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| Categories | Party Marquee Tents |
|---|---|
| Brand Name: | Tendars |
| Model Number: | Big tent |
| Certification: | ISO9001, SGS,Coc, CE |
| Place of Origin: | Guangdong |
| MOQ: | 25 square meters |
| Price: | Reconsideration |
| Payment Terms: | L/C, T/T, Western Union, MoneyGram |
| Supply Ability: | 50000 Square Meters per Month |
| Delivery Time: | 18days or To be negotiated |
| Packaging Details: | 1, The aluminium frame structure packed into the bubble film 2, the pvc fabric roof cover and sidewalls are packed into the PVC fabric carry bag; 3, Hardware packed into the box. |
| Product Name: | The Best Waterproof Tent |
| Frame: | Aluminum Alloy T6061/T6 |
| Roof Cover: | 850g/sqm PVC coated polyester fabric |
| Side Wall: | 650g/sqm PVC coated polyester fabric |
| Fabric color option: | White, Transparent or customized |
| Accessories: | PVC windows, Glass door, Stake, Stake puller, Rain gutter, Lining and curtain, Flooring system, Glass walling system, weight plate, ABS/Sandwich wall system,Lining , curtains ,bathroom ect. |
| Feature: | Flame Redartant/UV-resistant/Water Proof |
| Application: | Weddings, parties, factories, workshops, exhibitions, events, etc |
| Company Info. |
| Guangzhou Tendars Tent Co., Limited |
| Verified Supplier |
| View Contact Details |
| Product List |
| Item | Specification |
| Clear Span Width | 6m/8m/9m/10m/12m…30m |
| Eave Height | 2.6m-3.5m |
| Ridge Height | 3.6m/4.0m/4.2m/4.4m/4.8m/6.3m/7.2m/8.9m |
| Bay Distance | 3m/5m |
| Roof Fixing | Bar Tensioning |
| Main Profie | 48x48x3mm 100x100x3mm 120x120x3mm |
| Main Allowed Windspeed | 80km/hour 0.3kn/m2 |
| Eave Connection | Hot dip Galvanized Steel Insert |
| Framework Material | Aluminium 6061/T6 |
| Hard Pressed Extruded | |
| Cover Materials | PVC coated,flame retardant to Din 4102 M2 NFPA 701 B1 750g-900g/m2, |
| Sidewall Materials | PVC coated,flame retardant to Din 4102 M2 NFPA 701 B1 750g-900g/m2, or glass walls |
| Floor | Available |
1, the first is the most common A-frame tent. The activity tent has
the largest span and the most widely used, from outdoor business
promotion to large-scale exhibitions.
2, the second is the pointed canopy room. The bottom is square, and the roof is like a spire. Elegant in appearance.
3, the third is the spherical canopy, the dome is called "the strongest space, the lightest weight, the most effective design." Using a rigid and robust architecture, you can temporarily hang lights and sound equipment to decorate and fill your event space. 4, the last kind of mixed common A-frame canopy and pointed canopy
Step 1: Locate the column bottom plate
First determine the ground level of the installation site, and then
locate the bottom plate, the distance from the center of the bottom
plate to the center of the bottom plate is 15 meters vertically, 5
meters horizontally, because this tutorial is a 15-meter span of
the tent as an example, so the longitudinal distance is 15 meters,
that is, the length of the tent direction, can be extended
infinitely by a multiple of 5 meters. Notice the distance from the
center to the center. After determining the position of the four
baseboards, then measure whether the diagonal distances are equal.
If it's not equal, you have to reposition it, you have to make sure
it's a rectangle and not a parallelogram. After setting the
position, fix the column and bottom plate in the corresponding four
positions (for the fixing method, see Section 3 of this article:
Fixing measures for the tent). In the same way, the other bottom
plates in the direction of length are positioned and fixed.
Step 2: Lay out the parts
The column, Angle node, inclined beam segment A, inclined beam
segment B (note span of more than 14 meters need to use two
diagonal beams), inclined beam to undertake the piece (connecting
inclined beam segment A and inclined beam segment B, 14 meters span
below without this part), the top node is placed, all parts
constitute a gable, that is, the so-called span of the
herron-shaped frame. The other gables parts are placed according to
the same principle, paying attention to be placed flat on the
ground in one direction.
Step 3: Connect the inclined beam A/B segment
Insert section A of the inclined beam into the inclined beam
adapter of section B of the inclined beam (we will assemble the
inclined beam adapter to section B of the inclined beam when
packing), and fasten two screws (note: the small hole is not
installed with screws).
Step 4: Install the top node
Connect section AB of the connected inclined beam to the top node,
fasten the screws, and tighten them. If it is the first gear, it is
necessary to install the wire cable, install the buckle of the end
of the wire cable on the second hole of the inclined beam B, fasten
the screw, slightly tighten the nut, and be sure to ensure that the
buckle can rotate freely
Note: It should be noted that the screw rod is generally toward the
inside of the tent, and the screws of the first gable and the
second gable are relative to each other, especially the
installation direction of the wire cable must be relative, only
when the gable is erected can the wire cable be pulled. Install all
the top joints and the inclined beam AB section in this way.
Step 5: Install the corner node
Insert the diagonal end of the Angle node into section A of the
Angle beam, and connect the upper end of the column to the straight
end of the Angle node. At the same time, insert the screw and screw
on the nut.
Note: If installing the wire cable and cross bar, install the screw
in the hole above the inclined end of the Angle node, and install
the screw in the hole below the straight end of the Angle node.
Install the other corner nodes in the same way.
Step 6: Connect the column to the bottom plate
Align the lower plug-in holes on the column with the screws
connecting the holes on the base plate, and tighten the nuts. The
same method is used to connect the other column bottom plate to the
column. Pay attention to the entire installation process must be
handled lightly, and must be used to assemble the gable pad, move
the aluminum must lift the entire frame, to avoid aluminum and sand
and other items on the ground friction caused by scratching
aluminum surface. In addition, the column and bottom plate can be
installed first and then the column and Angle node can be
installed, and the effect is the same. After assembling all the
gables, place ladders (zigzags) next to the bottom plates on both
sides of the first gables to install cross rods behind the gables.
Prepare screws, wrenches and personnel, and lift the cross rods to
the side of the columns for use. The installation of a 15-meter
span tent is best to have more than 12 personnel cooperate with the
installation, ready to enter the steps of the gable after all the
work.
Step 7: The gable wall
All the personnel are divided into four teams, two people pull the
wire rope, two people stand at the corner node, the others are
standing at the apex, lift the gable up, after lifting to a certain
height, the middle personnel respectively run to both sides to help
the gable continue to lift up. The man who pulls the wire rope will
also pull the gable upward with the force.
When the whole gable is raised to 70 degrees, be sure to stop, and
then slowly erect perpendicular to the ground, at this time the
person pulling the wire rope, standing on one side with a little
force to stabilize the top. At the same time, several people need
to hold the post. Install the flat iron end of the cross rod on the
screw below the upper end of the column and tighten the nut.
Connect the other end of the cross bar to the bottom hole in the
bottom plate of the adjacent second gable, insert the screw and
tighten the nut. It should be noted that the bottom plate must be
fixed in advance, otherwise the bottom plate will move when pulling
up the gable. Use the same method to erect the second gable and
install the other two crossing poles. The two gables after the
cross bar is installed can be completely released
Step 8: Install beams and purlins
The cross section shape of the beam is in the shape of the house,
and the cross section shape of the purlin is square. The
installation method is as follows, the beam or purlin bend the hook
end up, and then tilt the Angle to hang the hook end into the
U-shaped lug on the Angle node or the PI iron on the inclined beam.
Use a ladder to slowly lift the straight hook end of the
beam/purlin and hang it into the lug of the gable beam or corner
joint on the opposite side of the hook. Under normal circumstances,
there are three beams between the two gables, that is, one at each
end, and one at the top of the middle, and the purlin increases or
decreases according to the size of the span. Hang all the beams and
purlins of the first gear, for example, 15 meters span, need to
hang three beams, four purlins. Then pull the wire cable to the
first hole of the Angle node, and tighten, tighten the wire rope
must be fixed at the upper end of the wire rope, to prevent the
rotation of the wire rope when the cable will also follow the
rotation. Erection of other gables and erection of beams in the
same way. Because the middle gables are not installed with wire
cable, it is necessary to tie the top node with rope to pull and
stabilize the gables. Beams and purlins must be installed
immediately whenever a gable is erected.
Step 9: Install the support
Connect the center stay to the small hole in section A of the
inclined beam, insert the screw, and tighten the nut. After the
center brace is installed, hang the side beam into the Angle node
and the mounting ears of the center brace. Note that when hanging
the side beam, it is necessary to install the side beam fittings
from the end of the side beam fittings, hang the side beam fittings
end into the hanging ears of the Angle node, and then slowly lift
the straight hook end, and install it into the hanging ears above
the middle brace, remember that the straight hook end cannot be
installed first, otherwise the installation will not be successful.
As with the erection of beams and purlins, it is necessary to
install from the bent hook end first, and then hang the straight
hook end.
Step 10: Install the roof
Thread the straps on both ends of the cloth top into the twine and
pull the straps toward the inside of the tent. Then the top of the
cloth head on both sides of the rubber strip into the slot of the
diagonal beam, the other end of the rope from the entire frame of
the tent swung across the opposite, and then four people at the
same time to the rope, so that the cloth top along the diagonal
beam trough slowly pulled to the opposite side. Remember to pull
hard at the same time, otherwise the top of the cloth will be stuck
and lead to the pull, to solve this problem just pull back the top
of the cloth to a certain position and then re-pull hard at the
same time, be sure to move forward at the same time. Pull the other
cloth tops in the same way.
Step 11: Install the side triangle
With the installation of the cloth top is almost also need to use
the rope, but the installation of the side triangle must be someone
to stand (with a high ladder) next to the top node to pull the
rope, the difference is that the pull of the side triangle is
outside. Insert the side triangle into the slot of the diagonal
beam, and then the person standing in the middle pulls up to the
rope, while the person standing at the corner node needs to help
lift the side triangle so that the rubber strip can go up the slot.
When installing the side triangle, we must pay attention to the
difference between the right and the left, and do not install the
opposite. After the two side triangles are pulled, the center seam
pipe is slowly threaded upward from the lower end between the two
side triangles where the rubber strip is cut off (the center seam
pipe has a flat iron piece facing inward). When it reaches the top
node, hang the flat iron into the mounting ear of the top node
Step 12: Install the curtain
Open the curtain, the front side (the side with the rope or the
side with the cover) facing outward, and first thread the rubber
strip into the place where the groove is milled above the post.
Then slowly pull up to the top, plug the hanging code into the gap
of the beam milling groove, pay attention to one by one, after
plugging, the lower end of the curtain rubber strip is also from
the column milling groove down into it, and then the curtain to the
middle, and the side with the rope behind the side with the canopy
ring, the rope is connected from top to bottom.
Step 13: Install the top pressure rod
Insert the cloth top press rod into the press rod sleeve of the
cloth top (that is, there is a double layer sleeve at the two ends
of the cloth top), and then put the end press iron inside the press
rod, and insert the rectangular screw into the seamless tube of the
Angle node.
Note: The middle of the top of the two sheets is connected with
direct pressure iron. This step can also be performed in front of
the curtain installation.
The last step is to insert the curtain pressure rod (1 inch
galvanized pipe) into the curtain pressure rod sleeve at the bottom
of the curtain to prevent the wind from blowing the curtain.
At this point, the entire installation process is successfully
concluded.
What Kinds of Structures Will I Get From TENDARS?
All of our structures are made with hard-pressed aluminum alloy
frame and totally waterproof PVC membrane. In addition, the tent
structure is designed into clear span (without any interior column)
and modular construction. Such kinds of structures will create the
whole interior space for any occasion with a rapid installation.
What is the Standard Size of Clear Span Structures in TENDARS?
TENDARS provides a variety of spans option for our clients. The
width can be chosen from 3m (10ft) to 60m (200ft) with unlimited
length (expanding by 3m or 5m bay distance). In addition, the
diameter of our latest product - TENDARS DOME can be optional from
3m (10') to 100m (300').

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