The fiberglass half-round profile has excellent insulating properties. It can therefore be used both in the electrical industry and in other sectors as needed. It also features excellent chemical and mechanical properties.
The fiberglass half-round profile has excellent insulating properties. It can therefore be used both in the electrical industry and in other sectors as needed. It also features excellent chemical and mechanical properties.
| RÉFÉRENCE | Dimensions/mm | Gr/Mètre | Minimum en mètres |
|---|---|---|---|
| MCF06-00 | 6x3 | 28 | 2.500 |
| MCF15-00 | 15x7,5 | 170 | 1.500 |
At Polymec, we offer fiberglass half-round profiles for technical applications where a semicircular profile with insulating, chemical and mechanical properties is required.
We use this type of profile when we need a fiberglass component with curved geometry, defined dimensions and good performance in applications related to the electrical industry and other technical sectors.
We offer two fiberglass half-round profile 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 half-round profile is a profile with a semicircular section. This geometry allows it to be integrated into assemblies, installations or industrial solutions where a curved and stable component is required.
Within our range of fiberglass profiles, we recommend the half-round profile when the project requires a semicircular shape and when the material's insulating, chemical and mechanical properties are relevant to the application.
We use the fiberglass half-round profile in technical applications where a semicircular profile with insulating properties is required. The current product sheet indicates its use in the electrical industry and other sectors.
This profile can be considered when a fiberglass component is needed to integrate into a specific assembly, complete a technical solution or adapt to a curved geometry within an installation.
Before defining a specific application, we review the operating environment, the required dimensions, the minimum quantity in metres and the project requirements.
The fiberglass half-round profile stands out for three properties listed in the current product sheet:
These characteristics help us assess this profile in projects where not only the component's semicircular shape matters, but also the material's performance within the application.
We recommend a fiberglass half-round profile when a semicircular profile with insulating properties and a specific dimensional reference is required.
We also consider it when the project requires a curved component within an electrical, industrial or technical installation, provided the available geometry and dimensions fit the intended design.
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 half-round 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 half-round profile for an electrical, industrial or technical application? At Polymec, we review the most suitable reference with you according to dimensions, weight per metre, minimum quantity in metres and project requirements.
We need to know the application, approximate dimensions, operating environment, the component's function within the assembly and any requirements related to insulation, fit or supply.
The minimum quantity in metres helps us check whether the reference matches the quantity required for the project.
We compare both profiles when the project allows for a curved geometry. We choose a half-round profile or round rod according to the type of support, available space, fit and the function the component must perform.
We review the operating conditions, type of installation, insulation requirements and available technical documentation before recommending a reference or communicating specific performance characteristics.
The weight per metre differs because each reference has different dimensions. This information helps us compare options and assess how each dimension affects the final assembly.
