Semi Conductive Tubes

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Semi Conductive Tubes Specification

Layer
Multiple layer structure with semi-conductive properties

Density
1.2 Gram per cubic centimeter(g/cm3)

Coating Type
Semi-conductive coating

Surface Treatment
Smooth finish for easy handling

Thermal Conductivity
0.25 W/(mK)

Feature
Provides electrical shielding and conductivity

Installation Guideline
Ensure proper placement on cables and avoid cuts or damage.

Size
Various sizes available

Product Type
Semi Conductive Tube

Material
Thermoplastic polymer

Rated Voltage
Up to 1 kV

Tensile Strength
45 MPa

Width
Variable based on application

Thickness
2 mm

Application
Cable insulation and electrical shielding

Breakdown Voltage
15 kV

Heat Conductivity
Low

Color
Black

Max Withstanding Temperature
90C

About Semi Conductive Tubes

Our offered Semi Conductive Tubes are highly demanded in electronic and electrical industries for different applications in power cable accessories or available in different size and specifications as per the requirement of our clients. The offered tube is manufactured by our professionals using supreme quality polyolefin and the latest technology in accordance with the international norms. These tubes are available in different size and specifications as per the specific requirement of our valued customers. Further, provided Semi Conductive Tubes are known for their features like high quality, dimensionally accurate and resistant to corrosion.

Reliable Electrical Shielding & Insulation

Our semi-conductive tubes are tailored for cable insulation and shielding applications. With a cutting-edge semi-conductive coating, these tubes protect sensitive cables from electromagnetic interference and ensure reliable electrical performance. Their smooth finish allows for effortless handling, making installation both quick and secure in various electrical settings.

Optimized for Performance and Safety

Featuring a robust thermoplastic polymer and a multi-layer construction, our tubes combine flexibility with durability. With a rated voltage capacity of up to 1 kV, low thermal conductivity, and a maximum withstanding temperature of 90C, they provide dependable safety and efficiency in cable management systems.

FAQ's of Semi Conductive Tubes:

Q: How are semi-conductive tubes installed on electrical cables?

A: To ensure optimal performance, semi-conductive tubes should be carefully placed onto cables without introducing cuts, abrasions, or damage to the surface. Proper alignment and secure fitting help maintain the electrical shielding properties and mechanical integrity of the installation.

Q: What are the main benefits of using semi-conductive tubes for cable insulation and shielding?

A: These tubes provide highly effective electrical shielding and controlled conductivity, preventing interference and enhancing cable reliability. Their low heat conductivity and durable construction help safeguard cables in various electrical and environmental conditions.

Q: When should I use semi-conductive tubes in my electrical setup?

A: Semi-conductive tubes are recommended when cables require added insulation, protection from electromagnetic interference, or improved safety within systems rated up to 1 kV, particularly when consistent performance and minimal thermal conductivity are needed.

Q: Where can semi-conductive tubes be applied?

A: They are widely used in power transmission lines, electrical switchgear, control panels, substations, and industrial environments-anywhere robust cable insulation and shielding are required.

Q: What materials are used in manufacturing these semi-conductive tubes?

A: The tubes are made from high-quality thermoplastic polymers, featuring a smooth multi-layer structure with specialized semi-conductive coatings that enhance their electrical and mechanical characteristics.

Q: How does the smooth finish of the tubes facilitate handling and installation?

A: The smooth surface minimizes friction, enabling easy sliding over cables and precise positioning during setup, which reduces installation time and decreases the chance of accidental cable damage.

Q: What process ensures the semi-conductive property in these tubes?

A: A multi-layer manufacturing process is used, where the innermost and intermediate layers are formulated with semi-conductive compounds, granting the tubes their distinctive shielding and conductive abilities.

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