Compared to traditional cables, high-temperature shielded cables have achieved several technological improvements. First, their temperature range is significantly extended, allowing stable operation within a wide temperature range of -60℃ to 250℃, avoiding insulation aging or conductor deformation caused by temperature increases.
Second, the shielding layer design improves their electromagnetic interference resistance by more than 30%, making them particularly suitable for strong electromagnetic environments such as industrial automation and data centers. Furthermore, the flexibility of materials such as silicone rubber makes the cable less prone to breakage under repeated bending or vibration, extending its service life.
