Brief Overview:
Our shielding material is an efficient material used for shielding cable conductors and insulation, including peroxide crosslinking conductive extruded insulated cable conductors and insulation, both strippable and non-strippable, as well as thermoplastic semiconductive shielding material like silane crosslinking cable conductors and polypropylene shielding compound.
Key Features:
(1) Shielding Effectiveness: Provides effective electromagnetic shielding to prevent external interference from affecting cable signal transmission.
(2) Peroxide Crosslinking: Exhibits excellent thermal stability and mechanical strength, suitable for electrical applications in high-temperature environments.
(3) Strippable/Non-Strippable: Strippable shielding material facilitates installation and maintenance, while non-strippable shielding material provides more reliable encapsulation and protection.
(4) Thermoplastic: Thermoplastic semiconductive shielding material is easy to process and mold, suitable for various cable structures and shapes.
Benefits:
(1) Electromagnetic Compatibility: Ensures stable operation of cable systems, reducing the impact of electromagnetic interference.
(2) Reliability: Optimally designed to ensure shielding material has stable and reliable performance in various environmental conditions.
(3) Versatility: Offers different types of shielding materials, including strippable and non-strippable, peroxide crosslinking, and silane crosslinking, to meet the needs of different applications.
Usage/Application:
Suitable for the cable manufacturing industry, used for shielding cable conductors and insulation in power, communication, data transmission, and other fields.
Widely used in various cable structures, including power cables, communication cables, and fiber optic cables.
Quality/Reliability:
Manufactured using high-quality materials and advanced processes to ensure excellent quality and reliability of the shielding material.
Complies with international standards and industry specifications, meeting customer requirements for product performance and safety.
What Materials Are Best for Shielding?
The best materials for shielding depend on the type of radiation or interference being shielded against. Common shielding materials include:
Lead: Highly effective for gamma and X-ray radiation due to its high density.
Steel: Used for shielding against magnetic fields, as well as some types of radiation.
Copper: Effective for electromagnetic interference (EMI) and radio frequency interference (RFI) shielding.
Aluminum: Lightweight and effective for EMI shielding, often used in electronic enclosures.
Concrete: Provides good shielding against gamma radiation and is commonly used in nuclear facilities.
Polyethylene: Effective for neutron shielding due to its hydrogen content.
What Materials Are Used in Shielding Effect?
Materials used in the shielding effect typically include:
Metals: Such as lead, steel, and copper, which can absorb or reflect different types of radiation.
Composites: Mixtures of materials designed to enhance shielding properties, often used in aerospace applications.
Plastics: Such as polyethylene or PVC, useful for specific radiation types, especially neutrons.
What Is the Commonly Used Material for Shielding?
Lead is one of the most commonly used materials for shielding, especially in medical and industrial applications for X-ray and gamma radiation. However, the choice of shielding material often depends on the specific application and the type of radiation or interference being mitigated.
What Is the Most Effective Shielding?
The most effective shielding varies based on the type of radiation:
For Gamma and X-ray Radiation: Lead is typically the most effective due to its high density and ability to absorb high-energy photons.
For Neutron Radiation: Polyethylene or other hydrogen-rich materials are most effective because they slow down neutrons.
For Electromagnetic Interference (EMI): Copper and aluminum are highly effective due to their conductivity, which allows them to reflect and absorb electromagnetic waves.
Call to Action:
Explore our range of shielding materials to provide reliable solutions for your cable systems.
Contact us for more information or to request samples for testing.
Price/Availability:
For pricing and availability, please contact us.
