Poliacryl polyester sheets are designed for natural light transmission on any kind of applications. Mainly excellent for industrial uses because of its great impact and chemicals resistance. Also because of its versatility it is ideal for greenhouses. Poliacryl polyester sheets contribute to obtaining LEED credit for sustainable constructions. Compatible with any metallic or asbestos sheets, among others.
Features & Benefits
ADVANTAGES
- Excellent natural light transmission
- Impact and weather resistance
- Chemical resistance
- Excellent durability
BENEFITS
- Electric energy savings
- Contributes to obtaining LEED credits for sustainable constructions
- 5 years of guarantee against outcrop of fiberglass
- More than 10 years of useful life
Photo Gallery
POLYESTER AND ACRYLIC SHEETS REINFORCED WITH FIBERGLASS
Typical application
- Natural lighting in sheds, warehouses
- Malls
- Light roofs for residential uses
Variety
| Poliacryl series | Thickness | Finish | Color | Size of the polyester sheet | |
|---|---|---|---|---|---|
| Width (m) | Length (m) | ||||
| Standard | 1.2 mm | Smooth / Smooth | White Crystal Yellow | Standard | 2.44 3.05 3.66 4.27 4.88 5.50 6.10 7.32 |
| Structural | 1.4 mm | Smooth / Smooth | White | Standard | 2.44 3.05 3.66 4.27 4.88 5.50 6.10 7.32 |
| Double Thickness | 2.2 mm | Smooth / Smooth | White | Standard | 2.44 3.05 3.66 4.27 4.88 5.50 6.10 7.32 |
TECHNICAL CHARACTERISTICS
TECHNICAL CHARACTERISTICS FOR POLIACRYL CRYSTAL AND WHITE POLYESTER SHEETS OF 1.00 mm OF THICKNESS
| ASTM Norm | Measure Unit | Value | ||
|---|---|---|---|---|
| Crystal | White | |||
| Mechanical characteristics | ||||
| Flexion resistance | D-790 | PSI; kg/cm2 | 19,200 / 1350 | |
| Flexion coefficient | D-790 | PSI; kg/cm2 | 4 x 10 5 / 28,000 | |
| Tension resistance | D-638 | PSI; kg/cm2 | 12,800 / 900 | |
| Tension coefficient | D-638 | PSI; kg/cm2 | 6.5 x 10 5 / 45,700 | |
| Impact resistance | D-256 | Ft-lb/in; J/m | 5.5 / 290 | |
| Linear dilation coefficient | D-696 | *10 mm/mm ºC-5 | 1.4 / 2.5 | |
| Physical characteristics | ||||
| Light transmission | D - 1494 | % | 85% | 35% |
| Light loss | E - 903 | |||
| 0 Hours | 85 | 35 | ||
| 1000 Hours | 75.65 | 26.25 | ||
| Loss | % | 11% | 25% | |
| Light diffusion | E - 903 | % | 35% | 35% |
| Yellowing | D - 1925 | Delta | 25 | 34 |
| Comment | Drastic change in tone | |||
| Chemical products resistance | ||||
| 15% concentrated acids | Sulfuric Acetic Hydrochloric Nitric | No change | ||
| Bases | Ammonia Sodium | No change | ||
| Solvents | Thiner Gasoline Acetone Alcohol | No change | ||
| Other characteristics | ||||
| Thermal conductivity | D-5261 | W/m ºK | 0.23 | 0.23 |
| Barcol strength | U.B. | 40-45 | 40-45 | |
Typical application
Profiles
POLYESTER SHEET T-50 FLAT/SMOOTH
POLYESTER SHEET T-80 R-72
POLYESTER SHEET T-81 R-101
POLYESTER SHEET T-60 0-30
POLYESTER SHEET T-57 ASBESTOS
POLYESTER SHEET T-70 KEY TYPE
POLYESTER SHEET T-42 G-71
POLYESTER SHEETT-43 G-74
POLYESTER SHEET T-45 G-104
POLYESTER SHEET T-13 0-100
POLYESTER SHEET T-10 ASBESTOS
POLYESTER SHEET T-2 SSR2
POLYESTER SHEET T-95 SIF RN-100
POLYESTER SHEET T-218 SSR2
POLYESTER SHEET T-22 R-90
Leed
LEED is a certification system of international recognition that provides external verification that a building was designed using strategies focused on improving the performance in metrics that impact the most.
How does the Leed works?
It Works through a system where construction projects get points to satisfy specific sustainable construction criteria. For these criteria there are seven categories where Project should satisfy prerequisites (mandatory) and credits (optional) to gain points.
The Project gets a certification level based on the amount of points obtained by meeting the credits of the different categories.
Summary chart of credits given:
| LEED CREDIT | STABILIT | INPUT | |
|---|---|---|---|
| SS c7.2 | Heat island effect ceilings |  | Poliacryl G5 has a solar reflectance of 0.47, emittance of 0.86 and SRI of 53. Applicable values for roofs with slopes greater than 17%. |
| SS c8 | Reduction of light pollution | | The colors variety of Poliacryl G5 allows selecting from sheets with light transmission of 90% (crystal) to 75% (green). |
| EA p2 EA c1 | Energy setup | | Poliacryl G5, with a U value of 1.10 complies with requirements of ASHRAE 90.1 for 1 and 2 zones in no residential buildings. Its SHGC of 0.39 allows it to lean on other strategies for its total contribution. In addition of being a natural lighting system, the energy for artificial lighting is reduced. |
| MR c5 | Regional materials | Poliacryl G5 has a 17% of regional content. (See map of regionality) | |
| IEQc4.1 | Materials of low emissivity-adhesives and sealants | | Stabilit recommends the use of adhesives and sealants with VOCs level indicated in the South Coast Air Quality Management District (SCAQMD) rule #1168 or its fixing with screw. |
| IEQc7.1 | Thermal comfort: Design | | Poliacryl G5 has a U value of 1.17 and SHGC of 0.39, values that will influence the behavior of the envelope during the thermal comfort analysis. |
| IEQc8.1 | Natural lighting and views | | Poliacryl G5 has different percentages of light transmission with respect to the color of the sheet managed: Crystal (90%), white (35%), green (75%) and yellow (72%), which contributes to incrementing the level of natural lighting. |
Installation
Installation recommendations
- The maximum recommends distance between supports will be of 1,20 m.
- The drill diameter will be of 2 mm. more than the screw diameter.
- The flight length will not exceed the 20 cms.
- Overlaps will be contrary to the wind direction.
- It is not recommended to step directly on the sheets.
- The sheet fixation may be with studs, screws or self-tapping shanks.
