Mineral Fiber Ceiling appeared in most countries in 1990s, and has since become increasingly popular. Affordable price with good performance made it popular among a wide range of consumers.

Benefits of Mineral fiber ceiling:


Light reflectance: improves the room lighting effects, and the presence of special scanning lamps, which are mounted directly to the frame;
Noice Reduction: in premises with a large area excludes the effect of the echo.Also, they are made to reduce noise – in cinemas, children’s rooms, lecture halls, etc.
Hygiene: suited for institutions, where there are high demands for hygiene.It hospitals, canteens and kindergartens.They are resistant to chlorine, moisture, and thanks to a special coaaluminumg on them do not develop bacteria.
Waterproof : optimal for rooms with high humidity: the bathroom, sauna or swimming pool.
Flammability: provides fire safety and makes it possible to install them in any room.When in contact with open flames, they do not emit harmful substances;

                      Product data:




Item



size



Thicknedd





Mineral Fiber Board



Metric system



British system



8mm





595x595mm



603x603mm



10mm





600x600mm



12mm





300x1200mm



603x120mm



14mm





600x1200mm



15mm





18mm





Installation picture for mineral fiber ceiling:


Mineral fiber ceiling installation, Mineral fiber board ceiling installed




1
Mineral fiber board
5
Main T-grid


2
L angle
6
Cross T-grid


3
Clip
7
expansion screw

with half hook


4
Hanger of 38 Main channel





Project:




PRANCE

one-stop solution for building

material to the customers


Project Name: Dock En Seine Offices


Location: France


Area: 16200.0sqm


Solution: Ceiling / Lighting

Windows and Doors

Air condition system


Project Year: 2010










Office Ceiling

With 600x1200x0.8 aluminum

ceilingoffice will be more bright and smart










Meeting room Ceiling

12mm gypsum board after paint meeting room will be tidy and comfortable More Case










Restaurant Ceiling

Mineral fiber board is good for noise reduction

Welcome to our blog where we delve into the fascinating world of construction technology, focusing specifically on the innovative use of aluminum ceilings. Discover how this versatile material is revolutionizing the industry, bringing style and function together in perfect harmony. Stay tuned for insightful articles that will inspire and inform both professionals and enthusiasts alike. Let's embark on this exciting journey together!
The suspended ceiling is an important part of modern interior decoration. There are two types of suspended ceilings: direct and suspended ceilings. Aluminum ceilings are suspended ceilings. The suspended shed structure is composed of three parts: hanging bars, joists, and surface layers. The main construction sequence is: elastic wire, fixed suspender rod, installation and leveling keel, and installation of aluminum ceiling materials.
1. Pay out the line
The main purpose of laying out the line is to pop up the elevation line and keel layout line
Use a level to find horizontal points on the corners of each wall in the room (if the wall is long, add a few points in the middle) and pop up the level line. Calculate the elevation of the lower skin line of the ceiling keel according to the design requirements. Use The pink line pops up the layout line along the wall (column).
According to the roof plan, pop up the position line of the main keel on the concrete roof. The main keel should be divided from both sides of the center of the suspended ceiling. The distance between the keels is generally not more than 1.2m, and the hanging point is set to about 1m. According to the design requirements, they are pre-assembled and numbered, and the numbers are matched during installation to ensure that they meet the design requirements.
2. Fixed ceiling
The boom is generally a telescopic boom, but steel bars or profiles such as steel bars can also be used. But no matter which boom is chosen, the first priority is safety, which requires the tensile strength of the boom to meet safety requirements. Secondly, the county crane is convenient and flexible in adjustment. Only in this way can it be safe and practical.
The construction of the boom mainly includes three parts: the fixation of the structure, the selection of the section, and the connection between the boom and the keel. There are basically three forms of fixing methods for structures:
(1) Reserve hooks or embedded parts on the plate or beam, and the boom will be directly welded to the embedded parts or fixed with bolts. (2) At the lifting point, use an impact drill to drill expansion bolts, and then attach the boom to it. Welding, this method is more flexible, you can choose the position according to your needs (3) Use a nail gun to fix it, this method is also flexible
No matter what fixing method is used, it should be set according to the size and distance specified in the design, and anti-corrosion treatment should be done to prevent the components from rusting, corroding and falling off, affecting safety. The connection between the boom and the keel can be welded or hung. Coal joints are stronger, but more troublesome to repair or replace. The hanging parts are more convenient to order. They are generally products provided by the factory. They are quick to install and easy to maintain. This is a frequently used method.
3 Install and level the keel
The keel is the "connecting top and bottom" component in the suspended ceiling. It is connected to the hanging rods and provides installation nodes for the surface decorative panels. The keel is selected based on the design requirements or calculations to meet the requirements for strength and stiffness, and the spacing of the suspended ceiling is the same Also meet the requirements
3.1 Installation of side keels
According to the pop-up level line, along the horizontal keel line on the wall column, fix the ""-shaped angle aluminum with the same color as the board with high-strength cement nails (shooting nails can also be used). The function of the angle aluminum is to seal the edges of the ceiling, making the corners more complete and straight.
3.2 Install the main keel
The main keel should be hung on the boom. The pipe section of the main keel should not be larger than 300mm. Otherwise, a boom should be added to prevent the main keel from falling. The length of the main keel should be docked, and the butt joints of adjacent keels should be staggered from each other. The main keel should be basically leveled after it is hung. During installation, follow the keel position line pre-popped on the concrete roof, and install it from one end to the other end. If there is any collapse, install the high-span part first. Then install the low-span part. If there are manholes, vents, etc., when installing the keel, the size and location should be reserved, and the edge-sealed horizontal brace keel should be installed. If the keel needs to be disconnected, take corresponding structural reinforcement measures.
3.3 Install sub keel
The secondary keel is installed close to the main keel. Both ends of the sub keel should rest on the horizontal flanges of the L-shaped edge strips. The center line of the sub keel should be marked on the wall in advance so that the position of the sub keel can be found when installing the panel. The secondary keels shall not be overlapped. Additional keels should be added around openings such as ventilation holes, and the connections of the additional keels should be riveted with rivets.
3.4 Leveling the keel
Installation and leveling should be completed at the same time. Because the elevation control line has been played before installing the keel, the keel should be in place according to the elevation control line. Leveling is mainly to adjust the elevation of the main keel. Generally, there will be no problems with the secondary keel.
4 Install aluminum ceiling
Installation of the aluminum ceiling is carried out after leveling the joists. There is a protective film on the surface of the aluminum ceiling to prevent corrosion. The installation plates are installed in one direction and in sequence. If the keel itself is also a clamp, when installing the plate, just press the aluminum ceiling gently and the plate will be stuck on the keel. Self-tapping screws can also be used to fasten the panels.





In conclusion, the construction technology of aluminum ceilings offers numerous benefits. It provides a lightweight and durable solution for indoor and outdoor spaces. The versatility of aluminum allows for endless design possibilities, enhancing the aesthetic appeal of any area. The use of advanced technology ensures precision and efficiency during installation, making it a cost-effective choice. Additionally, aluminum ceilings offer thermal and acoustic insulation properties, contributing to a comfortable and energy-efficient environment. Overall, the use of aluminum ceilings in construction projects is a modern and sustainable choice that meets the demands of contemporary architecture.

Expanding on the Challenges and Solutions in Producing and Installing Aluminum Ceilings
Designing and installing aluminum ceilings can be a complex process that requires attention to detail and precision. Throughout this blog, we will explore some common challenges that can arise during the production and installation of aluminum ceilings, as well as offer practical solutions to overcome these hurdles. By addressing these issues with accuracy and effective communication, it is possible to ensure a smooth and seamless experience for all involved parties.
One of the primary challenges encountered when working with aluminum ceilings is determining the correct size before the actual production. Although inspections are conducted on-site to assess the dimensions, discrepancies can still arise between the initial drawings and the final product during installation. This discrepancy commonly leads to the discovery of a wrong size. To mitigate this issue, thorough inspections should be carried out at every stage of the process to identify any variations or discrepancies. This will help to rectify any sizing issues before the product reaches the installation phase.
Among the challenges faced during the installation of aluminum ceilings is the issue of large gaps at the splicing between panels. This creates an uneven appearance and compromises the aesthetic appeal of the ceiling. To address this issue, it is crucial to ensure precise alignment during installation. Additionally, using appropriate caulking glue or adhesive can help fill in any gaps and create a more seamless and uniform finish. However, in cases where the dimensional error is significant, it may be necessary to return the ceiling panels to the factory for further processing and adjustment.
Another common problem encountered during installation is the uneven curvature of joints between two boards. This can greatly impact the overall appearance of the ceiling. While design errors can certainly contribute to this issue, it is more often caused by improper installation techniques. Uneven fixing of corner codes and frames can lead to inconsistent joint curvatures. To overcome this challenge, installation teams must pay close attention to the positioning and alignment of corner codes and frames. Ensuring that they are fixed securely and evenly will help maintain a seamless and visually pleasing joint between panels.
Accuracy in installing the keels is of utmost importance, as incorrect sizing and spacing can compromise the structural integrity of the aluminum ceiling. When the keels are not connected properly, there can be significant gaps between them, which can ultimately affect the bearing capacity of the ceiling. This poses potential safety risks, particularly if there are multiple instances of improperly connected keels. To address this challenge, meticulous attention should be given to the correct installation and alignment of keels. Regular inspections should be conducted to identify any gaps or inconsistencies and address them promptly to mitigate any potential safety hazards.
The compatibility of corner codes and accessories with the aluminum veneer is another challenge that can arise during production and installation. Failure to anticipate such compatibility issues can lead to ill-fitting corner codes, which can compromise the overall quality and appearance of the ceiling. To prevent this, manufacturers and suppliers should conduct thorough testing and quality control measures to ensure the compatibility of accessories and aluminum veneer. Additionally, clear and transparent communication between the construction party and the manufacturer is crucial. This will help identify any potential compatibility issues early on and rectify them before installation.
Maintaining consistency in the purchase of accessories is essential to ensuring a smooth installation process. Using materials from the same batch and purchase channels eliminates the risk of mismatching accessories and potential complications during the installation. Misaligned or incompatible accessories can pose significant challenges and create hidden dangers during the project's installation phase. To avoid this, effective communication with suppliers and manufacturers is crucial. Clearly communicating the requirements and specifications of the accessories can help ensure the smooth progress of the installation.
In conclusion, the production and installation of aluminum ceilings can be a complex process with various challenges. However, by taking proactive measures, such as conducting thorough inspections, maintaining clear communication between stakeholders, and addressing issues promptly, these challenges can be overcome. Ensuring accurate measurements, strict quality control, and employing skilled installation teams are key factors in producing and installing high-quality aluminum ceilings. By addressing these common challenges and implementing practical solutions, the result is a hassle-free experience and the delivery of superior aluminum ceiling installations for various projects.