Apr. 02, 2026
In modern laboratory environments and advanced electrical systems, the demand for high-performance, flexible, and heat-resistant cables is increasing rapidly. Silicone insulated shielded multi-conductor cables have become a preferred solution due to their outstanding thermal stability, electrical performance, and mechanical durability.
This article introduces a custom-designed silicone insulated shielded multi-conductor and single-conductor cable solution, engineered specifically for laboratory and precision research applications.
Silicone insulated cables are widely used in environments requiring:
High temperature resistance
Excellent flexibility
Chemical and environmental stability
Reliable electrical conductivity
Compared to conventional PVC cables, silicone insulation provides superior performance in extreme conditions, making it ideal for laboratory instrumentation, testing equipment, and specialized electronic systems.
The multi-conductor cable (210005A-01 REV1) is a highly engineered product designed for high current and signal integrity.
40/0.1mm tinned copper spiral shield (equivalent to 22AWG)
30AWG tinned copper conductor
25/44AWG twisted conductors
This combination ensures:
Excellent conductivity
Superior flexibility
Reduced signal interference
Spiral shield made of tinned copper
Provides effective EMI/RFI protection
Ensures stable signal transmission in sensitive lab environments
Silicone insulation (primary)
55D TPEE (Thermoplastic Polyester Elastomer)
Benefits:
High temperature resistance (up to 200°C typical)
Excellent mechanical strength
Long service life
1.50 ± 0.10 mm
0.30 mm / 0.25 mm / 0.60 mm
Current Rating: 50A
Low resistance and stable conductivity
The single-core silicone insulated wire complements the multi-core cable for specific applications.
22AWG tinned copper conductor
154/44AWG stranded construction
Silicone insulation (white color)
Current rating: 50A
Ultra-flexible structure
Easy routing in compact systems
High reliability under repeated bending
The latest revision (REV B) introduces a critical improvement:
Replacement of PVC insulation with silicone
Higher temperature resistance
Improved flexibility
Better aging resistance
Safer for laboratory environments
This upgrade significantly enhances product performance in precision and high-demand applications.
Silicone materials can withstand extreme temperatures, making them suitable for demanding lab conditions.
Fine-stranded tinned copper conductors ensure:
Easy installation
Long bending life
Spiral shielding provides:
Stable signal transmission
Reduced electromagnetic interference
Designed to handle up to 50A, suitable for:
Power transmission
High-load equipment
Tinned copper improves:
Oxidation resistance
Longevity
These cables are ideal for:
Laboratory equipment
Research and testing systems
Precision instruments
Medical and analytical devices
High-temperature electrical systems
We support full customization based on customer drawings and specifications, including:
Conductor structure (AWG, strands)
Insulation materials (Silicone, TPEE, etc.)
Shielding type (spiral, braided, foil)
Outer diameter and tolerance
Color and marking
We provide flexible Minimum Order Quantity (MOQ) options depending on:
Cable type
Complexity of structure
Customization level
For accurate quotation, please provide:
Technical drawings (e.g., 210005A-01, 210004A-01)
Required quantities
Application details
Silicone insulated shielded multi-conductor cables represent the next generation of high-performance wiring solutions for laboratory and industrial applications. With their superior flexibility, thermal resistance, and electrical reliability, they are essential for modern precision systems.
If you are looking for a reliable cable manufacturer capable of producing custom-designed silicone cables according to strict specifications, we are ready to support your project with high-quality production and competitive pricing.
