Приложения
Он широко используется в операционных залах больниц, лабораториях, фармацевтических кабинетах, электронике, волоконно-оптическом оборудовании, на предприятиях пищевой промышленности и т. д.
О НАС
ГУАНЧЖОУ KLC CLEANTECH CO., LTD. была основана в 2005 году, специализируется на машинах для изготовления гвоздей, высокоскоростных машинах для изготовления гвоздей, машинах для сортировки проволоки, резьбонакатных машинах, машинах для полировки ногтей, машинах для волочения проволоки и машинах для изготовления скоб.

Гуанчжоу KLC Cleantech Co., Ltd.
28+

ГОДЫ ОПЫТА

  С 1994 года, когда была построена компания KLC, мы занимаемся исследованиями и разработкой продуктов для очистки воздуха. Мы вкладываем большие средства и технологии, чтобы клиенты могли наслаждаться новейшими технологиями, высококачественной продукцией и самым профессиональным качеством дополнительных услуг. С 21 века KLC обслуживает все уголки мира и накапливает опыт и прикладные знания с целью предоставления более комплексных продуктов и услуг. KLC является первым предприятием, получившим сертификаты ISO14001 и ISO9001 в области очистки. Мы обладаем высококлассной чистой мастерской и производственной линией, а также современным оборудованием для воздушного фильтра. KLC является одним из ведущих производителей, занимающихся исследованиями, проектированием и производством соответствующей продукции в чистых помещениях. Продукция и технология производства получили десятки национальных патентов. Теперь мы получили поддержку со стороны многих ведущих предприятий в разных областях из разных стран. Благодаря бизнес-идее «глобального мышления» продукция KLC распространяется по всей Азии, Европе и Америке. Где бы вы ни находились, мы всегда на вашей стороне.   ИСТОРИЯ КЛЦ2005 г.﹎﹎﹎В начале своего существования KLC взяла на себя обязательства по строительным проектам в области кондиционирования, охлаждения, вентиляции, очистки воздуха, беспылевых цехов и т. д., уделяя особое внимание развивающимся рынкам Китая для будущей высокотехнологичной обрабатывающей промышленности, которая обеспечила прочную основу для промышленных чистых помещений в области технологий, управления и услуг.2006 г.﹎﹎﹎KLC зарегистрировала собственные торговые марки, перевела рынок производства систем очистки воздуха из разрозненной мастерской ручной работы в интеграционное производство. В том же году KLC стала первой в Китае компанией по производству партий продукции в области очистки воздуха, получившей сертификаты SGS ISO9001 и SGS ISO14001. Эти критерии качества и экологического менеджмента заложили прочную основу для управления и развития KLC. KLC также выиграла премию «Национальное предприятие по оценке качества» в 2006 году.2007 год﹎﹎﹎Канал продаж KLC превратился в диверсифицированную стадию, начал внешнюю торговлю, выполнил большое количество зарубежных заказов, достиг сотрудничества с рядом известных отечественных и зарубежных предприятий. В том же году качество продукции KLC вышло на более высокий уровень, получило высокую оценку отечественных и зарубежных партнеров и получило награду «Предприятие хорошей кредитоспособности».2009 год﹎﹎﹎KLC' работала с более чем 3000 конечными пользователями и создала одно из немногих 10 000 чистых помещений класса чистоты для производства фильтров HEPA и ULPA, чтобы гарантировать отсутствие загрязнений в фильтрах до того, как клиент получит продукцию. Чистая комната эффективно отвечает потребностям бизнеса и будущему расширению мощностей, логистического или аппаратного оборудования.2011 год﹎﹎﹎KLC снова исследовала и разработала собственные разнообразные продукты для очистки, патенты мирового класса на качество, внешний вид и полезные модели вызвали вихрь чистого воздуха в отрасли. Открылась новая ситуация в отечественной отрасли очистки воздуха.2013﹎﹎﹎Технологии продукции KLC успешно преодолевают традиционные ограничения, продвигаются инновации и улучшения, некоторые проекты продуктов были рассмотрены и прошли научно-технические инновационные проекты государственного уровня. В том же году KLC удостоен награды как «высокотехнологичное» предприятие.2014 год﹎﹎﹎KLC импортировала крупномасштабную машину для складывания материалов и машину для вспенивания плоских материалов, став первой на юге Китая производителем мини-складчатых фильтров шириной 1500 мм.2016 год﹎﹎﹎KLC инвестировала огромные суммы денег во внедрение испытательного оборудования уровня U для тестирования воздушного потока, сопротивления и эффективности фильтров, заполнив пробел на рынке тестирования воздушных фильтров южного Китая и вторичного испытательного оборудования с Китайской академией наук. Вся продукция KLC начинает маркироваться кодом стиля, который позволяет немедленно отслеживать производство, логистику и обслуживание продукции.2017 год﹎﹎﹎Бренд KLC получает дальнейшее обновление, всесторонне интегрируясь как внутри, так и снаружи, включая приложения, поставщиков, цепочку поставок, систему логистики и т. д. Начиная новый путь от государственной компании, Da An Gene становится акционером KLC.
Производство
Автоматическая машина для инъекций клея-герметикаИнтерактивный станок для лазерной резкиАвтоматическая цифровая штамповочная машинаАвтоматическая цифровая гибочная машинаАвтоматическая складная машинаКомбинированная складная машинаПлиссирующая машина Hepa MediaПолуавтоматическая машина для нанесения клея-герметика2Машина для прессования алюминиевой фольги сепарационного фильтраМашина для испытания эффективности, воздушного потока и сопротивленияПАО испытательное оборудованиеПАО Испытательное оборудование2Испытание на утечку дымаТестирование счетчика частиц типа воздуховодаМашина для испытания эффективности, воздушного потока и сопротивления 2Полуавтоматическая машина для инъекций клея-герметика  
Сертификат
управление 6С; система менеджмента качества ISO9001; Система экологического менеджмента ISO14001
  • 2021 CE-AS Series
  • 2021 CE-LF Series
  • Air shower-CE
  • CE-Clean bench
  • CE-Pass box
  • FFU-CE
  • ISO9001 (EN)
  • ISO14001 2015
  • Pleated Filter-UL-Certificate of Compliance
  • Pocket Filter-UL-Certificate of Compliance
  • Separator Filter-UL-Certificate of Compliance
  • SGS AIR Shower test report
  • SGS FFU & LC VC
  • 2009 UL-filter
Наша команда
Старшая и профессиональная команда продаж и профессиональная производственная команда
  • Профессиональная продюсерская команда
    Профессиональная продюсерская команда

    Управление 6С

  • Старшая команда дизайнеров и разработчиков
    Старшая команда дизайнеров и разработчиков

    Более 10 лет опыта

  • Старшая и профессиональная команда продаж
    Старшая и профессиональная команда продаж

    Более 10 лет опыта продаж фильтров и оборудования для чистых помещений.

  • 2005 г.
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  • 2000 г.
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    Продажи
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    Решения
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    Страны
О НАС
ГУАНЧЖОУ KLC CLEANTECH CO., LTD. была основана в 2005 году, специализируется на машинах для изготовления гвоздей, высокоскоростных машинах для изготовления гвоздей, машинах для сортировки проволоки, резьбонакатных машинах, машинах для полировки ногтей, машинах для волочения проволоки и машинах для изготовления скоб.
Рекомендуемые продукты
Продукция охватывает 58 областей и занимает определенную долю рынка.
  • Воздушный фильтр
  • Оборудование для чистых помещений
Сертификат
управление 6С; система менеджмента качества ISO9001; Система экологического менеджмента ISO14001
  • 2021 CE-AS Series

    2021 CE-AS Series

  • 2021 CE-LF Series

    2021 CE-LF Series

  • Air shower-CE

    Air shower-CE

  • CE-Clean bench

    CE-Clean bench

  • CE-Pass box

    CE-Pass box

  • FFU-CE

    FFU-CE

  • ISO9001 (EN)

    ISO9001 (EN)

  • ISO14001 2015

    ISO14001 2015

  • Pleated Filter-UL-Certificate of Compliance

    Pleated Filter-UL-Certificate of Compliance

  • Pocket Filter-UL-Certificate of Compliance

    Pocket Filter-UL-Certificate of Compliance

  • Separator Filter-UL-Certificate of Compliance

    Separator Filter-UL-Certificate of Compliance

  • SGS AIR Shower test report

    SGS AIR Shower test report

  • SGS FFU & LC VC

    SGS FFU & LC VC

  • 2009 UL-filter

    2009 UL-filter

Последние новости
KLC обеспечивает долгосрочную безопасность и техническую поддержку, основанную на данных и фактах, всестороннем и углубленном анализе, чтобы предоставить вам профессиональные советы и подробные описания продуктов.
  • Cleanroom standards for chip manufacturing workshops in the semiconductor industry
    Jun 06, 2024
    Cleanroom standards for chip manufacturing workshops in the semiconductor industry
     1. Cleanroom grade standards  The grades of cleanrooms are usually divided according to the number and size of particles allowed in the air. Internationally, ISO 14644 is usually used for grade classification. According to this standard, the grades of cleanrooms are from high to low: ISO 1-9. It should be noted that cleanroom standards can vary depending on the specific industry and application. In semiconductor chip production, cleanroom standards are usually more stringent to ensure that the quality and performance of the chips produced meet expectations. Cleanroom levels can be divided into: Class 1 > Class 10 > Class 100 > Class 1000 > Class 10000 > Class 100000 > Class 300000. Class 1 cleanrooms are mainly used in the microelectronics industry for manufacturing integrated circuits, and the precision requirements for integrated circuits are submicron. Class 10 cleanrooms are mainly used in the semiconductor industry with a bandwidth of less than 2 microns. Class 100 cleanliness is widely applicable and can meet the cleanliness needs of most industries. It can be used for aseptic manufacturing technology in the pharmaceutical industry. This cleanroom can be used for surgery for the manufacture of transplants and integrators, as well as isolation treatment of patients who are particularly sensitive to bacterial infections. Class 1000 cleanrooms are mainly used for the production of fine optical products, and are also used for testing, assembly of aircraft gyroscopes, assembly of fine micro bearings, etc. Class 10000 cleanrooms can be used for the assembly of hydraulic equipment or pneumatic equipment, and in some cases are also used in the food and beverage industry. In addition, Class 10000 cleanrooms are also widely used in the medical industry.     The permissible particle concentration of 0.5um in a Class 1000 clean room is less than 35200 (pc/m3), and the permissible particle concentration of 5um is less than 293 (pc/m3). 2. The permissible particle concentration of 0.5um in a Class 10,000 clean room is less than 352000 (pc/m3), and the permissible particle concentration of 5um is less than 2930 (pc/m3).    Safety considerations    The decoration of semiconductor cleanrooms must meet safety requirements. Generally speaking, there are a large number of flammable and explosive substances in semiconductor cleanrooms, so the relevant national safety regulations, such as fire prevention and explosion prevention, should be followed during decoration. In addition, environmental pollution and the health and safety of staff should also be considered to ensure that the decoration materials meet national standards and will not cause harm to human health.    Cleanroom air treatment system    Semiconductor cleanrooms require air treatment systems to ensure the cleanliness of the air in the workshop. The air treatment system is mainly composed of air filters, air supply systems, return air systems and exhaust systems. Among them, air filters are an important component that can effectively remove particulate matter and microorganisms in the air.    Floor, wall and ceiling decoration    In the decoration of semiconductor cleanrooms, the decoration of floors, walls and ceilings is very important because these areas are susceptible to pollution. The floor should be made of wear-resistant, anti-static and easy-to-clean materials, such as Epoxy self-leveling floor or PVC plastic floor; the walls and ceilings should be made of corrosion-resistant, anti-static and easy-to-clean materials, such as aluminum plates, stainless steel plates, glass curtain walls, etc.    Layout of electrical equipment such as lamps and sockets    In the decoration of semiconductor cleanrooms, the layout of lamps and sockets is also very important. In order to prevent pollutants such as dust and microorganisms from entering the workshop, these devices should be installed on the ceiling or above the wall height, and anti-static and non-powder-shedding materials should be selected.    Doors, windows, clean workbenches and other facilities    In the decoration of semiconductor cleanrooms, doors, windows, clean workbenches and other facilities also need special consideration. Doors and windows must be made of materials with good sealing performance and easy to clean, such as stainless steel doors and windows; clean workbenches should be made of materials that do not shed powder, slag particles, are corrosion-resistant and easy to clean, such as stainless steel workbenches.
  • How to effectively maintain the filtration system of the semiconductor cleanroom
    Jul 04, 2024
    How to effectively maintain the filtration system of the semiconductor cleanroom
    The filtration system of the semiconductor clean room is a key equipment to keep the internal environment of the workshop clean and dust-free. In order to ensure the effective operation of the filtration system and extend its service life, we need to take a series of maintenance and care measures.   Clean the filter regularly: The filter in the semiconductor clean room is the core component to ensure air cleanliness. Therefore, the filter should be cleaned or replaced regularly to prevent dust and particles from clogging the filter material and affecting its filtering effect. When cleaning the filter, special cleaning agents and tools should be used to avoid damage to the filter material.    Check the exhaust system regularly:  The operating status of the exhaust system directly affects the air quality in the clean room. The exhaust system should be checked regularly to ensure its normal operation and smooth ventilation. The inspection content includes components such as fans, air ducts, and exhaust ports. If damage or failure is found, they should be repaired or replaced in time.        Monitor air quality:  By installing air quality monitoring equipment, the air quality in the semiconductor clean room can be monitored in real time, air quality problems can be discovered in time, and corresponding measures can be taken. For example, when the concentration of particles in the air exceeds the set value, the standby filter can be started or the number of cleanings can be increased to reduce the concentration of particles.    Regularly replace consumables and accessories:  Consumables and accessories in semiconductor clean rooms, such as surgical caps and gloves, should be replaced regularly to ensure their cleanliness and filtering effect. When replacing consumables and accessories, you should pay attention to selecting products that meet the requirements and replace them according to the prescribed operating procedures.        Train operators:  Operators in semiconductor clean rooms should receive systematic training to understand the principles, operation and maintenance methods of the filtration system and improve their operating skills and safety awareness. Through training, operators can better understand the operating status of the filtration system and find and solve problems in a timely manner.    Develop a maintenance plan:  According to the actual situation of the semiconductor clean room, develop a detailed maintenance plan for the filtration system, including cleaning cycle, inspection cycle, replacement cycle, etc. Maintenance according to the plan can ensure the long-term stable operation and filtering effect of the filtration system.    Records and maintenance logs:  Establish maintenance records and maintenance logs for the filtration system, and record the time, content, personnel and other information of each maintenance. By analyzing the maintenance records and maintenance logs, you can understand the operating status and existing problems of the filtration system, and provide a reference for subsequent maintenance and improvement.       In short, effective maintenance of the filtration system of the semiconductor clean room requires comprehensive consideration of multiple aspects, including cleaning, inspection, monitoring, replacement, training, planning and record keeping. Through comprehensive maintenance measures, the long-term stable operation and filtration effect of the filtration system can be ensured, thereby ensuring the air quality and cleanliness in the clean room.
  • Showcasing excellent technologies and creating a clean future together - Review of the Semiconductor Malaysia Exhibition
    May 30, 2024
    Showcasing excellent technologies and creating a clean future together - Review of the Semiconductor Malaysia Exhibition
    From May 28th to 30th, the three-day SEMICON Southeast Asia 2024 was held in the Malaysia International Trade and Exhibition Center (MITEC)! KLC has been deeply involved in the clean industry for more than ten years. It appeared at SEMICON Southeast Asia 2024 to explore new trends and opportunities in the semiconductor industry with colleagues from the global industry.    2024 SEMICON Malaysia International Semiconductor Exhibition  SEMICON Southeast Asia is the largest semiconductor equipment exhibition in Southeast Asia. Attendees are offered the opportunity to discover new technology trends and markets, with a focus on key technologies and regional markets, where exhibitors can collaborate with new suppliers and discover new solutions. The purpose of this exhibition is to promote semiconductor technology through technology, innovation, and design.   At this event, KLC displayed brand-new filters, transfer windows and other equipment products. Visitors stopped at the booth to learn more about KLC clean systems. At the same time, KLC had in-depth exchanges with industry experts and companies from all over the world, and jointly discussed the needs and trends of clean rooms in the semiconductor industry, helping us to continuously improve and innovate products and services.     This exhibition was a very meaningful and valuable experience. We thank all participants and organizers for giving us the opportunity to demonstrate our expertise and technical strength. We hope to work with you in the future to jointly promote the development and progress of semiconductor clean production space and create a better production environment!
  • Energy-saving purification system for the electronics industry: MAU+FFU+DCC
    Jul 16, 2024
    Energy-saving purification system for the electronics industry: MAU+FFU+DCC
    With the rapid development of the electronics industry, the electronics industry has increasingly stringent requirements for the environment and its supporting projects. As an important part of the electronics factory, the air-conditioning system not only needs to stably control the indoor temperature, humidity, and cleanliness, but also needs to consider the energy consumption of the purification air conditioner. Therefore, large-scale clean factories usually adopt a more energy-saving MAU+DC+FFU system solution.      1. Introduction to MAU+FFU+DCC system   MAU:  Make-up Air Unit fresh air air conditioning box Mainly responsible for humidity control  FFU:  Fan Filter Unit Fan Filter Unit Mainly responsible for cleanliness control  DCC:  Dry Cooling Coil dry coil Mainly responsible for temperature control The MAU+FFU+DCC air conditioning system is mainly used in electronic clean workshops with high cleanliness requirements (thousand-level or above). In China's microelectronics (integrated circuit) industry, optoelectronics (TFT-LCD, LCD, LED, etc.) industry and other large It is widely used in clean workshops with large area and high cleanliness level. It has the advantages of easy adjustment, significant energy saving, adaptability to technological upgrading, and greatly saving non-production area and non-production space.   The schematic diagram of the MAU+FFU+DCC system is as follows:     The fresh air conditioning box processes the fresh air to below the intersection of the heat and humidity ratio line and the relative humidity 95% line of the clean room. The fresh air unit not only needs to remove its own wet load, but also needs to bear the wet load generated in the clean room to ensure that the relative humidity of the clean room meets the requirements. The dry cooling load that is insufficiently treated by the fresh air unit can be supplemented by the dry coil located in the lower mezzanine or ceiling of the clean room. Since the dry coil is located in the ceiling or aisle through which the FFU circulating air passes, the dry cooling load provided by the dry coil will be brought into the clean room by the circulating air.      Advantages of MAU+FFU+DCC clean air conditioning system  (1)High flexibility and high coverage rate. The flexibility of clean air conditioning system is very important for electronic factories. If the cleanliness of the workshop needs to be adjusted regionally due to process changes, the cleanliness of the local area can be changed by changing the FFU air volume or replacing the blind plate. When densely arranged, the coverage rate can reach 85.5%. (2)The upper ceiling of the FFU is negative pressure, which can play a sealing role. The ceiling is negative pressure, and the air pressure in the clean room is greater than the space in the ceiling. If there is a gap between the FFU and the bracket, the negative pressure in the ceiling prevents the air that has not been efficiently filtered from entering the room, which is beneficial to ensuring the cleanliness of the clean room. (3) The resistance of the air flow system is small, and the wind speed at the air outlet is low. (4)The equipment has low energy consumption. After adopting FFU, there is no need to add a booster fan. The fan is broken down into parts, and there is no need for a dedicated machine room. At the same time, the resistance of the air supply pipeline is eliminated.     Semiconductor clean workshop application: For example, the building area is about 6800㎡, of which the Class 100 and Class 1000 clean areas are about 3000㎡. The clean production area adopts the air conditioning form of MAU (fresh air handling unit) + FFU (fan filter unit) + DCC (dry cooling coil). The circulating air in the production area passes through the elevated floor from the lower technical mezzanine to the upper technical mezzanine through the return air channel and the dry coil, and then is sent to the clean production area through the fan filter unit. The treated circulating air must ensure that the clean room in the corresponding area maintains the required uniform cleanliness level and temperature.   The fresh air (MAU) system uses water washing, cooling and dehumidification, filtration or heating, humidification and filtration to supplement the process exhaust in the clean room with clean fresh air and maintain positive pressure. The fresh air air conditioning unit with fixed temperature and humidity parameters consists of an air intake section, a G4 plate-type primary filter section, and an F9 bag-type medium-efficiency filter section.   For FFU, the number of FFUs required for each area is calculated according to the cleanliness requirements and the selected FFU specifications for layout. As the main purification equipment in the clean room, it can effectively filter particles and impurities in the air to ensure that the air quality in the clean room meets production requirements. Its efficient air shower function can quickly purify the air and reduce the impact of dust, bacteria, etc. on product quality.  
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