Silver Bearing Copper Commutator Segments

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Silver Bearing Copper Commutator Segments Specification

Feature
High electrical conductivity, Superior wear resistance, Durable performance

Product Type
Silver Bearing Copper Commutator Segments

Material
Silver Bearing Copper Alloy

Shape
Segment (Curved/Rectangular Section)

Purity
Copper 99.9%

Weight
Custom/As per requirement

Dimension (L*W*H)
Custom sizes (e.g. 25mm x 10mm x 6mm or as specified)

Density
8.9 Gram per cubic centimeter(g/cm3)

Grade
Industrial/High Conductivity

Application
Used in DC motors, Traction motors, Generators, Electrical machinery

Color
Copper red with metallic luster

About Silver Bearing Copper Commutator Segments

Silver Bearing Copper Commutator Segments (SBCCS)

Our company is considered to be one of the well recognized traders and exporters of Silver Bearing Copper Commutator Segments (SBCCS). At our premises, we are procuring vast range of copper commutator segments from credible vendors of the market, so that our customers receive flawless range from us. Widely used in electrical locomotives, our offered Silver Bearing Copper Commutator Segments (SBCCS) range is well appreciated in the market for its features such as unmatched performance, high durability and superior finish.

Further Details:

Range : Any Size upto 150 mm Wide
The Standard Segments TAO / HITACHI / 165 or as per specific requirement.
Slitted or unsuited Silver Contents 0.05 % to 0.25 %

We also are offering a wide assortment of precision engineered metal alloys and products like: - Beryllium Copper Strips & Rods. - Nickel Silver Sheets / Strips - Silver Brazing Alloy Strips - AGCU (silver copper)BI- Metal Electric Contact - Metal Powder - Other Metals - Phosphor Bronze Sheets / Strips - Aluminium Copper Bi - Metal (ALCU) - Electric control panel accessories - Virgin Metals - Nickel Based Metal - Gun Metal.

Year of inception: 1986.
Delivery: Immediate.
Packaging: Durable and safe packaging.
Customization: Deliver customized products.

High Conductivity and Durability

Silver bearing copper segments boast a unique composition that confers exceptional electrical conductivity and wear resistance. This distinct combination extends the service life of motor components while supporting efficient power transfer in high-performance environments.

Tailored for Diverse Applications

Whether for DC motors, traction motors, or generators, these commutator segments are customized by shape, size, and weight to precisely fit your project specifications. Industrial-grade materials ensure compatibility with a range of electrical machines, ensuring optimal operational stability.

FAQs of Silver Bearing Copper Commutator Segments:

Q: How are Silver Bearing Copper Commutator Segments manufactured?

A: These segments are crafted from a high-purity copper alloy containing silver, shaped according to specific client requirements. Advanced metalworking techniques are used to ensure optimal grain structure, durability, and consistent electrical conductivity.

Q: What are the main benefits of using silver bearing copper alloy in commutator segments?

A: The inclusion of silver enhances conductivity, wear resistance, and thermal stability compared to standard copper. This leads to better performance, reduced maintenance, and a longer service life for motor components.

Q: When should I opt for custom-shaped commutator segments?

A: Custom shapes are recommended when standard sizes do not fit your machinery or when your application demands specific electrical or dimensional properties for optimal function and reliability.

Q: Where are these commutator segments typically used?

A: They are most often found in DC motors, traction motors, generators, and other heavy-duty electrical machinery across various industries, including transportation, manufacturing, and power generation.

Q: What is the typical process for ordering these segments with custom specifications?

A: Clients provide detailed dimensional, weight, and application requirements. Based on these, the commutator segments are designed and manufactured to match the provided specifications, ensuring seamless integration.

Q: How does the high purity of copper (99.9%) affect product performance?

A: Higher purity copper ensures minimal resistance and excellent electrical conductivity, which is crucial for reducing energy loss in demanding industrial applications, contributing to enhanced efficiency and performance.

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