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High Temperature Cables TEBAOFLEX

300/500V SiHF-P Cable – GSWB Braided Multicore Silicone Rubber Cable

300/500V SiHF-P Cable – GSWB Braided Multicore Silicone Rubber Cable is a TEBAOFLEX cable for the application and operating conditions identified in the original product record. This GSWB braided silicone cable is commonly used where high temperature resistance and mechanical protection are both important. TEBAOFLEX SiHF-P cable is a flexible 300/500V multicore silicone rubber power and control cable with galvanized steel wire braid protection. It is built for high-temperature industrial wiring where heat resistance, flexibility, and mechanical durability are required. Send the exact size, length, installation duty and documentation requirements for a technical quotation.

Product information
SKU
SiHF-P
Brand
TEBAOFLEX
Product overview

300/500V SiHF-P Cable – GSWB Braided Multicore Silicone Rubber Cable is a TEBAOFLEX cable for the application and operating conditions identified in the original product record. This GSWB braided silicone cable is commonly used where high temperature resistance and mechanical protection are both important. TEBAOFLEX SiHF-P cable is a flexible 300/500V multicore silicone rubber power and control cable with galvanized steel wire braid protection. It is built for high-temperature industrial wiring where heat resistance, flexibility, and mechanical durability are required. The source record places this product in high temperature cables. Before ordering, confirm the exact product variant, conductor or core arrangement, system rating, route conditions, equipment connection and required documentation against the project specification. The requested 300/500V SiHF-P Cable – GSWB Braided Multicore Silicone Rubber Cable should be evaluated as a complete cable assembly: review its intended equipment, conductor arrangement, installation method, movement duty, environment, terminations, dimensions and required documentation together. The V2 layout keeps the source-listed construction, application, technical and standard information available for a controlled engineering and procurement review. Use the Request Quote section to confirm the exact configuration, route conditions and documentation requirements before production or replacement ordering.

Construction

300/500V SiHF-P Cable - GSWB Braided Multicore Silicone Rubber Cable construction

Cable Construction

  1. Conductor: Fine stranded tinned copper wire for flexibility and stable electrical performance.
  2. Core insulation: Silicone rubber insulation for heat resistance and electrical separation between cores.
  3. Core assembly: Multicore design available from 2 to 24 cores for power and control wiring.
  4. Inner protection: Silicone rubber sheath supports flexibility and helps protect the assembled cores.
  5. External braid: Galvanized steel wire braid provides additional resistance against abrasion, cutting, and mechanical impact.
  6. Outer surface: Red silicone rubber finish for clear identification in industrial environments.
Applications

300/500V SiHF-P Cable - GSWB Braided Multicore Silicone Rubber Cable applications

Applications

This GSWB braided silicone cable is commonly used where high temperature resistance and mechanical protection are both important.

  • Steel mills and metallurgical plants
  • Foundries, smelting areas, and heat treatment equipment
  • Glass manufacturing and ceramic production lines
  • Industrial ovens, dryers, and heating systems
  • Machine tools, control panels, and automation equipment
  • Areas with abrasion, friction, or cable movement risk

Selection checks

Confirm the equipment interface, installation method, route length, movement or flexing duty, environmental exposure, conductor or core requirements and project documentation before final selection.

Specifications

300/500V SiHF-P Cable - GSWB Braided Multicore Silicone Rubber Cable specifications

The source-listed technical notes are retained below. Confirm the final size, tolerance, installation basis and ordered configuration before release.

SiHF-P Cable for High-Temperature Power and Control Wiring

The TEBAOFLEX SiHF-P cable is designed for industrial equipment and plant wiring exposed to heat, abrasion, and mechanical stress. It combines flexible tinned copper conductors, silicone rubber insulation and sheath, and an external galvanized steel wire braid for added protection in demanding working areas.

This 300/500V silicone rubber cable is suitable for power, control, and signal connections in environments where standard PVC or rubber cables may harden, crack, or lose flexibility under temperature changes.

Red SiHF-P silicone rubber cable with galvanized steel wire braid SiHF-P multicore cable with tinned copper conductors and GSWB protection 300/500V GSWB braided silicone rubber cable for high temperature wiring

Source-listed technical tables

The tables below retain the original product data, including units, ranges and ordering examples.

Product NameSiHF-P Cable
Voltage Rating300/500V
Core Options2 to 24 cores
Working Temperature-60°C to +180°C
ConductorFlexible tinned copper wire
Insulation MaterialSilicone rubber
Sheath MaterialSilicone rubber
Outer ProtectionGalvanized Steel Wire Braid (GSWB)
ColorRed
Standards

300/500V SiHF-P Cable - GSWB Braided Multicore Silicone Rubber Cable standards and compliance

A targeted public-reference check found the following terminology or standard context. It is provided for procurement cross-checking only and is not a TEBAOFLEX certification claim:

  • The TEBAOFLEX high-temperature cable category cross-references BS 6231, BS G210, EN 50525, UL 1015 and CSA or project requirements for related high-temperature cable families.

Category-level reference only; confirm whether the ordered SiHF-P construction carries any specific marking, approval or certificate.

Where a project requires a test report, certificate, marking record or inspection release, include that requirement in the quotation request.

Engineering-led quotation

Request a cable recommendation and quotation

Send the required services, cable length, mechanical duty, environment, termination and quantity. Our team will review the application before quoting.

  • Include the product name or SKU plus the required cable length and quantity.
  • Attach a specification, drawing or data sheet when available.

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