• Wall Angle Ceiling Grid System EGT Suspension Ceiling Grid System EGT System 1
  • Wall Angle Ceiling Grid System EGT Suspension Ceiling Grid System EGT System 2
  • Wall Angle Ceiling Grid System EGT Suspension Ceiling Grid System EGT System 3
Wall Angle Ceiling Grid System EGT Suspension Ceiling Grid System EGT

Wall Angle Ceiling Grid System EGT Suspension Ceiling Grid System EGT

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Loading Port:
Shanghai
Payment Terms:
TT or LC
Min Order Qty:
3000 pc
Supply Capability:
10000 pc/month

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1,Structure of (Flat Suspension Grids) Description

t grids ceiling system
1 Materiel: Galvanized steel & prepainted
2 Size: H38&H32 H15
3 System: flat & groove

fut ceiling t grid

Materiel: Hot dipped galvanized steel & prepainted

Surface:Baking Finish
System: flat ceil & groove ceiling

 

t grids ceiling system
1 Materiel: Galvanized steel & prepainted
2 Size: H38&H32 H15
3 System: flat & groove

fut ceiling t grid

Materiel: Hot dipped galvanized steel & prepainted

Surface:Baking Finish
System: flat ceil & groove ceiling

2,Main Features of the (Flat Suspension Grids)

Shape:Plane,groove


Groove T bar ceiling grid (FUT)  & FUT Ceiling Grid system is made of high quality prepainted galvanized steel,which guarantee the characters of moisture proof,corrosion resistanct and color lasting.The automatic cold roll forming and punching machineries guarantee the high precision.


Standard size:

1. Main tee:38x24x3000/3600mm(10'),(12'); 32x24x3000/3600mm(10'),(12')

2. Cross tee:32x24x1200mm (4');26x24x1200mm (4')

3. Cross tee:32x24x600mm (2'); 26x24x600mm (2')

4. Wall angle:24x24x3000mm (10'); 22x22x3000mm (10'); 20x20x3000mm (10')

5. Thickness:0.25mm,0.27mm,0.3mm,0.35mm,0.4mm

6. The length, thickness and color can be provided in accordance with customers'

requirements.


3,(Flat Suspension Grids) Images

Flat Suspension Grids

Suspension Ceilinng Grid System NGWT of Hot Sale

4,(Flat Suspension Grids) Specification

ceiling grid for suspension

5,FAQ of (Flat Suspension Grids)

1. Convenience in installation, it shortens working time and labor fees.

2. Neither air nor environment pollution while installing. With good effect for space dividing and beautifying.

3. Using fire proof material to assure living safety.

4. Can be installed according to practical demands.

5. The physical coefficient of all kinds Suspension

Standard size:

1. Main tee:38x24x3000/3600mm(10'),(12'); 32x24x3000/3600mm(10'),(12')

2. Cross tee:32x24x1200mm (4');26x24x1200mm (4')

3. Cross tee:32x24x600mm (2'); 26x24x600mm (2')

4. Wall angle:24x24x3000mm (10'); 22x22x3000mm (10'); 20x20x3000mm (10')

5. Thickness:0.25mm,0.27mm,0.3mm,0.35mm,0.4mm

6. The length, thickness and color can be provided in accordance with customers'

requirements.

Q: I want to do the arc of the ceiling, but the wood keel is not strong, I would like to ask how to use light steel keel hanging?
Mu Fang plus milky white plastic should be very strong, light steel keel bad account
Q: Ok, I need to know if they either prevent conduction, convection or radiation . I also need to know how they prevent these thermal energy transfer mechanisms (conduction,radiation and convection) from occuring.
Tall trees: If you have tall trees around your house, your house will be cooler because of the shade. The trees are blocking radiation from the sun, and to a lesser extent stopping convection to the air around the house by acting as a wind block. The air around your house removes heat through open, free convection. Polystyrene: The polystyrene panel itself has less conduction than other materials because it is less dense. Conduction is essentially shaking the atoms of the materials. Less dense things typically have less atoms to shake. (There are exceptions). But if you are talking about a dropped ceiling (with the panels haning from the real ceiling in the metal grid) as a whole system, there is more to it than that. Without the panels, you would lose heat to your roof (and the world outside) by convecting from your room to the ceiling, CONDUCTING through the ceiling, and convecting to the world outside. Your sandwich would be: Outside world Ceiling Room air But a dropped ceiling adds some more layers in there, most importantly a space of dead air, which is an excellent insulator - similar to a thermapane window. Your sandwich would become: Outside world Ceiling Dead (not moving) air between polystyrene panels Polystyrene panels Room air The extra layer in the sandwich helps. Polystyrene makes a good insulator, but it would still work if you dropped a ceiling with metal panels because of the dead air. In heat and mass transfer problems, it is critical that when you ask the question, you define what the system boundary is. My answer is long because I don't know what that is in your question. Hope it helps.
Q: I have just pruchased a townhome that has a basement that was once finished. It has drywall, a drop ceiling grid (is missing tiles), and electrical (outlets and such). I have had basement electrical inspected and we are good to go, i have also had a mold inspection and there is none present. The basement has no flooring (carpet has been removed) and has a basement smell. Other than ceiling tiles, flooring and paint what else would I need to make this basement liveable? Would I need to install a ventilation system? This was at one time a functional finished basement.
It will need it's own air conditioning if it does not have one now. If it does not have one it would then surprise me if you don't have a mold problem now. The problem with a basement is the moisture you have to deal with because parts of it if not all of it is underground and placing drywall over a block wall will not keep the water out. What does the room feel like when you walk in, damp, humid, heavy odor or dry and dusty? Is the floor full of cracks and cold? There is so much that can be done with any space just knowing what to look for will save you money. Remember if the air smells like mold then it is mold. Don't be fooled by drywall either. It can hide more things wrong than good.
Q: What are the types of light steel keel skeleton?
Light steel keel partition wall and ceiling of the partition keel keel [size 50 * 50,75 * 50,100 * 50,150 * 50,200 * 50] cross keel 50 * 40,75 * 40,100 * 40,150 * 40,200 * 40] Keel 38 Lord, 50 Lord 60 Lord
Q: Specification for lightweight steel keel and gypsum board
Its length is generally 3m, 4m. Gypsum board specifications, the thickness of 9.5mm, 12mm, 15mm, there are some thickness below 9.5mm, but generally belong to non-standard; length of 2400mm, 3000mm, width of 1200mm The
Q: I want to know how I can install a suspended ceiling in my basement. There are some things in the way like I show in the video. The camera I was using cant record sound so please use my finger gestures as a guide. 1. Florescent tube light is screwed into the first board shown should I use longer screws and install it so it fits with the suspended ceiling? 2. There are these long black boards that look like supports for the beams these only go half way through the area I want to install the ceiling in should I install from this height?
A video back at you , should answer all your questions. Any more you have just type how to install suspended ceiling in google up at the top click video, and a bunch will come up covering any questions you have.
Q: The question says it all, I need to know this because I need to hang something up that weighs about 100-120 pounds. I need to know which section of the grid of ceiling girders holds the most weight. The long sections between the intersections?The short sections between the intersections?Or the intersections themselves?If you dont remember what that looks like, think of your elementary school or work office. Yeah. those kinds of ceiling tiles, just the plain old styrofoam style stuff.I need an answer from a legitimate source, not a guestimation.
It depends on the installation. I would expect 100-120 pounds to be too much for almost all installations. 20-30 pounds is easily possible on almost all if supported over several feet of the rail and not just hung from one or two of the grid clamps sold for the purpose of putting up signs or displays. For example, the circular air conditioning outlets used in some stores that are connected by flexible ducts to the main ducts and the fluorescent light fixtures that lay in the openings weigh about 10 pounds. The variation is due to the location of the hanging wires for the grid and what the weight is doing. I would expect a hanging point directly under a vertical 16 ga. wire running up to the building structure/roof would probably be able to take 40-50 pounds if the wire were well twisted at both ends - but the wires are often just pushed through the hole and bent with a single hook. I am certain that 100 pounds applied in the middle of a rail between two support points is going to bend the rail in any common installation. To hold that much weight safely, I think you are going to have to run a wire through a slot or hole in the tile, up through the upper structure and tie into the building directly, especially if there is any chance of movement by wind, AC air flow, or people bumping the suspended item.
Q: Ceiling tiles, ceiling grid - any regulations on materials, surface, etc.
I wouldn't use ceiling tiles at all. Basically, you don't want anything that could crumble and fall in to food. Things to consider in food plant design 1) Nothing extra gets into the food. (falling, crumbling, chipping etc. this includes building materials, dust, animal droppings, etc.) 2) germs (all sorts) are not allowed to grow. Design the surfaces to be cleaned with air. Germs love water and no matter how much you try you won't be able to completely dry something immediately after it's wetted. Don't give the little nasties places to grow.
Q: Light steel keel double gypsum board ceiling price is how much?
Material with what, big bag general 90, light bag 40 square meters
Q: The ceiling is good or good light steel keel good
I still recommend the use of light steel keel ceiling Quality first, light steel keel self-light, but the load is not falling on the wind, fire and moisture anti-corrosion what, and the shape can also make a lot of changes, but it depends on the construction team's technology. Wood keel because of the convenience in the construction, so people think that the wooden keel easy to shape, but there are hidden safety, fire on the need for fire paint auxiliary, but a lot of construction did not do this.

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