카운터 싱크 네오디뮴 자석

Countersunk neodymium magnets are ingeniously crafted to allow fasteners or nuts to sit flush with their surfaces, providing three key benefits. Firstly, they harness the power of magnetism to effectively attract and consolidate two joining surfaces for enhanced bonding. Secondly, countersunk holes evenly distribute fastener weight, mitigating the risk of fractures in the delicate magnets by preventing concentrated stress points. Lastly, they contribute to a visually appealing finish whenever the magnets remain visible.

Customized Countersunk Neodymium Magnets Wholesale

Countersunk neodymium magnets are ingeniously crafted to allow fasteners or nuts to sit flush with their surfaces, providing three key benefits. Firstly, they harness the power of magnetism to effectively attract and consolidate two joining surfaces for enhanced bonding. Secondly, countersunk holes evenly distribute fastener weight, mitigating the risk of fractures in the delicate magnets by preventing concentrated stress points. Lastly, they contribute to a visually appealing finish whenever the magnets remain visible.

Features Of Countersunk Neodymium Magnets

In general, using double-sided tape to attach neodymium magnets to other objects is very handy. Sadly, not all materials lend themselves to the use of double-sided tape.

Double-sided tapes should generally be used on solid, non-porous surfaces that are reasonably level and secure. This will aid in forming a powerful and long-lasting connection between the cassettes. Meanwhile, some materials should not be used with double-sided tape. As a result, we will create countersunk neodymium magnets for you to bolt into place.

The materials listed below are not appropriate for double-sided adhesives. You should also consider using countersunk neodymium magnets to secure them to these surfaces.

Porous surfaces, such as timber or concrete, can absorb the glue of double-sided tapes, lessening the bonding effects.

Irregular or uneven surfaces, such as patterned carpeting or raw wood workpieces, can make it difficult for the adhesives to create a dependable gluing effect.

Fluid or flexible surfaces, such as rubber or vinyl, can cause adhesives to lose their hold and break free quickly.

Sliding surfaces like shiny metal or smooth plastic can cause the cassettes to move or shift.

Oily or sticky surfaces, such as metal equipment components, can prevent adhesives from adhering correctly.

These materials can be challenging because they cause the tape to lose its hold and come free. As a result, screwing the neodymium magnets will be a preferable option.

차원 식별

Countersunk neodymium magnets have the same physical identity as other forms. The main distinction is that you must describe the countersunk holes’ lengths, angles, and locations.

Countersunk holes (or screw holes) have two parts: a central hole and a significant cavity.

d denotes the interior circumference.

M stands for the width of the central opening.

It is preferable to include the countersunk corners.

It is preferable to use precise numbers to show dimensions rather than generic model numbers such as M4.

There are metric and imperial measurements; sometimes, the differences cause the fasteners and openings to mismatch.

사용 가능한 치수

To open countersunk neodymium magnets, you will need to consider the screw diameters. Aside from that, the measurements are the same as for other forms.

The magnet’s breadth and length cannot be less than the central opening diameter, and a spacing of at least 1 millimeter is preferable. Chamfers will also be required on their sides.

성적

네오디뮴 자석은 N35에서 N55에 이르는 다양한 카테고리와 특정 용도에 맞는 고온 구성으로 제공됩니다.

네오디뮴 자석 수업에 대해 자세히 알아보려면 입문서를 읽어보세요. 자신에게 가장 적합한 학교 레벨을 결정하는 데 도움이 될 것입니다.

자화 방향

The polarization orientations of countersunk neodymium magnets will be the same as their non-countersunk cores. There is no particular thought for patterns with openings.

If you need a neodymium disc magnet with a cavity in the middle, the polarization patterns will be the same as if the disc did not have an opening.

코팅

It is critical to use appropriate surface preparation on neodymium magnets. Depending on your particular uses, you have several choices.

In general, neodymium magnets with countersunk openings will function with another component. This implies they are typically concealed or covered. You can think about more cost-effective treatments.

옵션 디자인

How can we guarantee the integrity of countersunk holes?

There are several factors to remember when creating countersunk openings in metal. We must take care not to damage the magnets. We keep the following pointers in mind when providing the finest countersunk openings.

Drill the countersunk holes with the appropriate drill blades in the correct sequence. Making a relatively big opening in a tiny area is one unique consideration. The neodymium magnets are delicate and may fracture if you use a big drill bill to create the opening in one stage. As a result, we prefer to start with a tiny drill bit and then move on to the larger one.

Maintain the sharpness of the drill blades. A worn or broken drill bit can cause the opening to be irregular or angular, leaving burs on the border. The function and look of the countersunk openings will suffer as a result.

To keep neodymium magnets from burning, drill at moderate rates. Drilling at high speeds can cause the neodymium substance to heat up and become fragile. Neodymium magnets are sensitive to high temps.

Ultimately, it is critical to exercise caution when drilling countersunk holes in neodymium magnets. Osenc makes every effort to ensure that the gaps have no detrimental consequences.

Factors Determining Quality Of Countersunk Holes

Countersunk openings appear straightforward, but that does not mean we should overlook their quality. A variety of variables influence the quality of countersunk gaps in neodymium magnets. Among the most significant variables are the following:

Countersunk holes should have the proper sizes and angles to suit the screws used. Screws cannot be inserted easily if the openings are too tiny. If the doors are too large, the magnets may move slightly. Fastening the fasteners can cause the attractions to fracture or shatter if the angles are incorrect.

The positions: The openings in neodymium magnets should be precisely positioned. You can put the fasteners directly into the magnetic components in this manner. If the doors are not correctly lined, the pins may join or be challenging to connect.

The margins should be clean and free of burrs and uneven areas. These minor flaws can cause fasteners to bond or fail to achieve their proper locations.

The profundity of the openings must be appropriate for the length of the fasteners. The doors should be deep enough to insert the pins entirely without causing spaces between the magnet surfaces and magnetic components.

We will do everything possible to ensure the integrity of the countersunk openings. As a result, they satisfy these requirements and will work correctly in the final goods.

Disadvantages Of Magnets With Countersunk Holes

The main benefit of drilling countersink holes in neodymium magnets is that they can be used instead of double-sided tape to secure and position the magnets. However, this also has a drawback: countersinking perforations would diminish the magnets’ attraction and mechanical power.

Countersunk perforations in neodymium magnets decrease the magnet’s substance. This reduces its magnetic power.

Instead of countersinking perforations in neodymium magnets, people usually use glue or other mechanical attachments to connect them to a surface.

Where To Buy?

Get an estimate for countersunk neodymium magnets from us immediately.

We can make it precisely to your requirements.

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