Beryllium Copper Hollow Mesh Belt

 

 

Beryllium copper hollow mesh belt is a hollow mesh structure material made of beryllium copper wire, which has high strength, elasticity, conductivity and corrosion resistance. Due to the good mechanical and electrical properties of beryllium copper, this material performs well in high-demand electronic shielding, grounding and filtering.

 

 

 

 

Part Number	Diameter φ	Part Number	Diameter φ
B-C-1616-B-0	φ1.6mm+0.4/-0.0mm	B-C-7979-B-0	φ7.9mm+0.8/-0.0mm
B-C-2424-B-0	φ2.4mm+0.5/-0.0mm	B-C-9595-B-0	φ 9.5mm+0.8/-0.0mm
B-C-3232-B-0	φ3.2mm+0.5/-0.0mm	B-C-1313-B-0	φ12.7mm+0.8/-0.0mm
B-C-4040-B-0	φ4.0mm+0.5/-0.0mm	B-C-1515-B-0	φ15.9mm+1.0/-0.0mm
B-C-4848-B-0	φ4.8mm+0.8/-0.0mm	B-C-1919-B-0	φ19.1mm+1.0/-0.0mm
B-C-4040-B-0	φ6.4mm+0.8/-0.0mm	B-C-2525-B-0	φ25.4mm+1.0/-0.0mm

 

Note:

1. Braided wire material: beryllium copper, monel wire, tinned copper wire, tinned copper clad steel wire, tinned copper clad iron wire, stainless steel wire, etc.;

2. The surface of the braided wire can be natural color; tinned; nickel-plated; silver-plated; gold-plated, etc.;

3. For special materials and non-standard structural shapes, customization is supported. Please contact our sales manager.

Braided wire product brief number: T-S-AABB-MD-P

Remarks:

T represents the type:

T is B: beryllium copper metal braided wire; T is S: solid metal wire mesh; T is C: cored metal wire mesh; T is S: sealed metal wire mesh;

T is W: metal wire mesh belt;

S represents the shape:

S is C: round; S is R:square;S is D:D shape; S is P:P shape; S is B:B shape;

AABB: product structure size.

M represents the material: M is B:beryllium copper; M is S:stainless steel wire; M is M: monel wire; M is D:tinned phosphor copper wire; M is F:tinned copper clad steel wire;

D represents the inner core material: D is 0:none;D is N:chloroprene rubber; D is S: silicone rubber; D is P:polyurethane sponge;

P represents the appearance:0:natural color; P is S:beryllium copper tinned; P is N: beryllium copper plated with nickel; P is Z:beryllium copper plated with zinc.

 

 

introduce

Beryllium copper hollow mesh belt is a hollow mesh structure material made of beryllium copper wire, which has high strength, elasticity, conductivity and corrosion resistance. Because beryllium copper has good mechanical and electrical properties, this material performs well in high-demand electronic shielding, grounding and filtering.

Features of Beryllium Copper Hollow Mesh

1. High strength and elasticity: The beryllium copper hollow mesh structure provides excellent elasticity and strength, suitable for applications requiring high fatigue resistance.

2. Superior conductivity: Beryllium copper has high conductivity, so beryllium copper hollow mesh is suitable for occasions requiring electromagnetic shielding and conductive contact.

3. Corrosion resistance: Beryllium copper can still maintain stable performance in a humid and chemically corrosive environment, and is suitable for use in harsh conditions.

4. High temperature stability: Beryllium copper hollow mesh can work normally in a high temperature environment, is not easily affected by temperature fluctuations, and is suitable for places with large temperature changes.

 

Advantages

1. High shielding efficiency: Beryllium copper hollow mesh has excellent shielding effect, especially suitable for shielding needs of high-frequency interference.

2. Flexible and easy to install: The design of the hollow structure makes it flexible and can be wrapped around surfaces of complex shapes.

3. Long service life: The fatigue resistance and corrosion resistance of beryllium copper greatly extend the service life of the hollow net and reduce the frequency of replacement.

 

 

Applications

EMI/RFI shielding: Beryllium copper hollow mesh is used as electromagnetic shielding material in electronic equipment, aerospace, and communication equipment to reduce the impact of electromagnetic interference on precision equipment.

Grounding device: Beryllium copper hollow mesh has good conductivity and can be used as a flexible grounding element to prevent static electricity accumulation and electric shock risks.

Filter material: In some industrial filtration applications, beryllium copper hollow mesh can effectively filter tiny particles while keeping the fluid passing.

High temperature seals: The heat resistance of beryllium copper makes it suitable for use as a sealing or shielding material in high-temperature equipment to ensure stability in temperature fluctuation environments.

Our company is committed to providing high-quality and high-reliability beryllium copper hollow mesh products for multiple industries such as electronics, aerospace, communications, automobiles, and medical equipment. Relying on advanced production technology, strict quality control system and innovative R&D team, we have become the industry's leading supplier of beryllium copper hollow mesh to meet the needs of various demanding applications.

Choose us, choose high-performance and high-reliability beryllium copper hollow mesh, making shielding and conductivity more stable and efficient.

 

 

Beryllium copper hollow mesh manufacturing process

 

Design And Manufacturing Capability Of Toolings

 

Major Duties:

BeCu Fingerstock, SMD BeCu Spring, BeCu Spring, shielded room Fingerstock as well as Tooling design, manufacture andmaintenance of precise stamping parts, etc.

Advantages of the company：

Two professional Tooling designers both have more than 10

Years of design experience. We break through the technical difficulties in the stamping field with imported tooling processing equipment and powerful tooling manufacturing capacity. More than 15 sets of molds can be completed each month.

Fast delivery: 7 days for manual samples and 16 days for mass production molds

Extraordinarily Tooling life: our company adopts special mold materials for more than 100 million times.

 

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

The post-processing workshops

Deliver,shipping and serving

 

 

Fast Delivery Capacity

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

 

Powerful Manufacturing Capacity

Tooling capacity: no less than 15 sets per month

Stamping BeCu strips: no less than 20000 meters per day.

Stamping parts: no less than 100,000 pieces per day

 

Reliable Quality Assurance

Feedback time for customers' complaints about quality: less than 1 hour.

Goods exchange time: less than 1 day.

providing a full range of quality inspection reports to ensure quality and reliability of out product.

 

 

Q1: What is Beryllium Copper Hollow Mesh Belt?

A1: Beryllium Copper Hollow Mesh Belt is a mesh material woven from beryllium copper alloy wire with a hollow structure. Due to the high strength, high elasticity, good conductivity and corrosion resistance of beryllium copper, beryllium copper hollow mesh is widely used in electromagnetic shielding, conductive connection and special filtering.

 

Q2: What is the difference between beryllium copper hollow mesh belt and ordinary metal mesh?

A2: Compared with ordinary metal mesh, beryllium copper hollow mesh has higher strength, elasticity and corrosion resistance. Beryllium copper has good conductivity and is suitable for electromagnetic shielding and conductive applications, especially in high-demand occasions such as aerospace and electronic equipment, the superior performance of beryllium copper is more prominent.

 

Q3: What is the service life of beryllium copper hollow mesh belt?

A3: Due to the good fatigue resistance and corrosion resistance of beryllium copper, beryllium copper hollow mesh belt has a long service life and is particularly suitable for long-term use in harsh environments. Proper maintenance can further extend its service life.

Q4: Can Beryllium Copper Hollow Mesh Belt be customized?

A4: Yes. We provide customized Beryllium Copper Hollow Mesh Belt services in various specifications, including mesh density, size and shape, to meet customers' specific application needs.

 

Q5: How is the shielding effect of Beryllium Copper Hollow Mesh Belt?

A5: Beryllium Copper Hollow Mesh Belt is effective in electromagnetic interference (EMI) and radio frequency interference (RFI) shielding of various frequencies, which can significantly reduce the impact of interference on sensitive equipment and is suitable for applications requiring high shielding performance.

 

Q6: Is Beryllium Copper Hollow Mesh Belt easy to install?

A6: The flexible structure of Beryllium Copper Hollow Mesh Belt makes it very easy to install. It can fit closely to surfaces of various complex shapes while maintaining good shielding effect and conductivity, which is very suitable for shielding applications of complex cables, connectors, etc.

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