Magnetic Ring Assembly (Open C‑Shape)

Magnetic Ring Assembly (Open C‑Shape)

C‑shape 16‑piece magnetic ring, OD54*ID46, 1.4mm arc magnet, 0.6mm iron sheet, 2.0mm total thickness. Open‑end structure suits flexible non‑circular assembly for wireless charging & injection molding.

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Beschreibung

Open C-shape segmented magnetic ring assembly, silver metal magnetic ring for wireless charging and injection molding

Outer Diameter(DIA)54mm

Inner Diameter(DIA)46mm

Thickness(T) 2.0mm
Our open C-shape split magnetic ring adopts a notched crescent structure for easier assembly and disassembly. It is widely used in magnetic positioning, low-power wireless charging and injection molding magnetic accessories. As a professional magnetic hardware manufacturer, we customize sizes, magnetic strength and surface plating for global clients, and provide sample testing, small trial orders as well as stable bulk supply all the time.

● Core Advantages of Open C Shape Magnetic Ring Assembly

‑ Open notch C-type structure, convenient for quick embedding and disassembly during production assembly.

‑ Split splicing design, flexible size adjustment, low processing cost and cost-effective for mass production.

Two silver metal washers lie on a dark surface, one lighter and one darker in color.

Monolithic closed magnetic ring with uniform magnetism for wireless charging modules

‑ Standard NdFeB magnetic core with stable basic magnetism, suitable for low magnetic demand scenarios.

‑ Thin flat ring body, easy to be embedded into plastic shells without complicated mold transformation.

‑ Multiple anti-corrosion surface treatments including nickel plating, gold plating and epoxy coating for regular working environments.

● Comparison: Open C-Shape VS Closed O-Shape Magnetic Ring

‑ Magnetic circuit performance: C-shape with open notch has incomplete magnetic loop and obvious magnetic flux leakage; closed O-shape forms full loop with uniform magnetic field.

‑ Application range: C-shape fits simple positioning, low-cost consumer electronics; O-shape for high-precision sensing, stable wireless charging and high-end equipment.

‑ Injection molding performance: C-shape notch may scratch plastic during molding; seamless O-ring causes no damage to housing and molds.

‑ Service life: C-shape split structure is easy to shift under long vibration; integral closed O-ring has no loose risk.

● Main Application Scenarios

E-commerce display of 2-in-1 wooden magnetic wireless charging stand for phone & watch

Dual-device fast charging stand with wood grain design for smartphone and smartwatch

‑ Low-cost consumer electronic accessories: portable small wireless chargers, simple magnetic positioning modules.

‑ General injection molding embedded magnetic parts: low-demand plastic smart home small parts, toy fittings.

‑ Light magnetic positioning components: portable charging brackets, simple magnetic adsorption decorations.

‑ Daily 3D ordinary toys: low-standard magnetic splicing toy models.

● Technical Specifications

‑ Structure: Multi-piece arc magnet combined open C-ring

‑ Size: Custom OD & ID on demand, standard OD54*ID46 available

‑ Arc magnet thickness: 1.5mm

‑ Iron sheet thickness: 0.6mm

‑ Overall total thickness: 2.1mm

‑ Main Material: NdFeB magnet core + precision metal outer frame

‑ Surface Treatment: Environmental nickel plating / gold plating / epoxy anti-rust coating

‑ Magnetic Grade: N35 as standard, N38 optional

‑ Working Temperature: -20℃ ~ 80℃

‑ Compliance: Meet international RoHS environmental protection standards

iPhone magnetically attached to a MagSafe wireless charging pad, shown at an angle against a blue background.

High-definition display of the magnetic power bank compatible with smartphones, demonstrating the magnetic attachment usage effect and highlighting the MagSafe magnetic charging feature

● Customization & Supply Capacity

‑ Customizable size, magnetic strength, plating finish and outer packaging labels.

‑ Independent anti-collision packaging, export carton for mass orders.

‑ Standard samples delivered within 1-3 working days; customized samples take 4-7 working days.

‑ Low MOQ for trial orders, support small batch trial production and large-volume mass delivery.

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