Testo di esempio
- +86 13720060320
- lanna@haitangs.com
Cerniere a scomparsa per armadi elettrici e Rittal
PARAMETRI DEL PRODOTTO
Descrizione
Made from stainless steel or cast iron, they support a 90°–120° opening angle, perfect for electrical enclosures, switchgear, and Rittal cabinets. As a direct factory supplier, we guarantee consistent quality, competitive pricing, and fast delivery.
Disegno quotato
| Codice | Item Number | Materiale | Trattamento della superficie |
| HG02-060 | HG02-060 | SPCC | Galvanized |
| HG02-060S | SUS304 | Lucidatura vibrante |
FAQ
What applications are suitable for concealed hinges in electrical cabinets?
These concealed hinges work well for electrical enclosures, switchgear systems, Rittal cabinets, control panels, and power distribution equipment. Because of their hidden structure, they support both industrial durability and a cleaner cabinet appearance.
Why are concealed hinges preferred for switchgear and control panels?
Concealed hinges reduce exposed hardware, which helps improve operational safety and equipment protection. In addition, the hidden installation creates a more professional enclosure design while saving external space.
Which material option is better for industrial environments?
Stainless steel provides stronger corrosion resistance and performs better in humid or demanding industrial conditions. Meanwhile, cast iron offers high structural strength and cost efficiency for heavy-duty electrical cabinet applications.
How does the 90°–120° opening angle improve usability?
The wide opening angle allows technicians to access internal wiring and components more easily during installation and maintenance. As a result, servicing becomes more efficient in electrical and power distribution systems.
Do you support OEM or custom concealed hinge solutions?
Yes. As a direct factory supplier, we support OEM production and custom hinge development for industrial projects. Therefore, customers can request specific dimensions, materials, mounting structures, or application-based modifications.
