1. Aluminum Profiles
Depending on the base structure, the following profiles are being used:
I. AL Upper Section
| Name |
AL upper section |
Code |
AL–g–06 |
| Material |
AL (6063) |
Weight/length |
540 gr/m |
| Surface area |
247.67 mm2 |
Application |
Sheet Installation |
i
. AL Upper Cover Section
| Name |
AL upper cover section |
Code |
AL–cs–06 |
| Material |
AL (6063) |
Weight/length |
95 gr/m |
| Surface area |
- |
Application |
Cover for AL–g–06 |
II. AL Base Section
| Name |
AL base section |
Code |
AL–b–06 |
| Material |
AL (6063) |
Weight/length |
545.43 gr/m |
| Surface area |
205.81 mm2 |
Application |
Sheet Installation |
III. AL Splice Section (Universal closure)
| Name |
AL splice section |
Code |
AL–sp–06 |
| Material |
AL (6063) |
Weight/length |
515.17 gr/m |
| Surface area |
157.18 mm2 |
Application |
Sheet Installation |
2. Sealing Tapes:
One of the main factors in the sheets installation is the sealing of the sheets edges, because it is the place that humidity and dust could enter in the sheets. There are different sealing methods, which depend on the circumstances conditions. The sealing tape should resistant to wear and other normal application conditions. It is suggested to use Filter tapes (AntiDUST breather tapes) and Non-filter tapes (AntiDUST blanking tapes) for the sheet upper and bottom edges.
| Name |
|
Length |
50 m |
| Material |
Non woven |
Width |
25 or 38 mm |
| Code |
G 3629 |
Application |
For the upper edge of the sheet in order to prevent the entrance of dust and insects into the sheet channels |
| Name |
|
Length |
33 m |
| Material |
Non woven |
Width |
25 or 38 mm |
| Code |
AD 3429 |
Application |
For the lower edge of the sheet in order to let the dust and insects to exit |
3. Rubber Profiles:
AIDA – PC Hollow sheets have wide applications in the construction and decoration industries. All the materials which are in contact with polycarbonate sheets should be tested, in order to be sure that they are compatible with the sheets. Most of these materials are used as gaskets and cleaning agents. When the sheets are exposed to sunlight and outdoor conditions, it is necessary to design the sealing system so that, that there should be enough space for thermal expansion, without deforming the structure. However, gaskets are suggested to be made from EPDM, where the interface of the sheet and the AL profile is sealed by them.
I. EPDM Glazing Seal:
| Name |
EPDM Glazing Seal |
Code |
Rg – 01 |
| Material |
EPDM |
Weight/length |
85 gr/m |
| Surface area |
- |
Application |
Sealing |
II. Universal EPDM Seal:
This profile is normally being used between the sheet and the profiles and besides sealing, makes the movement of the sheet upon expansion and contraction easier.
| Name |
Universal EPDM Seal |
Code |
Rg – 1.1 |
| Material |
EPDM |
Weight/length |
118 gr/m |
| Surface area |
- |
Application |
Sealing and easiness in sheet movement |
4. Silicones:
It is important in the installation of the sheets to let them move easily in the frames, due to the thermal expansion and contraction. Silicone sealing adhesives are suitable for this purpose, but you should be sure of the interaction between the adhesive and the sheet. Neutral silicone adhesives which have UV resistant properties are most suggested.
