Medical Grade 2 Core 22 AWG Braided Shield Silicone Cable with OD 5.0mm,we also have 3 core silicone cable,10 core silicone cable in stock for sales.
Both Jacket and insulation of this cable are Silicone rubber.which make the cable feels softer ,compared with teflon wires.
The single pair shielded cable is a top-performing cable that consists of two twisted wires and an additional braiding layer for superior electromagnetic interference shielding. Encased in high-quality medical-grade silicone, this cable is ideal for various medical applications that require precise signal transmission with minimal interference.
In summary, the single pair shielded cable and its variations, including the single twisted pair cable and single twisted pair wire, are essential components for reliable signal transmission in various medical applications. With their superior electromagnetic shielding and durable medical-grade silicone coating, these cables ensure accurate monitoring and reliable regulation, ultimately improving patient care
Technical Specification
| Products name | Silicone 2 core Braided shielded cable | |
| Model | S402S | |
| Conductor | Material | Tinned Copper |
| Specification | 65/0.08 TC | |
| Insulation | Material | Silicone Rubber （Teflon optional) |
| Nom.Thickness | ||
| Nom.O.D. | ||
| Colour | White/Black | |
| Braiding | Material | Tinned copper |
| Specification | 144士3/0.08TC | |
| Coverage | >95% | |
| Wrap | Material | PTFE Tape |
| Jacket | Material | Silicone Rubber |
| Nom.Thickness | ||
| Nom.O.D. | ø5.0士0.10 | |
| Colour | Black | |
Variations of the single pair shielded cable include the single twisted pair cable and single twisted pair wire. These cables are similar in design, consisting of a single pair of diagonal twisted wires with an additional shielding layer. However, the single twisted pair cable typically has a larger outer diameter and is more commonly used for longer distance applications, while the single twisted pair wire is thinner in diameter and is commonly used for short distance applications. Both variations provide excellent electromagnetic shielding and signal transmission capabilities. The choice between these variations depends on the specific requirements of the application.
