The fiberglass angle profile has multiple applications. In the structural field, it is used to connect different profiles, increasing the structural load capacity for both large and small structures.
Its properties of lightness, strength, low weight, and zero maintenance make it the ideal profile for use in marine environments, adverse weather conditions, water treatment plants and chemical industries.
| REF | Dimensions/mm | Gr/Meter |
|---|---|---|
| ANG20-00 | 20 x 20 x 3 | 222 |
| ANG30-00 | 30 x 30 x 3 | 316 |
| ANG40-05 | 40 x 40 x 5 | 730 |
| ANG50-05 | 50 x 50 x 5 | 925 |
| ANG60-02 | 60 x 60 x 5 | 1100 |
| ANG60-00 | 60 x 60 x 6 | 1260 |
| ANG65-00 | 65x25x2 | 286 |
| ANG70-00 | 70 x 70 x 7 | 1813 |
| ANG70-01 | 70 x 70 x 10 | 2590 |
| ANG75-00 | 75 x 75 x 6 | 1660 |
| ANG80-01 | 80 x 80 x 8 | 2368 |
| ANG100-04 | 100 x 30 x 3 | 722 |
| ANG100-05 | 100 x 100 x 10 | 3515 |
| ANG200-00 | 200 x 50 x 4 | 1850 |
| ANG200-00 | 250 x 50 x 4 | 3800 |
At Polymec, we offer fiberglass angle profiles for applications where different structural profiles need to be joined or a technical solution needs to be reinforced with an angular component.
We use this profile when an angle geometry is required to facilitate connections between elements, improve structural support and adapt to both small and large structures.
The fiberglass angle profile stands out for its light weight, strength and maintenance-free performance. For these reasons, we recommend it for projects in marine environments, adverse weather conditions, wastewater treatment plants and chemical industries.
A fiberglass angle profile is a technical profile with an angular section. Its geometry allows it to be used as a joining, reinforcing or support element in structures made up of different profiles.
Within our range of fiberglass profiles, we use the angle profile when junctions between components need to be resolved, a structural edge needs to be reinforced or the connection between different assembly elements needs to be facilitated.
We use the fiberglass angle profile in structural applications where different profiles need to be joined and the support capacity of the assembly needs to be increased.
The current product sheet highlights its use in:
This type of profile is useful when an angular component is required to form part of the joining, reinforcement or construction of a technical structure.
The fiberglass angle profile offers several advantages listed in the current product sheet:
These characteristics help us assess this profile in projects where we need a structural solution that is easy to handle, resistant and low-maintenance in use.
We recommend a fiberglass angle profile when an angular component is required to join structural profiles or reinforce a specific area of the assembly.
We also consider it when the project is carried out in demanding environments such as marine areas, wastewater treatment plants, chemical industries or locations with adverse weather conditions.
When there are specific requirements regarding load, fastening, exposure, tolerances, dimensions or supply, we review the case before confirming the final reference.
If the angle profile does not match the geometry required, we also offer other fiberglass profiles that can be considered depending on the application:
Do you need a fiberglass angle profile to join structural profiles, reinforce a structure or work in a demanding environment? At Polymec, we review the most suitable reference with you according to dimensions, weight per metre and project requirements.
We need to know the application, approximate dimensions, type of joint, position of the profile in the structure, operating environment and any assembly requirements.
Thickness forms part of the profile dimensions and helps us compare references. To associate it with specific performance characteristics, we first confirm the available technical data.
We compare both profiles when the project requires reinforcing an edge, resolving a corner or protecting a contact area. We choose the geometry according to the exact function within the assembly.
We review the exposure conditions, the type of contact with chemical agents and the applicable properties before recommending a reference or communicating specific performance characteristics.
Yes. Weight per metre helps us assess handling, transport, integration into the structure and the choice between the different available references.
