Type:10mm 180 Degree electric magnetic snap
Materiale: Ottone, ferro, magnete
Model Number: RC-E1801020
Size: 10x2mm
Color: Nickel
Imballaggio: scatola e cartone
Spedizione: LCL / DHL / FedEx / TNT / Altro
Scatto magnetico elettrico 10 mm
Descrizione
10mm Electric Magnetic Snap with 180 Degree Prong
180° Female | 180° Male | PICTURE | |
Diameter(DIA) | 10.5mm | 10 mm |
![]() 10mm Electric Magnetic Snap with 180 Degree Prong in silver easy for tin |
Thickness(T) | 2 mm | 0.6mm | |
Length(L) | 17 mm | 17 mm |
Il nostro 10mm electric magnetic snap features a 180-degree prong, allowing for easy flat installation on your devices. This magnetic electrical connector is engineered for optimal performance in various applications, making it ideal for small devices and accessories.
- Easy to Tin: Customers often require tinning for soldering onto compact devices or attachments, simplifying the installation process significantly.
- Strong Power Magnetic Strength: Equipped with neodymium magnets, each magnet snap button ensures a secure connection that won’t easily disengage.
- Low Electrical Resistance: With a resistance value below 1Ω, our electrical snap connectors guarantee efficient electrical conductivity for reliable performance.
- Quick Release Electrical Connectors: Designed for convenience, these connectors allow for easy disconnection when needed, enhancing usability.
- Customized Available: Contatto our experts today.
- Small Order Acceptable: Richarms hardware online shop
Key Features:
- Versatile design for various applications
- Ideal for small devices and accessories
- Reliable performance in electrical connections
Materiale:
Capsula femmina: Ferro, ottone comune o ottone ambientale disponibile
Capsula maschile: Ferro
Neodymium permanent magnet. Magnet Power depend on magnet size and the magnet grade
Pacchetto: pacchetto
1 set = 1 Female + 1 Male
8mm/10mm: 400 sets/box, 20 boxes/carton
Applicazione: applicazione
Upgrade your devices with our premium connettori elettrici magnetici for unmatched reliability and efficiency.