Back Bolt Type Specifications
With practice many years and hundreds in projects of Back Bolt System Installation. EML believes that we can design and manufacture what you want.
Natural stones are diverse and irregular. Each of which has its own characteristics and optimum size.
EML will achieve the effect you want. Providing a safe, artistic façade; dry hanging solution proposal and budget friendly.
Aluminum Alloy (Back Bolt Systems)
Aluminum is most commonly alloyed with copper, zinc, magnesium, silicon, manganese and lithium. Small additions of chromium, titanium, zirconium, lead, bismuth and nickel are also made and iron is invariably present in small quantities.
The structure will be tied to the support in order to absorb thermal expansion/shrinkage and subsidence of the support itself so that the external covering is not affected by any possible future induced stress.
The safety of the system must be guaranteed via a subsequent check for every single project; in accordance with the norms relating to wind pressure/depression.
Specific Description of Back Bolt System
The rising profiles will be successively fixed in place with the horizontal profiles drilled and shaped so that the stresses due to the action of the wind doesn’t stress the clips.
Back Bolt System provides forward facing slabs. Which consist of a mechanical machining. performed on the back of the slab and the successive insertion of steel clips.
This preparation has been specifically designed for anchoring clips that will then be hooked to the horizontal profile.
Back bolt stone curtain Advantages
Back bolt dry hanging Installation Process
Step 1
The preparation of the slab,insert the dowel into the staple,and tightening the screw the slab is this ready to be positioned
Step 2
After drawing the positioning of the elements according to the project on the facade, the stirrups and the fixing of the stirrups are carried out by mechanical or chemical dowels
Step 3
We fixed the insulating material by nylon plugs because of 3/4 per m2
Step 4
At this point the vertical uprights collapse and then align and level them.
Step 5
After making the holes fit the rivets and hangs all together. The rivets must be inserted according to the project indications, that is to say that they create ``fixed points`` or ``moving points``.
Step 6
Now it is possible to fix the horizontal profiles drilled at the appropriate levels (see “slab preparation” )
Step 7
The slab must be ``hooked`` by hitching the clips to the horizontal profile.
Step 8
Finally, adjust the screws on the adjustment staples so that the correctly sized horizontal joints are obtained.
Step 9
Finally, adjust the screws on the adjustment staples so that the correctly sized horizontal joints are obtained.