All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(7694 products available)
Ceiling grids are usually varieties. The grid selection depends on the style preference and the room functionality.
Square Lay-In Grid
Also known as a Tegular or Tegola grid system, this grid permits the use of square or rectangular ceiling tiles. They have a recessed edge. Laying in a square ceiling grid gives a contemporary feel. It also allows easy access to the systems, however, behind the tiles.
Donut Grid
This is an advanced version of a suspended grid system. In this system, some tiles are recessed donuts. This allows for the use of special round light fixtures or vent covers. The donout grid makes the ceiling more dynamic and functional, presents diverse design possibilities, and positions features like lighting or HVAC more effectively.
Linear Grid
This grid type uses long, rectangular tiles. They offer a trendy, longitudinal line visual perspective across a ceiling plane. The linear grid is compatible with contemporary designs where elongate light fixtures are used. This type of grid allows for an exceptional ceiling arrangement.
MicroLook Grid
The MicroLook grid is intended for maximum-edge detail tiles. These grids provide a more delicate view of the ceiling. With a smaller dimension of the grid, more configurations and tile placements are easily possible. This grid system, therefore, arises in spaces needing premium finishes.
Recessed Grid
The recessed grid type is designed to place tiles recessed in the grid framework. This allows a worksheet of smooth, even ceilings. The recessed grid is generally utilized in commercial spaces. It promotes a unified and simple ceiling look and reduces glare from lighting fixtures.
Steel
Steel is one of the most famous materials for suspended ceiling grids. It has structural strength, reliability, and a great load capacity. Galvanized steel grids are breathtaking because of their corrosion resistance, increasing their lifespan, especially in commercial and industrial ceilings.
Aluminium
Aluminium is lighter than steel. It does as much strength. It resists corrosion well, allowingбудем використовувати it in humid places. Aluminium grids can be preset with finishes. This provides space flexibility where design and functionality co-exist.
Vinyl-coated steel
Vinyl-coated steel grids are steel grids coated with vinyl. They add an additional decorative layer and functional benefits. Vinyl coatings help resist chemicals and moisture. This makes them great for areas with high humidity or where cleaning is frequent.
Fiberglass
Fiberglass grids are lightweight yet indeed strong. They are ideal for environments where corrosion resistance is needed, such as chemical plants. Fiberglass grids have dielectric properties. Thus, they are preferred in areas with electrical hazards.
Wood
Wood grids are eye-pleasing. They offer a natural suspended grid system that causes ceilings to transform. They are deemed incapable of providing structural integrity needed in open spaces. Wood grids are sustainable. They find use in residential or hospitality designs that are warm and natural.
Concealing Interstitial Components
Grid systems are very helpful. They support open ceilings by simply concealing the interstitial space components. These include wiring, ductwork, and plumbing. They scope creates an appealing ceiling look while making these systems easily accessible when required.
Improving Acoustic Performance
Many grid systems integrate acoustic tiles. These reduce noise levels in an area by dampening sound transmission. This is particularly important in the commercial sector.
Increased Energy Efficiency
The grid system supports ceiling tiles that have insulative properties. Thus reducing energy expenditures by improving building thermal efficiency. Suspended ceilings prevent heat loss or gain. This reduces the energy needed for heating and cooling.
Standardization In Ceiling Design
Common application of these systems in commercial settings leads to standardized ceiling heights. Design consistency is easily achieved across many buildings and stores. This allows easier maintenance and simpler design objectives.
Enhanced Lighting Distribution
The suspended ceiling grid allows for integrated lighting fixtures. This allows the convenient distribution of light across the space. Commercial spaces enjoy improved lighting uniformly with lowered glare instances, improving functionality and aesthetics.
Expansion and Flexibility
A grid system allows one to change the tiles or access the systems for easy expansion or modification of interstitial space systems. These include electrical or mechanical upgrades. This flexibility benefits modern commercial environments whose demands change frequently.
Selecting a suspended ceiling grid system requires an understanding of the grid types available. Also, ceiling tile grids must be compatible with the ceiling height and type of space. Retail, residential, and industrial requirements differ.
Space type and purpose
The space type greatly determines which grid system will work best. Commercial spaces need lay-in grids since they provide easy access to the systems. Aesthetic spaces, like galleries or showrooms, may prefer a micro-look or linear grid that has sleek designs.
Tile materials and sizes
Grids should accommodate the desired ceiling tiles in material and size. Larger tiles require robust grid systems. Complex configurations need more sophisticated grid systems.
Accessibility and maintenance
The required accessibility level determines the choice. Easily accessible grids like the lay-in are great when maintenance needs to be frequent. Hard-to-reach grids might be used where low maintenance is required.
Budget considerations
Budget plays an important role in this selection. Higher ceiling grid systems may be beneficial in the long-term perspective of sustainability. However, initial suspensions cost may be prohibitive. Weigh the short- and long-term expenses before making any decision.
Acoustic and Insulation Properties
Suspended ceilings grid systems may influence sound insulation and energy. Select systems with acoustic and insulative grid compatibility for occupied spaces. This is where comfort depends heavily on these factors.
Design flexibility
Grid systems differ in the degree of design flexibility. More innovative grids, like donouts or MicroLook, offer higher design potentials than standard recessed or lay-in grids. This feature is important in creating an ideal visual perspective.
A1:It is an incorporated framework of metal framework that supports ceiling tiles or panels. The main job is to hold the tiles in place while hiding wiring, ductwork, and other infrastructure above the ceiling.
A2:Grid systems vary, including lay-in grids, donout grids, linear grids, MicroLook grids, and recessed grids. These types differ in visual perspectives and functional advantages.
A3:They are easy to install, allow for interstitial access, improve acoustic and thermal properties, and increase design flexibility. They can also accommodate different ceiling tile sizes and materials.
A4:Think about space type, tile compatibility, maintainability, budget, insulation and acoustic properties, and design flexibility. All these factors directly relate to the function and performance of the system.
A5:Commercial, industrial, and residential interiors widely use them. They are ideal for these spaces to hide infrastructure while improving the ceiling's aesthetic value.
