The square fiberglass rod can be used in various sectors. Its high strength, flexibility and durability make it the ideal profile for both domestic environments and adverse weather conditions.
The square fiberglass rod can be used in various sectors. Its high strength, flexibility and durability make it the ideal profile for both domestic environments and adverse weather conditions.
| RÉFÉRENCE | Dimensions/mm | Gr/Mètre | Minimum en mètres |
|---|---|---|---|
| CFV04-00 | 4 x 4 | 34 | 1500 |
| CFV05-00 | 5 x 5 | 50 | 1500 |
| CFV06-00 | 6 x 6 | 75 | 1000 |
| CFV07-00 | 7 x 7 | 100 | 1000 |
| CFV10-00 | 10 x 10 | 200 | 500 |
| CFV14-00 | 14 x 14 | 340 | 500 |
| CFV25-00 | 25 x 25 | 1156 | 200 |
| CFV30-00 | 30 x 30 | 1665 | 200 |
| CFV40-00 | 40 x 40 | 2960 | 200 |
| CFV50-00 | 50 x 50 | 4621 | 200 |
At Polymec, we offer fiberglass square rods for projects where a profile with a square section, defined dimensions and good performance in different operating environments is required.
We use this type of rod when we need a solution with high strength, flexibility and durability, both for domestic applications and for adverse weather conditions.
We offer different fiberglass square rod references with defined dimensions, weight per metre and minimum quantities in metres, allowing us to guide the selection according to the needs of each project.
A fiberglass square rod is a technical profile with a square section. Its geometry allows it to be integrated into assemblies, lightweight structures, support solutions or applications where a straight component with flat faces and regular dimensions is required.
Within our range of fiberglass profiles, we recommend the square rod when the design requires a uniform section and when different dimensions need to be compared according to weight per metre and minimum supply quantity.
We use fiberglass square rods in a range of sectors. The current product sheet indicates that this profile is suitable both for domestic environments and for adverse weather conditions.
This type of rod can be considered when a square fiberglass component is required to integrate into an assembly, complete a structure or address a technical application with a specific dimensional reference.
The fiberglass square rod stands out for the following characteristics listed in the current product sheet:
These advantages help us assess this profile in projects where we need a stable, adaptable component suited to different working environments.
We recommend a fiberglass square rod when a profile with a square section, regular dimensions and different dimensional options is required.
We also consider it when the project requires a component with flat faces that is easy to integrate into an assembly and suitable for environments where strength, flexibility and durability are required.
When there are specific requirements regarding fit, tolerances, exposure, assembly or minimum supply quantity, we review the case before confirming the final reference.
If the square rod 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 square rod for a technical or domestic application, or one exposed to adverse weather conditions? 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, operating environment, the rod's function and whether it needs to integrate with other profiles or components.
The minimum quantity in metres indicates the minimum quantity associated with each reference. We review it before preparing the enquiry to avoid selecting a size that does not match the project's actual needs.
We compare both options when the project allows for several geometries. We choose a square or round section according to the type of support, available space, assembly and integration with other elements.
We review the weather conditions, expected exposure, type of assembly and applicable properties before confirming the most suitable reference.
Weight per metre increases because references with a larger cross-section contain more material. This information helps us compare options and assess how each size affects the final assembly.
