Wireless Charging Magnetic Ring Magnet For Magsafe

Brand: magnet forever

Product origin: china

Delivery time: 25 days

Supply capacity: 100000 pieces/month

N52 Strong Magnet.
It is firm without displacement.
High precision automatic production.

Send Inquiry Now

Wireless Charging Magnetic Ring Magnet For Magsafe

When it comes to integrating magnets into MagSafe accessories or devices, there are several considerations and best practices to ensure effective and safe functionality. Here are some suggestions for the application of magnets in MagSafe-related products:

1. Magnet Strength:The magnets used in MagSafe accessories should be strong enough to securely attach the accessory to the device but not too strong to interfere with the device's internal components or other nearby electronic devices.

2. Proper Alignment: Magnets should be aligned correctly to ensure a secure and accurate connection between the accessory and the device. Proper alignment is crucial for reliable attachment and charging.

3. Safe Distance from Electronics: Magnets should be placed at a safe distance from sensitive electronic components, such as the device's battery and circuitry. Magnetic fields can interfere with electronic devices, so it's important to design the accessory in a way that minimizes any potential interference.

4. Consistent Polarity: Ensuring consistent polarity in the magnets used in accessories is important for a uniform and reliable connection. In the context of MagSafe, this consistency ensures that accessories attach properly and align correctly with the device.

5. Durability: Magnets and their housing should be durable and resistant to wear and tear. This is especially important for accessories that will be frequently attached and detached from the device.

6. Compatibility: If you're designing a MagSafe accessory, make sure it is compatible with the MagSafe system's specifications. This includes understanding the correct magnet configuration, size, and placement to ensure seamless integration with MagSafe-enabled devices.

7. User Experience: Consider the user experience when designing magnets into accessories. Users should be able to attach and detach accessories easily and intuitively, without the need for excessive force.

8. Heat Management: Magnets can generate heat when in use. It's essential to consider heat management in the design to prevent overheating, which could potentially damage the device or the accessory.

9. Regulatory Compliance: Ensure that the magnets used comply with relevant safety and regulatory standards. Different regions may have specific regulations regarding the strength and usage of magnets in consumer electronics.

10. Testing: Thoroughly test the accessory, including its magnetic components, to ensure it meets safety, performance, and durability standards. Testing helps identify and address any issues before the product reaches consumers.

Be sure to consult with the experts in magnet design and engineering of Xiamen Magnet Forever to ensure that the magnets are properly integrated into your MagSafe accessories to meet functional and safety requirements.

Sintered NdFeB Magnets Magnetic Properties

Grade	Br		Hcb		Hcj		(BH)max				WT
	kGs		kOe	kA/m	kOe	kA/m	MGOe		KJ/m³		℃
	Min	Max	≥	≥	≥	≥	Min	Max	Min	Max	≤
N35	11.7	12.2	10.9	868	12	955	33	36	263	287	80
N38	12.2	12.5	11.4	907	12	955	36	38	287	302	80
N40	12.5	12.8	11.4	907	12	955	38	40	302	318	80
N42	12.8	13.2	11.5	915	12	955	40	43	318	342	80
N45	13.2	13.8	11.6	923	12	955	43	46	342	366	80
N48	13.8	14.2	11.6	923	12	955	46	49	366	390	80
N50	14	14.5	10	796	11	876	48	51	382	406	80
N52	14.3	14.8	10	796	11	876	50	53	398	422	80
35M	11.7	12.2	10.9	868	14	1114	33	36	263	287	100
38M	12.2	12.5	11.3	899	14	1114	36	38	287	302	100
40M	12.5	12.8	11.6	923	14	1114	38	40	302	318	100
42M	12.8	13.2	12	955	14	1114	40	43	318	342	100
45M	13.2	13.8	12.5	995	14	1114	43	46	342	366	100
48M	13.6	14	12.8	1019	14	1114	45	48	358	382	100
50M	14	14.5	13.1	1043	14	1114	48	51	382	406	100
35H	11.7	12.2	10.9	868	17	1353	33	36	263	287	120
38H	12.2	12.5	11.4	907	17	1353	36	38	287	302	120
40H	12.5	12.8	11.6	923	17	1353	38	40	302	318	120
42H	12.8	13.2	12	955	17	1353	40	43	318	342	120
45H	13.2	13.6	12.1	963	17	1353	43	46	342	358	120
48H	13.6	14	12.8	1019	16	1274	45	48	358	382	120
35SH	11.7	12.2	11	876	20	1592	33	36	263	287	150
38SH	12.2	12.5	11.4	907	20	1592	36	38	287	302	150
40SH	12.5	12.8	11.8	939	20	1592	38	40	302	318	150
42SH	12.8	13.2	12.2	971	20	1592	40	43	318	342	150
45SH	13.2	13.8	12.3	979	20	1592	43	46	342	366	150
30UH	10.8	11.4	10.1	804	25	1990	28	31	223	247	180
33UH	11.4	12.1	10.7	852	25	1990	31	35	247	279	180
35UH	11.7	12.2	11	876	25	1990	33	36	263	287	180
38UH	12.2	12.5	11.4	907	25	1990	36	38	287	302	180
40UH	12.5	12.8	11.8	939	25	1990	38	40	302	318	180
30EH	10.8	11.4	10.1	804	30	2388	28	31	223	247	200
33EH	11.4	12.1	10.7	852	30	2388	31	35	247	279	200
35EH	11.7	12.2	11	876	30	2388	33	36	263	287	200
38EH	12.2	12.5	11.4	907	30	2388	36	38	287	302	200
30AH	10.8	11.4	10.1	804	35	2786	28	31	223	247	220
33A	11.4	12.1	10.7	852	35	2786	31	35	247	279	220
▅ Unit Conversion: 1kGs=0.1T,1kOe=79.6kA/m,1MGOe=7.96kJ/m³

Rare earth permanent magnet production process and equipment

Perfect testing equipment and process