Carbon Components

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MOQ : 1 Pack

Carbon Components Specification

Usage
Automobile Industry

Material
Carbon

Application
Electrical and Mechanical Industries, Automobile, Electronics, Foundry, Furnaces

Chemical Composition
High Purity Carbon

Shape
Round, Square, Custom shapes available

Product Type
Carbon Components

Hardness
60-90 shore

Color
Black

Density
1.85 Gram per cubic centimeter(g/cm3)

Water Absorption
Less than 0.05%

Finish
Fine Machined

Color
Black

Customization
Dimensions and shapes as required

Porosity
Low

Electrical Resistivity
8-14 m

Flexural Strength
30-50 MPa

Thermal Conductivity
85-140 W/mK

Operating Temperature
Up to 3500C

Carbon Components Trade Information

Minimum Order Quantity
1 Pack

Supply Ability
1000 Packs Per Week

Delivery Time
15 Days

About Carbon Components

Product details

Compressive Strength	85-120Mpa
Material	Carbon
Usage/Application	Automobile Industry
Temperature Range	200-300 Degree C
Hardness	60-90 shore
Flexural Strength	38-75Mpa

Precision Engineered for Demanding Industries

Our carbon components are developed for use in automobile, electrical, mechanical, and foundry sectors. Their high thermal conductivity and low porosity make them reliable under extreme conditions, while their fine-machined finish ensures compatibility with advanced assemblies and systems. Customized to client specifications, these products meet industry standards for precision and durability.

Customization and Quality Assurance

We accommodate unique requirements, offering bespoke shapes-round, square, or custom-and precise dimensions. All our products undergo stringent quality checks to ensure high purity, low electrical resistivity, and minimal water absorption. This meticulous approach guarantees the long-term durability and efficiency that modern industries expect.

FAQ's of Carbon Components:

Q: How are your carbon components customized to different industrial requirements?

A: We offer customization in both dimensions and shapes-including round, square, or client-specific designs-allowing seamless integration into various applications across automobile, electronics, and furnace industries.

Q: What specific benefits do high thermal conductivity and low electrical resistivity provide?

A: High thermal conductivity ensures efficient heat transfer, crucial for applications like furnaces or electronic devices, while low electrical resistivity supports optimal electrical performance, reducing energy loss and enhancing reliability.

Q: In what types of environments can these carbon components operate?

A: Designed for use up to 3500C and resistant to water absorption (less than 0.05%), our carbon components perform reliably in high-temperature, high-demand, and low-humidity settings across industries such as foundry and automotive manufacturing.

Q: What differentiates your carbon components from others in terms of quality?

A: Our components are fabricated from high-purity carbon, feature a fine-machined finish, demonstrate low porosity, and have a density of 1.85 g/cm3. These attributes, combined with rigorous quality control, ensure exceptional mechanical strength and durability.

Q: How does the manufacturing process maintain high product standards?

A: We use specialized machining techniques and strict inspection protocols to produce components with precise hardness (60-90 Shore), flexural strength (30-50 MPa), and high dimensional accuracy, ensuring consistent performance in critical applications.

Q: Where are your carbon components typically used?

A: They find applications in the automobile industry, electrical and mechanical sectors, electronics manufacturing, foundries, industrial furnaces, and other environments where high strength and thermal properties are essential.

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