×
NorgeA special metal called aluminum is one of those that are light, strong and recyclable. You may not know, but aluminum is in a large number of the things that you use ordinary — like soft drink canisters and tinfoil for covering your mother's sandwiches. This miraculous metal is used not only for small items, but also in construction. Houses also are often made of aluminum, and so are skyscrapers. A recent invention that has been booming in use by construction workers is the “aluminum foam core panels”.
Aluminum foam core panels are different in that they consist of two sheets of aluminum with a special layer of foam between them. This foam is what gives the panels such great strength while being lightweight as well. Build : these panels have many good features which make them to suit for building. For example, they contribute to keeping buildings warm during the winter and cool in the summer. They also deliver a wide, open sound which blocks out the sounds of outside noise like traffic or construction work.
Aluminum foam core panels are a great recycling green material. Lighter in weight makes it easy to shift the building materials from one place to another and thereby lowering energy requirements for transportation. In this way, in general as part of the throttle body adjustment mechanism, helps to save energy and prevents pollution. In addition, all these panels are made up of aluminum which is a recyclable material too. When a building made of these panels is no longer used, the individual sounded slabs can be dismantled and converted into something else. This means they can be reused, which is great for our planet.
Not only are aluminum foam core panels a functional solution but they also give structures such as buildings an attractive, contemporary edge. Aluminum and steel that are used to give multiple buildings the shiny metallic exteriors you see today. The materials can be used in traditional ways, like creating walls and roofs Alternatively, they however can be an special shape and style which distinguishes this building from others In some cases architects use these panels, making them curved or wavy patterns which are practically impossible to create using other materials. This artistic design helps make cities appear more attractive and diverse.
Aluminum foam core panels are also very important in keeping the building safe during natural disaster as well. Two, because they are strong and lightweight aluminum foam core panels can be used for creating buildings capable of withstanding earthquakes or hurricanes. Therefore, these panels are unlikely to be damaged or destroyed in the event of such catastrophes and that is how come buildings made out of them might not collapse. Furthermore, they also make sure that the buildings are fireproof as possible and this will be of extreme help because fires can destroy infrastructure in a matter of hours as well people´s lives.
The current pain point domestic design that the layout and actual construction is completely out date, later on owner caused an abundance of changes and some of design plan cannot be completed, company strongly promotes application technology building information aluminium foam core panel (BIM) management of construction, with an expert team of engineers in the domestic sector is at the forefront of organization with variety of projects within the company successfully implement BIM technology to aid in the construction management process, greatly improving efficiency of construction projects, the company been working hard to improve the construction quality. The company is backed by a highly experienced CFD team.The company has an experienced CFD team who apply the world's CFD advanced technology in engineering. They can perform multi-dimensional simulations of airflow organization and pressure field. They also can simulate high-precision temperature (+-0.05), pipeline network hydraulic balance, and pollutant distribution.
customized comprehensive services in following areas: site assessment selection; process facility planning; process engineering planning; process engineering planning; turnkey services - design, procurement, construction turnkey projects; environmental control systems engineering; clean structure systems engineering; mechanical engineering; electrical engineering; aluminium foam core panel control engineering; commissioning/validation; and operation maintenance management.
Huirui Purification has always placed great emphasis the ability to develop new technologies and sees this a fundamental competitive advantage. have been awarded numerous honors high-tech construction engineering for our efforts. offer aluminium foam core panel solution for sustainable production environments in high-tech industrial sector worldwide with focus on new energy lithium battery technology for over 19 years, as well as plowing deep into new energy, semiconductor, TFT, biopharmaceutical as well as other industries, and continuing grow. We strongly advocate for the concept green environmental protection, to help promote common vision of global sustainable development.
Outstanding lithium manufacturing line planning capability; comprehensive accurate operation data dynamic and auxiliary facilities in the lithium plant; skilled professionals in lithium industry (design management, construction, after-sales support) as well as a solid electrical mechanical engineering design capabilities clean plants (BIM forward design CFD simulation technology which can also solve the design flaws, design issues as well as design redundancy drawings drawn by design institute) a perfect project Informa ionization and management system (comprehensive project synergy terms manpower, aluminium foam core panel schedule, cost so on. Innovative construction methods plants made of lithium (solutions to key and critical locations within lithium plants); mature intelligent plant management system (comprehensive synergy between manpower machines, materials cost, schedules, etc.). Advanced lithium plant construction (solutions for key points difficult areas of plant); mature smart energy management system.
EN
