Shielded Room Conductive Spring

 

 

Shielded room conductive spring, It has excellent conductivity and shielding effectiveness, effectively isolating or weakening the interference of external electromagnetic fields on electronic equipment in the shielding room, and preventing the electromagnetic radiation of electronic equipment in the shielding room from leaking into the external environment.

 

 

 

Part Number	T(mm)	A	B	C	P	S	Lmax	Nodes	Surface Color
MB-TY35-01	0.1	19	4.5	7.1	9.52	1	608 mm	64	Bright Finish
MB-TY35-0S/N	0.1	19	4.5	7.1	9.52	1	608 mm	64	-0S:Tin / -0N:Nickel
MB-TY35C-01	0.1	19	4.5	7.1	9.52	1	7.62 m	800	Coil; Bright Finish
Re: Length can be cut into X nodes, X=1.2.3.4..., The surface also can be plated with Gold. Silver &Zinc etc;

 

 

 

Introduction to Conductive Reeds in Shielded Rooms

Shielded room conductive spring The electromagnetic shielding function is mainly achieved through its good conductivity and elasticity. When the doors, windows and other active parts of the shielded room are closed, the conductive reed will be squeezed, forming a tight electrical connection between the two parts that need to be shielded. This ensures that electromagnetic signals will not leak out through these gaps, thereby ensuring the shielding effectiveness of the shielded room.

In order to avoid the occurrence of electromagnetic interference, people will choose to use shielded rooms when conducting some special tests and experiments. The shielded room can not only avoid the interference of external electromagnetic signals, but also ensure that the signals inside the equipment are not leaked to the outside, so as to obtain more accurate test results.

However, in the manufacturing process of the shielded room, the conductive reed is also very important. In our company, we prioritize quality and performance. Our shielded room conductive reed design meets the highest standards and provides excellent reliability in harsh environments. The conductive reed is an important part of the shielded room. It can effectively isolate the electromagnetic signals inside and outside the room, ensuring the high isolation and stability of the indoor environment. In addition, the conductive reed can also bear the potential grounding of the shielded room, thereby improving the shielding effect.

Shielded room conductive spring are usually made of highly elastic and conductive materials, such as silver-plated metals and copper alloys. The properties of these materials ensure that the conductive reeds effectively isolate electromagnetic signals while preventing problems such as metal corrosion and oxidation, thereby maintaining their long-term stability and reliability.

Our EMI conductive springs are carefully designed with high-quality materials to meet industry standards and customer expectations. Only through careful design and manufacturing can we ensure that the shielding room has high reliability, high stability and high shielding efficiency. We prioritize performance, durability and easy integration into various electronic devices and systems. By providing free samples, we aim to build trust, cultivate long-term relationships, and give our customers confidence in our products.

In short, the shielding room conductive reed plays a very important role in the shielding room, which can effectively isolate electromagnetic signals and improve test accuracy and reliability. Therefore, professional manufacturing skills and a high level of relevant knowledge are essential to manufacturing high-quality shielding rooms and conductive reeds.

 

 

High conductivity: usually made of metal materials with good conductivity, such as copper, aluminum, etc., which can effectively conduct current and guide electromagnetic energy to the earth, thereby reducing electromagnetic interference.

Good elasticity: With appropriate elasticity, it can not only ensure that sufficient pressure is provided when the doors, windows and other moving parts are closed, so that the reeds fit closely with the contact surface, but also maintain good elastic recovery performance after multiple openings and closings, ensuring long-term and stable shielding effect.

Corrosion resistance: In order to ensure the service life under different environmental conditions, the conductive reeds in the shielding room generally have good corrosion resistance and can resist the influence of oxidation, moisture and other factors.

Rectangular spring: Rectangular in shape, usually with a larger width and thickness, providing stronger elasticity and pressure resistance. Suitable for areas with high requirements for shielding effectiveness, large gaps and need to withstand greater pressure, such as the gaps in the doors of large shielding rooms.

Easy to install: Its structure is relatively simple and usually has a certain flexibility, which is convenient for installation in the gaps of shielding rooms of various shapes and sizes, and has strong operability.

 

 

Manufacturing process of conductive springs for shielded rooms

 

 

Advantages of the company

high precision punching machine: we mainly use Taiwan vibration punch to ensure the stability of the equipment.

Quality stability: our company has full-time personnel from lQC, PQC to FQC to ensure quality stability.

Rapid tooling repair: tooling maintenance engineer with Over 10 years working experience.

Commonly used tooling accessories are stocked to ensure the stability and continuity of production;

Unique oil removal technology to ensure the surface of product clean.

Major Equipments:

Precision grinder:4 sets;

Milling machine :3 sets;

Drilling machine: 3 sets;

Wire-electrode cutting: 2 sets;

The millwrights:1 set;

Else: 5 sets

 

Electroplating on the Beryllium Copper production surface

Common appearance pictures of electroplating products

 

 

 

Environmental Requirements For Products

Our BeCu products meet the requirements of SGS report,ROHS report,REACH,Halogen-free (HF) report,etc.

 

 

 

 

1.Normal bulk Lead time: less than 3 days

2.Maximum time for special products: less than 7 days

3.Normal Lead time of free sample: less than 2 days

4.Delivery time for special products: less than 7 days

5.Completion time of manual sample production: less than 7 days

 

 

Q1: How do the conductive reeds in the shielding room achieve electromagnetic shielding?

A1: The conductive reed in the shielding room mainly achieves electromagnetic shielding by reflecting and absorbing electromagnetic waves. When the electromagnetic wave reaches the surface of the conductive reed, part of the electromagnetic wave will be reflected back by its good conductive surface, and the other part of the electromagnetic wave will generate induced current inside the reed, which will be converted into heat energy and absorbed, thereby greatly reducing the penetration rate of the electromagnetic wave and achieving the purpose of shielding the electromagnetic signal.

 

Q2: What materials are the conductive reeds in shielded rooms usually made of?

A2: The conductive reed in the shielding room is usually made of metal materials with excellent conductivity and elasticity, such as beryllium copper alloy. Beryllium copper alloy not only has good conductivity, but also has high strength and elasticity, which can meet the requirements of the conductive reed in terms of electromagnetic shielding and mechanical properties. In addition, in order to further improve the performance, its surface may also be plated with gold or silver.

 

Q3: What is the effect of surface gold plating and silver plating?

A3: There are two main functions of surface gold plating and silver plating. One is to further reduce contact resistance and improve conductivity, because gold and silver have very good conductivity, which can make the reed better conduct current when in contact with other parts and enhance the electromagnetic shielding effect. The second is to prevent oxidation. Gold and silver have good oxidation resistance, which can maintain good conductivity and smoothness of the reed surface during long-term use and extend its service life.

 

Q4: In what fields are conductive reeds for shielded rooms widely used?

A4: Conductive reeds in shielded rooms are widely used in many fields such as communications, electronic equipment testing, medical treatment, aerospace, etc. In the field of communications, they are used in shielded rooms of communication base stations and computer rooms to prevent signal interference and information leakage; in electronic equipment testing, they provide stable electromagnetic shielding for the test environment to ensure the accuracy of test results; in the medical field, they protect medical equipment from external electromagnetic interference and ensure the accuracy and safety of diagnosis and treatment; in the field of aerospace, they ensure the reliable operation of avionics equipment in complex electromagnetic environments and ensure flight safety.

 

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