In extreme low-temperature scenarios such as superconducting experiments, LNG storage and transportation, and aerospace exploration, the reliability of cables directly determines the accuracy of data measurement and the stability of system operation.
Today, we would like to highly recommend a special cable tailored for liquid nitrogen temperature ranges (-196℃) – the TST-SDJPI-DYT 600V series polyimide (PI) low-noise sensor cable. With its superior performance, it breaks through the limitations of extreme environments and provides an ideal solution for precision sensing and measurement!
Core Advantages: Four Highlights that Reshape the Standards for Extreme Low Temperature Cables
1. Extremely low temperature reliability is maximized, ensuring signal fidelity without any issues.
Designed specifically for liquid nitrogen temperatures down to -196℃, it maintains excellent signal integrity even under long-term operation in extreme low-temperature environments. The cable noise level is as low as <5μV/m (@1Hz-1kHz, -196℃), completely eliminating signal distortion caused by low temperatures and providing stable assurance for scenarios with extremely high signal quality requirements, such as precision measurement and superconducting systems.
2. Say goodbye to brittleness and upgrade durability
Utilizing high-quality polyimide (PI) insulation, this design fundamentally solves the industry problem of brittle and easily broken insulation layers in traditional cables at low temperatures. Verified by a -196℃ low-temperature test, the insulation and sheath showed no cracking, and it did not break down under a 2000V/5min voltage test, ensuring structural integrity and electrical safety during long-term use.
3. Lightweight design for more flexible installation
While maintaining excellent performance, it achieves a weight reduction of approximately 20%, which can effectively reduce the overall load for applications such as LNG ships and aerospace exploration where equipment weight is sensitive. With a minimum bending radius of only 6 × cable outer diameter (D), it is easier to fix and install, and is suitable for complex wiring environments.
4. Stable mechanical properties, fatigue-resistant and wear-resistant
It possesses excellent mechanical strength and fatigue resistance, withstanding over 20,000 abrasion cycles. It maintains stable performance even under frequent bending and friction conditions, easily handling both fixed installations inside LNG storage tanks and complex wiring in aerospace equipment.
Product Specifications: Two models are available to suit different needs.
Application scenario: Precisely matching the needs of extreme environments
This special cable, with its excellent low-temperature performance and signal stability , has become the preferred choice in many high-end fields.
In-tank sensing system for liquefied natural gas (LNG) storage
LNG ship submersible motor sensor back-end connection
Signal transmission in superconducting systems
Precision Measurement in Low Temperature Physics Experiments
Aerospace exploration equipment sensor wiring
High-end precision measuring instruments
From cryogenic laboratories to ocean-going LNG carriers, from aerospace engineering to superconducting technology applications, the TST-SDJPI-DYT 600V series cables, with their core advantages of “non-brittleness at low temperatures, low signal noise, lightweight installation, and long-term high stability ,” safeguard sensing and measurement in extreme environments.
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