. Hand Cleaning: The Primary Path to Cut off Microbial Spread Hands are an important medium for the spread of microorganisms. An unclean hand may have thousands or even tens of thousands of microorganisms per square centimeter. Once these microorganisms come into contact with baked food ingredients, they will multiply rapidly in a suitable temperature and humidity environment, seriously threatening the quality and safety of food. The hand cleaning process of the Personnel Hygiene Cleaning Station adopts a combination of "washing with warm water + food-grade hand sanitizer + the seven-step handwashing method". By utilizing physical rubbing and chemical effects, it can effectively remove more than 99% of microorganisms, reducing the risk of ingredient contamination from the source. 2. Clothing Management: Constructing a Physical Isolation Barrier Daily clothing may adsorb dust, pollen, and various microorganisms in the external environment, making it a potential source of contamination. The Personnel Hygiene Cleaning Station requires personnel entering the bakery operation area to change into dedicated work clothes, wear work caps, and masks. This series of measures is like building a solid physical barrier to separate the contaminants carried by the clothing from the food ingredients, further ensuring the cleanliness of the bakery environment. 3. Equipment and Environment Maintenance: Eliminating the Hidden Dangers of Secondary Contamination To prevent the Personnel Hygiene Cleaning Station itself from becoming a breeding ground for microorganisms, its operation mechanism includes strict requirements for equipment and environmental maintenance. Regularly clean and disinfect facilities such as handwashing sinks and hand sanitizer containers, and cooperate with a good ventilation system to reduce the air humidity, reducing the survival time and spread probability of microorganisms in the air, and ensuring that the cleaning station always maintains an efficient and safe operation state.   Through the systematic control of hand cleaning, clothing management, and equipment and environment maintenance, the Personnel Hygiene Cleaning Station forms a rigorous and scientific operation mechanism, comprehensively ensuring the hygiene and safety of the bakery environment and building a solid line of defense for food safety in the bakery industry.    
2025-05-12
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Latest company case about The

The "Invisible Defender" of the Laboratory: What Makes This Stainless Steel Shoe Cabinet So Popular?

In the laboratory, which has extremely strict requirements for cleanliness, every detail is crucial to the accuracy and reliability of experimental results. As an important part of laboratory purification equipment, the laboratory stainless steel shoe cabinet carefully crafted by Guangzhou Cleanroom Construction Co., Ltd. is becoming a favorite of many research institutions and university laboratories due to its excellent performance and quality. What kind of charm does it have? Let's take a closer look today! I. Material Upgrade, Creating Extraordinary Quality The laboratory stainless steel shoe cabinet of Guangzhou Cleanroom Construction Co., Ltd. is made of high-quality 304 stainless steel. This material not only has high strength and good toughness but also has excellent corrosion resistance. In the complex chemical environment of the laboratory, ordinary shoe cabinets may age and be damaged quickly due to factors such as acid and alkali erosion and humidity. However, our stainless steel shoe cabinet can always maintain a clean and new appearance, effectively extending its service life and saving long-term replacement costs for the laboratory.   Its surface is finely brushed, with a delicate touch. It is not only beautiful and generous but also not easy to leave fingerprints and stains, making it very convenient to clean. Whether it is daily wiping or regular deep cleaning, it can easily handle it, keeping the laboratory environment clean and orderly. II. Scientific Design, Meeting Diverse Needs There is frequent personnel flow in the laboratory, and the storage and management of shoes are of vital importance. Our stainless steel shoe cabinet fully takes this into account in its design. It adopts a multi-layer large-capacity structure, and the height of the laminates can be flexibly adjusted according to actual needs. Whether it is ordinary laboratory shoes or large protective boots, they can be easily accommodated.   In addition, the shoe cabinet is equipped with an independent ventilation system, which can quickly disperse the odor generated by shoes and keep the air fresh inside the cabinet. At the same time, the bottom of the shoe cabinet adopts a suspended design, effectively avoiding the erosion of the cabinet body by water stains and dust on the ground, further enhancing the durability of the product. III. Deep Adaptation, Guarding Experimental Safety The laboratory is a rigorous scientific research place, and every piece of equipment must be highly adapted to the overall environment. Our stainless steel shoe cabinet fully considers the special needs of the laboratory at the beginning of its design. Its corners are rounded, effectively preventing personnel from being injured by collisions, and showing humanistic care in the details.   Moreover, the surface of the shoe cabinet does not adsorb dust and does not generate static electricity, which is particularly important for some experiments sensitive to static electricity. It can eliminate experimental errors or potential safety hazards caused by static electricity from the source, providing a solid guarantee for the smooth progress of experiments. IV. Professional Team, Attentive Service As a professional manufacturer of purification equipment, Guangzhou Cleanroom Construction Co., Ltd. has an experienced R&D, production, and after-sales service team. From product design and R&D to production and manufacturing, and then to installation, debugging, and after-sales maintenance, we can provide customers with one-stop high-quality services.   We deeply understand that every laboratory has its unique needs, so we support personalized customization services. Whether it is the size specification, functional configuration, or appearance style, it can be customized according to the customer's requirements to ensure that each stainless steel shoe cabinet can perfectly fit the laboratory environment.   The laboratory stainless steel shoe cabinet may seem insignificant, but it is the "invisible defender" of the clean environment in the laboratory. Guangzhou Cleanroom Construction Co., Ltd. always adheres to the concept of "quality first, service first" and is committed to providing customers with higher-quality and more professional purification equipment. If you are troubled by the choice of laboratory shoe cabinets, please feel free to contact us. We believe that our laboratory stainless steel shoe cabinet will surely meet your needs!  
2025-05-12
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Latest company case about Exploring the

Exploring the "Ark" of Life Sciences! Building a Solid Purification Defense for Animal Laboratories

On the journey of exploring life sciences, animal laboratories serve as the "frontline positions" for researchers. Behind every major breakthrough, from new drug development and gene editing to disease mechanism research and vaccine testing, high - standard animal laboratories play a crucial supporting role. Guangzhou Cleanroom Construction Co., Ltd., with innovative technologies and craftsmanship, creates safe, efficient, and stable purification environments for animal laboratory projects, helping scientific research progress steadily. Animal Laboratories: The Hidden Battlefield Behind Scientific Research Animal laboratories are far more than simple animal breeding places. They are sophisticated systems integrating animal breeding, experimental operations, and data monitoring. Here, every experimental animal is a "silent comrade - in - arms" in scientific research. The quality of the laboratory environment directly affects the accuracy and reliability of experimental results. Parameters such as temperature, humidity, air flow, and cleanliness must be strictly controlled. Even a slight deviation may lead to inaccurate experimental data and even pose a threat to the health and safety of experimental animals.   Take the biomedical field as an example. Developing a new drug usually requires a large number of experiments on animals to evaluate the drug's safety and effectiveness. If the laboratory environment fails to meet the standards of asepsis and no cross - contamination, experimental animals may be infected with other pathogens, interfering with the experimental results. This not only wastes a lot of manpower and resources but also delays the process of new drug marketing and affects patients' treatment opportunities. Therefore, building high - standard animal laboratories is a key link in ensuring the quality of scientific research. The Preferred Choice for Quality: Comprehensive Protection of the Laboratory Environment Full - process Customized Solutions Guangzhou Cleanroom Construction Co., Ltd. understands that different types of animal laboratories have diverse requirements for purification equipment and engineering solutions. Whether it is a conventional - grade animal laboratory, a clean - grade animal laboratory, or a Specific Pathogen Free (SPF) - grade animal laboratory, we can provide full - process customized services, covering planning and design, equipment selection, project construction, and after - sales maintenance, based on customers' specific needs. In the planning and design stage, our professional team will thoroughly understand customers' research directions, types of experimental animals, experimental processes, and other information. Combining relevant national standards and specifications, we design scientific and reasonable laboratory layout plans. Every detail, from functional zoning, design of personnel and material flow channels, to planning of air - conditioning and purification systems, water supply and drainage systems, and electrical systems, is carefully considered to ensure the efficient and safe operation of the laboratory. Core Equipment Demonstrates Technical Strength Purification equipment is the core "guardian" of animal laboratories. The air purification equipment independently developed and produced by our company adopts advanced filtration technologies and intelligent control systems, which can effectively filter pollutants such as dust particles and microorganisms in the air, providing a clean air environment for the laboratory. Our high - efficiency filters have a filtration efficiency of over 99.99% and can intercept particles as small as 0.3 microns, ensuring that the air cleanliness of the laboratory meets the requirements of corresponding levels. In addition, our temperature and humidity control systems, ventilation systems, and differential pressure control systems are also characterized by high precision and strong stability. Through intelligent regulation, parameters such as laboratory temperature, humidity, and air flow can be precisely controlled within the set range, creating a comfortable and stable living environment for experimental animals and ensuring the smooth progress of experiments. Strict Quality Control to Create High - quality Projects During the construction of animal laboratory projects, Guangzhou Cleanroom Construction Co., Ltd. always adheres to the principle of "quality first". A strict quality control system has been established for every link, from raw material procurement, equipment production, project construction, to final acceptance. We select high - quality building materials and equipment components to ensure that the project quality can withstand the test of time. During the construction process, operations are carried out strictly in accordance with construction specifications and standards, and every process is inspected and accepted by professionals to eliminate quality hazards. With exquisite technology, strict management, and high - quality services, we have successfully built high - standard animal laboratory projects for many scientific research institutions, universities, pharmaceutical companies, and other units, winning unanimous praise from customers. The successful delivery of each project is a testament to our strength and the fulfillment of our commitment to customers. Join Hands to Explore the Future of Life Sciences Animal laboratory projects are not only technical projects but also important undertakings related to the development of life sciences. Guangzhou Cleanroom Construction Co., Ltd. will continue to be driven by scientific and technological innovation and guided by customer needs, constantly improving product and service quality, and providing more professional and reliable solutions for animal laboratory construction. Whether you are planning to build a new animal laboratory or upgrade an existing one, we look forward to working with you to jointly create safe, efficient, and intelligent animal laboratories and escort life science research! Welcome to contact us and embark on a new journey of life science exploration!
2025-05-12
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Latest company case about How to Select the Right Air Shower for Aged Vinegar Production?​

How to Select the Right Air Shower for Aged Vinegar Production?​

In the current era where traditional brewing techniques are deeply integrated with modern technology, aged vinegar production not only needs to uphold the flavors passed down for thousands of years but also strictly adhere to food safety and hygiene standards. For food production enterprises, the cleanliness of the workshop is one of the core factors determining product quality, and the air shower serves as the "safety guard" protecting the clean environment of the production workshop. How can we select the right air shower for aged vinegar production? This article will reveal the answers from multiple dimensions.​   I. Clarify the Cleanliness Requirements of Aged Vinegar Production​ The production process of aged vinegar encompasses multiple links, including raw material processing, starter making, fermentation, vinegar extraction, and aging. Each link has strict requirements for environmental cleanliness. During the raw material processing and starter making stages, pollutants such as dust and microorganisms may mix in, affecting the subsequent fermentation process. In the fermentation and aging processes, the entry of airborne bacteria may lead to spoilage of the vinegar and changes in its flavor. Therefore, aged vinegar production workshops usually need to achieve a high level of cleanliness, such as Class 10,000 or even higher. According to relevant standards, in a Class 10,000 cleanroom, the number of dust particles ≥ 0.5μm per cubic meter of air should not exceed 352,000, and the maximum allowable number of microorganisms is ≤ 100 colony-forming units per cubic meter. As a necessary passage for personnel and goods entering the clean workshop, the air shower must have high-efficiency purification capabilities to ensure that personnel and materials entering the workshop do not bring in excessive pollutants.​   II. Consider the Core Performance Indicators of the Air Shower​ (I) Air Velocity and Air Volume​ The core function of the air shower is to blow off the dust and microorganisms attached to the surface of personnel and goods through strong airflow. Generally, an appropriate air velocity is the key to ensuring the air shower effect. For aged vinegar production, it is recommended to choose an air shower with an air velocity of 25 - 30m/s. If the air velocity is too low, it cannot effectively blow off dust and microorganisms; if it is too high, it may cause discomfort to personnel and increase energy consumption. In addition, the air volume is also crucial. Sufficient air volume can ensure comprehensive airflow coverage and achieve  - free purging. In actual selection, the required air volume should be calculated according to the size and usage frequency of the air shower to ensure the air shower effect.​ (II) Filtration Efficiency​ The filters equipped in the air shower directly determine its purification ability. Currently, common filters on the market include primary filters, medium - efficiency filters, and high - efficiency filters. In aged vinegar production, it is recommended to adopt a three - stage filtration combination of primary  + medium - efficiency + high - efficiency filters. The primary filter can filter large - particle dust and debris, the medium - efficiency filter further intercepts smaller dust particles, and the high - efficiency filter can filter out tiny particles ≥ 0.3μm and most microorganisms, with a filtration efficiency of over 99.99%, effectively ensuring the cleanliness of the air entering the workshop.​   (III) Air Shower Time​ The setting of the air shower time needs to be adjusted according to actual requirements. Too short an air shower time cannot fully remove the pollutants on the surface of personnel and goods; too long an air shower time will affect work efficiency. Generally, aged vinegar production enterprises can set the air shower time at 15 - 30 seconds, which can ensure a good purification effect without causing congestion of personnel and logistics.​ III. Select the Appropriate Type According to the Usage Scenario​ (I) Personnel Air Showers​ Personnel are one of the important sources of pollutants in the workshop, so personnel air showers are essential equipment for aged vinegar production enterprises. According to the number of workshop personnel and usage frequency, single - person single - blow, single - person double - blow, multi - person double - blow, or multi - person triple - blow air showers can be selected. If the enterprise is small - scale with low personnel flow, a single - person single - blow air shower can meet the demand; for large - scale enterprises with high personnel flow, it is recommended to choose multi - person air showers to improve traffic efficiency. In addition, air showers with functions such as intelligent voice prompts and automatic door control can also be selected to enhance the convenience and intelligence of use.​ (II) Goods Air Showers​ During the aged vinegar production process, raw materials, packaging materials, and other goods also need to be purified when entering the workshop. The size of the goods air shower should be customized according to the size and shape of the goods to ensure that the goods can pass smoothly and be fully purged. At the same time, the air velocity and air volume settings of the goods air shower should be appropriately higher than those of the personnel air shower to deal with the potentially more pollutants on the surface of the goods.   The above content elaborates on the key points for selecting air showers in aged vinegar production from multiple aspects. Frequently Asked Questions (FAQ) 1. Do Food Processing Facilities Need Cleanrooms? 2. The Importance and Global Applicability of Installing Air Showers in Food Processing Plants 3. In-depth Analysis of the Specifications of High-Efficiency Air Supply Outlets and Their Corresponding Air Volumes 4. Global Cleanroom Cooperation Proposal 5. Unlocking the Outstanding Mysteries of the FFU Test Bench 6. Calculation Method of Cooling Capacity in Clean Room 7. The Selection of Air Conditioning Control Systems for Cleanrooms 8. Convenient Food Factory Pass Windows: Strengthening Food Safety Barriers and Significantly Boosting Production Efficiency with a Core Solution 9. What is an Air Shower? Understand How It Purifies Air in One Article 10. Common Issues and Solutions for Food Factory Changing Rooms  
2025-05-09
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Latest company case about Full Process Control Requirements for the Selection, Installation and Maintenance of Pass Box in Vinegar Factories​

Full Process Control Requirements for the Selection, Installation and Maintenance of Pass Box in Vinegar Factories​

In the production of aged vinegar, pass box are key equipment for ensuring product quality. Strict control is required for their selection, installation and maintenance.​ 1. Selection Requirements​ Corrosion - Resistant Materials: Stainless steel is preferred. 304 stainless steel is suitable for general areas, and 316 stainless steel is used in areas with high corrosion risk. Silicone rubber should be selected for the sealing strips.​ Functions and Dimensions: Select functions such as sterilization and air shower according to the actual scenarios. The dimensions should be suitable for the items to be transferred and the installation space.​ 2. Installation Requirements​ Pre - installation Preparation: Clean and inspect the installation area, prepare the necessary tools and materials, and check the equipment after unpacking.​ Precise Installation: Place the box horizontally, fix it with bolts, seal the gaps with adhesive, and have professionals connect the ventilation and electrical systems.​ Debugging and Acceptance: Check the door, functional modules, and conduct acceptance according to the standards. The box can only be put into use after passing the acceptance.​ 3. Maintenance Requirements​ Daily Cleaning and Inspection: Clean the box daily, check the sealing strips, door and electrical components, and deal with problems in a timely manner.​ Regular Maintenance: Conduct in - depth maintenance quarterly, replace the failed filters and lamps, lubricate the fan motors, and reinforce the structure.​ Establishment of Maintenance Records: Record the information of the pass box and maintenance contents, which is convenient for tracking and analysis to ensure the good operation of the equipment.​ Only by doing a good job in the full - process control of pass box can we ensure the safety of aged vinegar production and the reliability of product quality. Frequently Asked Questions (FAQ) 1. Do Food Processing Facilities Need Cleanrooms? 2. The Importance and Global Applicability of Installing Air Showers in Food Processing Plants 3. In-depth Analysis of the Specifications of High-Efficiency Air Supply Outlets and Their Corresponding Air Volumes 4. Global Cleanroom Cooperation Proposal 5. Unlocking the Outstanding Mysteries of the FFU Test Bench 6. Calculation Method of Cooling Capacity in Clean Room 7. The Selection of Air Conditioning Control Systems for Cleanrooms 8. Convenient Food Factory Pass Windows: Strengthening Food Safety Barriers and Significantly Boosting Production Efficiency with a Core Solution 9. What is an Air Shower? Understand How It Purifies Air in One Article 10. Common Issues and Solutions for Food Factory Changing Rooms  
2025-05-09
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Latest company case about The Expert in Hygiene Fixture Storage for Animal Laboratories - Stainless Steel Fixture Racks

The Expert in Hygiene Fixture Storage for Animal Laboratories - Stainless Steel Fixture Racks

  In the rigorous scientific research work of animal laboratories, every detail is crucial to the accuracy and reliability of experimental results. From the daily care of experimental animals to the implementation of precise experimental operations, a clean and orderly environment serves as the foundation for the smooth progress of experiments. Among the numerous pieces of equipment that maintain the tidiness and order of the laboratory, fixture racks play an indispensable role. Today, Guangzhou Cleanroom Construction Co., Ltd., a manufacturer specializing in purification equipment, will introduce you to the high - performance stainless steel fixture racks used in animal laboratories. I. Stringent Requirements for Fixture Racks in Animal Laboratories Animal laboratories are highly specialized places with extremely high standards for hygiene and safety. During experiments, various cleaning tools and experimental instruments are used frequently. How to properly store and organize these items to avoid cross - contamination while ensuring easy access has become an important issue in laboratory management. Traditional fixture racks may not be able to meet the special requirements of animal laboratories in terms of materials and structure. However, a high - quality fixture rack can not only optimize the use of laboratory space but also provide strong support for the efficient progress of experimental procedures. II. Stainless Steel Fixture Racks - The Quality Choice for Animal Laboratories With its profound accumulation in the field of purification equipment, Guangzhou Cleanroom Construction Co., Ltd. has launched stainless steel fixture racks for animal laboratories. These racks, with their outstanding performance and user - friendly design, have become the ideal choice for numerous laboratories. (I) Exceptional Durability and Long - lasting Service The workload in animal laboratories is heavy, and fixture racks need to bear the weight of various cleaning tools and experimental instruments for a long time. Our stainless steel fixture racks are made of high - quality stainless steel materials, boasting excellent strength and toughness. They can withstand the impacts and abrasions during daily use. Even in an environment with frequent cleaning and disinfection, they are not prone to deformation, rust, or other problems, ensuring long - term stable operation and saving the laboratory equipment replacement costs. (II) Easy to Clean and Free from Contamination In animal laboratories, preventing the growth of microorganisms and cross - contamination is of utmost importance. The surface of stainless steel fixture racks is smooth and flat, without pores or dead corners, making it difficult for stains and bacteria to adhere. During daily cleaning, simply wipe with common cleaning agents and a damp cloth to easily remove dirt. Combined with the laboratory's disinfection process, it can effectively maintain the cleanliness of the fixture racks and ensure the safety of the experimental environment. (III) Scientific Design with Complete Functions Taking into account the actual usage requirements of animal laboratories, our stainless steel fixture racks feature an ingenious design. With diversified structures such as multi - layer shelves, hooks, and hanging rods, they can flexibly store cleaning tools, experimental consumables, and instruments of different specifications, such as brooms, mops, test tube racks, and beakers. This allows all items in the laboratory to have their designated places, saying goodbye to chaos and improving work efficiency. Meanwhile, the reasonable spacing and height design make it convenient for experimental personnel to quickly access and store items, reducing operation time. (IV) Flexible Installation for Diverse Scenarios The spatial layouts and usage requirements of different animal laboratories vary. Our stainless steel fixture racks support multiple installation methods. Whether it is wall - mounted, floor - standing, or combined installation with the experimental bench, they can be easily adapted. Additionally, they can be customized according to the specific spatial dimensions of the laboratory, making the most of every inch of space and creating a clean and efficient working environment. III. Wide Applications of Stainless Steel Fixture Racks in Animal Laboratories (I) Animal Breeding Area In the animal breeding area, cages need to be cleaned and disinfected every day, and a large number of cleaning tools and consumables need to be stored in an orderly manner. Stainless steel fixture racks can be installed in the corners or along the walls of the breeding area, centrally storing items like brooms, mops, disinfectant bottles, and rags. This avoids the risk of bacterial spread caused by the random placement of cleaning tools and also keeps the breeding area clean and tidy, providing a good living environment for experimental animals. (II) Experimental Operation Area During experimental operations, the orderly arrangement of various experimental instruments is essential. Stainless steel fixture racks can serve as an extension of the experimental bench, classifying and storing commonly used instruments such as test tube racks, beakers, and measuring cylinders for easy access by experimental personnel. They can also be used to hang protective equipment such as experimental gloves and goggles, ensuring that experimental personnel can quickly obtain the required items during operations, improving experimental efficiency and safety. (III) Disinfection and Cleaning Area The disinfection and cleaning area is a key link in ensuring the cleanliness of experimental instruments. Stainless steel fixture racks can be used to store experimental instruments to be cleaned and those that have been disinfected. Through a reasonable zoning design, the confusion between new and old instruments can be avoided, preventing cross - contamination. In addition, special hooks can be set on the fixture racks to hang cleaning brushes, sponges, and other tools, making the entire disinfection and cleaning process more standardized and orderly. IV. Customized Services to Create Exclusive Fixture Racks Guangzhou Cleanroom Construction Co., Ltd. is well aware that each animal laboratory has unique requirements. We provide comprehensive customized services. From the size, shape, and number of layers of the fixture rack to the specific layout and quantity of shelves and hooks, everything can be designed and produced according to the actual needs of customers. Our professional team will communicate in - depth with customers, understand the laboratory's spatial structure, usage habits, and special requirements, and tailor the most suitable stainless steel fixture rack solutions, ensuring that each fixture rack can perfectly integrate into the laboratory environment. V. Choose Cleanroom Construction and Start a New Experience of Laboratory Tidiness If you are troubled by the storage of hygiene fixtures in animal laboratories, the stainless steel fixture racks of Guangzhou Cleanroom Construction Co., Ltd. will be your best choice. With professional technology, high - quality products, and attentive services, we are committed to creating a clean, efficient, and safe experimental environment for you. If you have any questions or special requirements regarding stainless steel fixture racks, please feel free to contact us. Our professional team will provide you with detailed product consultations, personalized design solutions, and comprehensive after - sales services. Let's work together to jointly enhance the quality and efficiency of animal laboratories!  
2025-05-09
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Latest company case about The Key Partner of Animal Laboratories - Stainless Steel Sinks

The Key Partner of Animal Laboratories - Stainless Steel Sinks

  In the precise world of animal laboratories, every single link is crucial to the accuracy and reliability of experimental results. From the breeding environment of experimental animals to the implementation of various experimental operations, any minor deviation may have a significant impact on research outcomes. Among these rigorous processes, the selection of experimental equipment is of utmost importance. Today, we will focus on an indispensable component in animal laboratories - stainless steel sinks. I. Stringent Environmental Requirements of Animal Laboratories As the core place for conducting various animal experiments, animal laboratories have extremely strict environmental requirements. They not only need to provide a suitable living space for experimental animals, ensuring that their health status meets experimental standards, but also guarantee a sterile and pollution - free environment during experimental operations. The health of experimental animals and the purity of the experimental environment directly determine the accuracy of experimental data and the scientific nature of experimental conclusions. Under such circumstances, experimental equipment must possess extremely high quality and performance. They must be able to withstand frequent cleaning and disinfection procedures to prevent the growth and spread of microorganisms such as bacteria and viruses. Meanwhile, the materials of the equipment should not interfere with or contaminate experimental animals or experimental results. II. Stainless Steel Sinks - The Ideal Choice for Animal Laboratories Among various available sink materials, stainless steel stands out due to its excellent performance and becomes the first choice for animal laboratories. Guangzhou Cleanroom Construction Co., Ltd. has been deeply engaged in the field of purification equipment. The animal laboratory stainless steel sinks we produce integrate advanced technology and exquisite craftsmanship, providing high - quality solutions for laboratories. (I) Outstanding Corrosion Resistance In animal laboratories, various corrosive disinfectants and cleaning agents are often used to maintain the hygiene of the experimental environment. Stainless steel sinks are made of high - quality stainless steel materials, which can effectively resist the erosion of these chemical substances, ensuring that the sinks will not rust or corrode during long - term use, and greatly extending the service life of the sinks. (II) Excellent Cleanability   During experiments, sinks are prone to being stained with various dirt and impurities. The surface of stainless steel sinks is smooth and flat without pores, making it difficult for dirt to adhere. During daily cleaning, simply rinse with ordinary cleaning agents and water to easily remove stains and keep the sinks clean and hygienic. This excellent cleanability not only saves cleaning time and labor costs but also effectively avoids the growth of microorganisms caused by incomplete cleaning. (III) High Stability and Durability The workload in animal laboratories is relatively large, and sinks need to withstand frequent use and certain impacts from heavy objects. Our stainless steel sinks are manufactured with a sturdy structural design and thick plates, featuring high stability and durability. They can withstand long - term high - intensity use and are not prone to deformation or damage, providing a reliable guarantee for the normal operation of the laboratory. (IV) Good Antibacterial Performance Stainless steel itself has certain antibacterial properties, which can inhibit the growth and reproduction of microorganisms such as bacteria and viruses. This characteristic is particularly important in animal laboratories, as it can effectively reduce the microbial content in the experimental environment and minimize the risk of experimental animals being infected with diseases, creating favorable conditions for the smooth progress of experiments. III. Diverse Applications of Stainless Steel Sinks in Animal Laboratories Stainless steel sinks play multiple important roles in animal laboratories and are widely used in the following aspects: (I) Animal Breeding Area During the breeding process of experimental animals, it is necessary to regularly clean and disinfect animal cages, feeding utensils, etc. Stainless steel sinks can be used to clean these utensils. Their spacious space and appropriate depth can easily accommodate various sizes of cages and feeding utensils, facilitating operators to carry out thorough cleaning work. At the same time, the corrosion resistance and cleanability of the sinks ensure that the utensils will not be damaged during long - term use and can effectively prevent the growth of bacteria, guaranteeing a healthy and hygienic living environment for experimental animals. (II) Experimental Operation Area When conducting animal experiments, various experimental equipment such as surgical instruments and glassware are often required. These equipment need to be strictly cleaned and disinfected before and after use to avoid cross - contamination. Stainless steel sinks can be used as dedicated sinks for cleaning experimental equipment. Their good antibacterial performance and cleanability can ensure the cleanliness of the equipment after cleaning, providing strong support for the accuracy of experiments. (III) Dissection Area In animal dissection experiments, stainless steel sinks are indispensable equipment. They can not only be used to hold the waste and blood generated during the dissection process but also facilitate the cleaning of dissection instruments. The stainless steel sinks we produce are designed with full consideration of the needs of dissection work, equipped with special drainage systems and flushing devices, which can quickly and effectively clean up the dissection site and keep the laboratory clean and tidy. IV. Customized Services to Meet Individual Needs Guangzhou Cleanroom Construction Co., Ltd. is well aware that the layout and requirements of each animal laboratory are different. Therefore, we provide customized stainless steel sink services for customers, tailoring the most suitable sink solutions according to the actual space size, usage requirements, and special needs of the laboratory. Whether it is the size, shape, internal structure, or accessory configuration of the sink, we can carry out personalized design and production according to the specific needs of customers. For example, for laboratories with limited space, we can design compact stainless steel sinks to save space to the greatest extent while meeting the usage functions; for laboratories with special experimental requirements, we can add special functional modules such as heating devices and filtration systems to the sinks to meet the special experimental requirements. V. Success Stories Demonstrate Strength Over the years, the animal laboratory stainless steel sinks of Guangzhou Cleanroom Construction Co., Ltd. have been successfully applied in the animal laboratories of numerous scientific research institutions, university laboratories, and biomedical enterprises, winning wide recognition and praise from customers. VI. Choose Cleanroom Construction, Create a High - Quality Experimental Environment Together If you are preparing or upgrading an animal laboratory, the animal laboratory stainless steel sinks of Guangzhou Cleanroom Construction Co., Ltd. will be your best choice. With professional technology, high - quality products, and comprehensive services, we are committed to creating the most ideal experimental environment for you. If you have any questions or needs regarding stainless steel sinks, please feel free to contact us. Our professional team will wholeheartedly serve you, providing detailed product consultations, personalized solutions, and considerate after - sales services. Let's work together to contribute to the development of animal experimental research!    
2025-05-09
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Latest company case about Stainless Steel Wardrobes for Animal Laboratories: The Fortress Guarding Scientific Research

Stainless Steel Wardrobes for Animal Laboratories: The Fortress Guarding Scientific Research

  In the unique environment of animal laboratories, storing researchers' clothing and experimental protective equipment requires a storage device that meets cleanliness requirements and offers robust durability. With years of dedication in the field of purification equipment, Guangzhou Cleanroom Construction Co., Ltd., leveraging professional technology and innovative concepts, has introduced stainless steel wardrobes for animal laboratories, providing solid support for the orderly operation of laboratories and the safety of scientific research. Exquisite Material Selection to Withstand Harsh Laboratory Environments The stainless steel wardrobes for animal laboratories by Guangzhou Cleanroom Construction Co., Ltd. are crafted from high-quality stainless steel. Take the commonly used 304 stainless steel as an example, with its chemical designation 06cr19ni10, containing 19% chromium and 8 - 10% nickel. This material boasts exceptional corrosion resistance. Disinfectants frequently used in animal laboratories, various chemical reagents, as well as moisture, acidic and alkaline substances generated during animal breeding and experiments, hardly cause any damage to the stainless steel wardrobes. Moreover, due to the high strength of stainless steel, these wardrobes remain stable and are not prone to deformation even under long-term heavy loads and frequent opening and closing, significantly extending their service life and saving equipment replacement costs for laboratories. Scientific Design to Meet Diverse Storage Needs The interior of the wardrobes features a modular design, equipped with a wide range of storage units. Components such as hanging rods, partitions, drawers, and shoe racks are all available, and their heights and positions can be flexibly adjusted according to actual requirements. Researchers can store protective gear like lab coats, protective gloves, and goggles in an organized manner, ensuring easy access. Hanging rods can effortlessly hold heavy lab coats, preventing wrinkles that could affect wearing; drawers are perfect for storing small items such as experimental notebooks and pens; shoe racks can neatly store specialized laboratory shoes, preventing cross-contamination of sole pollutants from different areas.   In terms of cabinet door design, hinges and sealing strips with excellent sealing performance are used, effectively preventing contaminants such as dust and bacteria from entering the interior of the wardrobes and ensuring the cleanliness of stored items. Some wardrobes are also equipped with observation windows, allowing quick viewing of internal items without opening the doors, reducing the number of door openings and further minimizing the risk of contamination. Additionally, the cabinet door handles are ergonomically designed, offering a comfortable grip and easy opening and closing, enabling researchers to operate them effortlessly even while wearing protective gear like gloves. Easy to Clean and Disinfect, Upholding Strict Laboratory Hygiene Standards Animal laboratories have extremely stringent hygiene requirements, and the smooth surface of stainless steel wardrobes greatly facilitates cleaning and disinfection. For daily cleaning, simply wiping with a damp cloth can easily remove surface dust and stains. During regular deep disinfection, the wardrobes can withstand the erosion of various common disinfectants, including chlorine-containing disinfectants, alcohol, and peracetic acid, without suffering any damage. Through simple wiping or spraying disinfection, bacteria, viruses, and other microorganisms attached to the surface and inside of the wardrobes can be quickly eliminated, ensuring that the wardrobes remain sterile at all times and building a solid defense line for laboratory biosafety. Wide Application, Adaptable to Different Experimental Scenarios The stainless steel wardrobes for animal laboratories by Guangzhou Cleanroom Construction Co., Ltd. are suitable for various animal experimental sites. Whether it's the basic animal experimental platforms of universities and research institutes, the R & D laboratories of biopharmaceutical enterprises, or professional institutions such as animal disease prevention and control centers, they can play a crucial role. In gene-editing animal experiments, where researchers need to strictly avoid exogenous gene contamination, these wardrobes can safely store protective equipment, preventing lab coats from getting contaminated by contact with the external environment. In the research of infectious disease animal models, their excellent sealing performance can effectively isolate clothing that may carry pathogens, reducing the risk of cross-infection and ensuring the safety of researchers and the accuracy of experiments.   The stainless steel wardrobes for animal laboratories by Guangzhou Cleanroom Construction Co., Ltd., with their high-quality materials, scientific design, convenient cleaning performance, and wide applicability, have become the ideal choice for storage equipment in animal laboratories. We always adhere to the customer-oriented principle and continuously optimize product performance. If you are looking for a reliable stainless steel wardrobe for your laboratory, feel free to contact us to learn more about our products. We will provide you with professional solutions!  
2025-05-08
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Latest company case about The Reliable Assistant in Animal Laboratories - Double-layer Stainless Steel Cart

The Reliable Assistant in Animal Laboratories - Double-layer Stainless Steel Cart

    In the complex environment of animal laboratories, every operation is crucial to the accuracy and safety of experiments. From the transportation of experimental equipment to the transfer of animal samples, a highly efficient, durable, and laboratory-compliant cart is essential. Guangzhou Cleanroom Construction Co., Ltd., which has a deep presence in the field of purification equipment, has meticulously crafted the double-layer stainless steel cart for animal laboratories, winning the trust of numerous research institutions. Selection of High-quality Materials to Build a Foundation of Quality The double-layer stainless steel cart of Guangzhou Cleanroom Construction Co., Ltd. is made of high-quality stainless steel materials. For instance, the commonly used 304 stainless steel, with the chemical designation 06cr19ni10, contains 19% chromium and 8-10% nickel. This material has excellent corrosion resistance and can effectively resist the erosion of various chemical reagents present in animal laboratories. Whether it's disinfectants used for cleaning or acid and alkali solutions accidentally spilled during experiments, the cart will not be damaged, significantly extending its service life. At the same time, the stainless steel material has high strength, providing a reliable load-bearing capacity. Even when carrying heavy experimental equipment for a long time, the cart can remain stable and is not prone to deformation. Thoughtful Design to Meet Experimental Requirements Double-layer Structure for Flexible Storage: The cart features a double-layer design. The upper and lower layers are independent, and the height can be adjusted freely according to experimental needs. The upper platform is usually used to place commonly used experimental records, small experimental instruments, and can even serve as a temporary mobile experimental operation platform, making it convenient for experimenters to conduct simple operations during the movement of the cart. The lower layer space is suitable for placing larger and heavier items, such as animal cages and large experimental equipment. This layered design greatly improves space utilization, allowing for the organized storage of experimental items.   Edge Protection for Safety: Anti-slip strips are installed on the edges of each platform to effectively prevent experimental items from slipping during the movement of the cart, avoiding problems such as experiment interruption, equipment damage, and even sample contamination caused by items falling. Some carts are also equipped with adjustable partitions or drawers, allowing experimenters to flexibly adjust the internal space layout according to the size and shape of the items to be stored, further improving the convenience and flexibility of storage.   Humanized Handrails for Easy Operation: The single-handrail or double-handrail design conforms to the principles of ergonomics. The position of the handrails has been carefully considered. When pushing the cart, experimenters can feel a comfortable grip, effectively reducing the force burden during the pushing process. Whether moving through narrow experimental corridors or between different experimental areas, the cart can be easily controlled, improving work efficiency.   Quiet Casters for Smooth Operation: The cart wheels are made of polyurethane wheel discs, which have the characteristics of shock absorption, wear resistance, and oil resistance. This makes the cart not only easy to control and flexible during movement, with strong load-bearing capacity, but also ultra-quiet during pushing, staying away from noise pollution. In an animal laboratory environment that is sensitive to noise, the cart will not disturb the experimental animals, ensuring the smooth progress of the experiment. At the same time, multiple configurations are available for the casters. For example, the standard configuration features polyurethane (PU) material casters with galvanized wheel frames, which have good shock absorption, wear resistance, and oil resistance properties. The silent configuration uses natural rubber (ER) material casters with electrostatic black spray-coated cold-rolled steel wheel frames, and the shock absorption effect is 1.5 times better than that of PU wheels, with good wear resistance and resilience. The anti-static configuration features anti-static carbon fiber casters with galvanized wheel frames, which have good electrical conductivity and are suitable for experimental environments sensitive to static electricity. The nylon configuration uses nylon (PA) material casters with galvanized wheel frames, which have good load-bearing performance to meet the needs of different scenarios. Easy to Clean to Protect the Experimental Environment Animal laboratories have extremely high requirements for hygiene conditions. The double-layer stainless steel cart of Guangzhou Cleanroom Construction Co., Ltd. takes this into full consideration during the design process. The stainless steel surface is smooth and flat, making it less likely to accumulate dust and bacteria. For daily cleaning, simply wiping with a damp cloth can easily remove stains. In experimental environments that require strict disinfection, the cart can also withstand disinfection with commonly used disinfectants, ensuring cleanliness and sterility for each use, providing a reliable environmental guarantee for experiments. Wide Application to Facilitate the Process of Scientific Research This double-layer stainless steel cart plays an important role in all aspects of animal laboratories. In the animal feeding area, it can be used for transporting feed and replacing feeding cages. In the experimental operation area, it can carry experimental instruments and animal samples, making it convenient for experimenters to conduct various experimental operations. In the sample storage area, it can safely transfer containers with animal samples to the designated location. In addition, it is widely used in laboratories in multiple scientific research fields such as biology, chemistry, physics, and medicine. In biological laboratories, it is used for storing and cultivating cell culture dishes, test tube racks, etc. In chemical laboratories, it can carry glassware such as reagent bottles, beakers, and measuring cylinders. In physical laboratories, it can hold precision equipment such as experimental circuit boards and optical instruments. It is also indispensable in occasions such as drug research and development, quality inspection and analysis, and environmental monitoring, providing strong support for improving experimental efficiency and work quality.   The double-layer stainless steel cart for animal laboratories of Guangzhou Cleanroom Construction Co., Ltd., with its excellent materials, thoughtful design, convenient cleaning performance, and wide application range, has become an ideal partner for animal laboratories. Choosing Guangzhou Cleanroom Construction Co., Ltd. means choosing quality and professionalism, escorting your scientific research journey. If you are interested in our products, please feel free to contact us to learn more about the product details, and we will wholeheartedly serve you.    
2025-05-08
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Latest company case about Quality Management of Biopharmaceutical Workshop Projects: A Solid Defense for Drug Safety

Quality Management of Biopharmaceutical Workshop Projects: A Solid Defense for Drug Safety

In the field of biopharmaceuticals, the quality of workshop projects is directly related to drug safety and efficacy. Guangzhou Cleanroom Construction Co., Ltd. has been deeply engaged in the industry, using professional capabilities to build a solid foundation for quality management of biopharmaceutical workshop projects and providing escort for pharmaceutical production. I. Overall Layout of Quality Management Process (I) Control Preparation: Plan Before Acting Data collection is the foundation. Comprehensively sort out the regulatory standards, design drawings, equipment parameters, etc. involved in the biopharmaceutical workshop project to ensure that quality control is based on regulations. Develop exclusive control plans, and clarify quality objectives and control points in combination with the special requirements of biopharmaceuticals for cleanliness, sterile environment, etc. Establish a quality management system, from personnel responsibilities to operation specifications, to build a strict quality assurance network. Carry out control disclosures to make every person involved in the project clear about the quality standards and their own responsibilities, and gather quality consensus. (II) Before Construction: Multi - Dimensional Pre - control Pre - control of personnel, materials, and equipment comes first. Screen personnel with experience in biopharmaceutical workshop construction, conduct professional training to improve quality awareness and practical operation skills; strictly check materials and equipment, from basic materials such as air ducts to purification equipment, to ensure that they meet the quality requirements of cleanliness and sterility in biopharmaceuticals. Technical pre - control focuses on key points. For complex technical links such as the purification technology and pipeline layout of the biopharmaceutical workshop, organize expert demonstrations to optimize the construction technology plan. Plan pre - control refines the process, and detailedly plans the construction process and quality inspection nodes to build a solid framework for construction. Environmental pre - control cannot be ignored. Plan measures for cleaning, dust prevention, etc. of the construction environment in advance to avoid construction pollution affecting the subsequent cleanliness of the workshop. (III) During Construction: Dynamic Quality Protection Quality inspection runs through the whole process. Adopt the combination of patrol inspection and special inspection, and strictly inspect key processes such as air duct processing, installation, and purification equipment commissioning. Once deviations are found, rectify them immediately. Regularly hold quality meetings, bring together construction parties, supervision parties, and our technical personnel, report quality conditions, discuss and solve construction problems, and gather the joint force of quality control. Establish a defect management mechanism, timely record and track quality hazards and construction loopholes until closed - loop solutions are achieved. Simultaneously do a good job in data management, accurately record construction quality data and rectification situations, and provide strong support for quality traceability and subsequent acceptance. (IV) Completion Stage: Build the Last Line of Defense Self - acceptance is strict and meticulous. According to the quality standards of the biopharmaceutical workshop, verify key indicators such as air duct air leakage volume test and cleanliness detection one by one to ensure that the project quality meets the standards. Actively cooperate with external acceptance, such as acceptance by the drug supervision department and the customer. Sort out data in advance and rectify problems to ensure the smooth progress of acceptance. Completion delivery pays attention to details, do a good job in project data handover, operation training, etc., so that biopharmaceutical enterprises can receive and put into production smoothly with peace of mind. At the same time, continuously improve data collection to retain complete data for subsequent project review and quality improvement. II. Strong Execution in Quality Control Process - Taking Air Duct Project as an Example In the biopharmaceutical workshop, the air duct system is crucial for creating a clean environment. The company has built a strict quality control chain around the air duct project: Air Duct Processing Inspection: Strictly control the blanking accuracy and notch quality to ensure that the air duct is formed regularly and lay a foundation for subsequent quality. Air Duct Cleaning Inspection: Follow the cleanliness requirements of biopharmaceuticals, adopt professional cleaning processes to remove oil stains and impurities, and check the cleanliness of the inner wall of the air duct after cleaning to avoid polluting the air flow. Air Duct Gluing Inspection: Pay attention to the uniformity and tightness of the sealant to prevent air leakage from affecting the cleanliness of the workshop. Inspect the gluing quality section by section to build a solid sealing line of defense. Finished Air Duct Acceptance on Delivery: Check and verify the specifications, quantity, and re - measure the dimensional deviation. Combined with light leakage detection, check the air duct for damage and leakage points to prevent unqualified air ducts from entering the construction link. Air Duct Air Leakage Volume Test: As a key acceptance item, simulate the operating conditions of the biopharmaceutical workshop, accurately detect the air leakage of the air duct, and ensure the stable delivery of clean air flow.   Taking a glimpse of the air duct project, Guangzhou Cleanroom Construction Co., Ltd. has created a reliable quality foundation for biopharmaceutical workshop projects with full - process and strong - execution quality management. In the future, the company will continue to deeply engage in the industry, keep up with the development of the biopharmaceutical industry, iterate the quality management model, contribute more to safeguarding drug quality safety and promoting the high - quality development of the pharmaceutical industry, and make every biopharmaceutical workshop a solid fortress for drug safety.  
2025-06-11
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Latest company case about Ventilation and Exhaust Systems in Biopharmaceutical Cleanroom Engineering

Ventilation and Exhaust Systems in Biopharmaceutical Cleanroom Engineering

Design and Standards for Laboratory Ventilation and Exhaust Systems I. Definition of Laboratory Ventilation and Exhaust Systems The ventilation and exhaust system in biopharmaceutical cleanroom engineering refers to a scientifically designed airflow organization and pressure control system that ensures indoor air quality meets cleanliness requirements. Its core functions include: controlling pollutant diffusion, maintaining pressure differential gradients, ensuring personnel safety, and stabilizing the experimental environment. According to international standards ISO 14644-1 and WHO GMP requirements, the system must achieve precise control of directional airflow (from clean areas to contaminated areas) and air changes per hour (ACH). II. System Components and Key Technologies 1. Air supply system: Uses HEPA (High-Efficiency Particulate Air filters, compliant with EN 1822 standards) or ULPA filters, with filtration efficiency required to exceed 99.99% (for 0.3μm particles).2. Exhaust system: For biosafety laboratories (BSL-2/3 levels), BIBO (Bag-In/Bag-Out) filters and chemical disinfection devices must be installed, complying with NSF/ANSI 49 standards.3. Airflow organization: Employs unidirectional (laminar) or non-unidirectional (turbulent) airflow designs, with clean area air velocity typically at 0.45±0.1 m/s (ISO 14644-3).4. Pressure control: Uses VAV (Variable Air Volume) valves for dynamic pressure differential adjustments, with adjacent zone pressure differentials ≥5 Pa (EU GMP Annex 1). III. International Standards and Design Guidelines • ASHRAE 110-2016 (USA): Specifies performance testing methods for ventilation systems.• EU GMP Annex 1: Defines pressure differential and air change requirements for sterile drug manufacturing environments.• China GB 50457-2019: Design standards for cleanrooms in pharmaceutical industries.• Key parameters: Biosafety cabinet exhaust must be independently configured, with exhaust duct negative pressure ≥-250 Pa (CDC/NIH Biosafety in Microbiological Laboratories). IV. Requirements for Special Applications 1. High-potency drug production areas: Exhaust air must undergo two-stage HEPA filtration (EU GMP Appendix 3).2. Virus-handling laboratories: Exhaust systems must feature in-situ leak detection (ISO 14644-3 Appendix B).3. Energy-efficient design: When heat recovery devices are used, cross-contamination risks must be eliminated (ASHRAE 170-2017).
2025-06-11
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Latest company case about Laboratory Furniture for Biopharmaceutical Cleanroom Engineering

Laboratory Furniture for Biopharmaceutical Cleanroom Engineering

1. Definition of Laboratory Furniture for Biopharmaceutical Cleanroom Engineering Laboratory furniture for biopharmaceutical cleanroom engineering refers to specialized furniture designed for clean environments, meeting stringent requirements for cleanliness, corrosion resistance, and sterility in biopharmaceutical production, research, and quality control. Such furniture is typically made of materials like stainless steel or epoxy resin, featuring easy cleaning, dustproof, and antibacterial properties. 2. Main Types and Features 1. Cleanroom Laboratory Benches: Provide a localized clean environment for aseptic operations; 2. Biological Safety Cabinets: Protect operators and the environment from biohazards; 3. Cleanroom Storage Cabinets: Safely store materials and reagents in clean environments; 4. Cleanroom Laboratory Workbenches: Corrosion-resistant and easy-to-clean work surfaces; 5. Cleanroom Pass Box: Enable safe transfer of materials between different cleanliness zones. 3. Design Standards and Requirements Laboratory furniture for biopharmaceutical cleanroom engineering must comply with the following international standards: · ISO 14644-1 Cleanrooms and Associated Controlled Environments · GMP (Good Manufacturing Practice) · USP Standards for Handling Hazardous Drugs · EN 12469 Performance Standards for Biological Safety Cabinets · FDA 21 CFR Part 11 Electronic Records and Electronic Signatures. 4. Material Selection 1. Stainless Steel: 304 or 316L stainless steel, corrosion-resistant and easy to clean; 2. Epoxy Resin: Seamless and chemically resistant; 3. Tempered Glass: Used for observation windows and barriers; 4. Special Coatings: Antibacterial and antistatic coatings. 5. Installation and Maintenance 1. Installation must be performed under cleanroom conditions; 2. Regular cleaning and disinfection; 3. Periodic checks for sealing integrity and airflow patterns; 4. Filter replacement based on usage frequency. Guangzhou Cleanroom Construction Co., Ltd.
2025-06-11
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Latest company case about What is an enclosed structure?

What is an enclosed structure?

Guangzhou Cleanroom Construction Co., Ltd. 1、Definition of Enclosed Structure An enclosed structure refers to the physical barriers that separate the controlled environment from the external surroundings in cleanroom and purification engineering applications. These structures are designed to maintain specific environmental conditions including temperature, humidity, air pressure, and particulate levels. 2、Key Components The main components of an enclosed structure in purification engineering include: Component Function Material Walls Primary separation barrier Sandwich panels, steel, glass Ceiling Air distribution and lighting support Perforated panels, HEPA filters Floor Load bearing and cleanability Epoxy, PVC, raised flooring Doors & Windows Access while maintaining separation Air-tight designs with seals 3、International Standards Enclosed structures in cleanroom applications must comply with various international standards including: ISO 14644-1: Classification of Air Cleanliness ISO 14644-4: Design, Construction and Start-up EU GMP Annex 1: Manufacture of Sterile Medicinal Products FDA Guidance for Industry: Sterile Drug Products 4、Design Considerations Key design factors for effective enclosed structures include: Air tightness to prevent contamination Material compatibility with cleaning agents Structural integrity under pressure differentials Modularity for future expansion Integration with HVAC systems 5、Importance in Purification Engineering As a purification engineering company owner, I emphasize that the enclosed structure is the foundation of any controlled environment system. It directly impacts: Energy efficiency of the cleanroom Long-term maintenance costs Consistency of environmental parameters Compliance with regulatory requirements Product quality and process reliability  
2025-06-09
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Latest company case about Introduction to Flooring Engineering

Introduction to Flooring Engineering

— A Key Component in Cleanroom Engineering Definition of Flooring Engineering Flooring engineering refers to the systematic process of designing, constructing, and maintaining building floors, involving techniques such as concrete base treatment, wear-resistant layer installation, and anti-static coatings. According to the ISO 9001:2015 Quality Management System standards, flooring engineering must meet three core criteria: functionality, durability, and safety. Special Requirements in Cleanroom Engineering In cleanroom engineering (referencing ISO 14644-1 standards), flooring must possess: • Dust-free and non-shedding properties (compliant with FS209E standards) • Chemical corrosion resistance (tested per ASTM D1308) • Conductive/anti-static functionality (per IEC 61340-5-1 standards) Application Characteristics in the Myanmar Market To accommodate Myanmar's hot and humid climate (average humidity >80%), we employ flooring construction techniques based on the German DIN 18560 standard, with emphasis on: (1) Moisture barrier treatment (thickness ≥0.2mm) (2) High-temperature-resistant epoxy coatings (withstands up to 50°C) (3) Anti-mold and antibacterial additives (compliant with ISO 22196 standards) Project Acceptance Standards Strict adherence to international triple acceptance standards: • Flatness (≤2mm gap under a 3m straightedge) • Compressive strength (≥25MPa, per EN 13892 standards) • Cleanliness (particle counting method, ISO 14644-3)  
2025-06-09
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