Laboratory Ultra Fine High Temperature Cable Custom Super Thin Non-Magnetic Multi Cores Shielded Cable 4x0.02 SPC/PFA/SCR/PFA 250°C

Laboratory Ultra Fine High Temperature Cable – Custom Super Thin Non-Magnetic Multi Cores Shielded Cable 4x0.02 SPC/PFA/SCR/PFA 250°C

This custom ultra fine high temperature cable features four cores of 0.02mm² in a super thin construction for laboratory applications requiring non-magnetic properties and 250°C capability. Each conductor uses SPC silver plated copper with ultra fine stranding for maximum flexibility in the smallest possible diameter. PFA insulation provides exceptional dielectric properties and thermal stability at 250°C continuous. The four cores are configured with an overall SCR shield - silver plated copper wire braiding for comprehensive EMI protection while maintaining non-magnetic characteristics throughout. The outer PFA sheath offers excellent chemical resistance, thermal stability, and a smooth profile for this super thin multi-core design. Engineered specifically for laboratory instrumentation where space is extremely limited, magnetic materials cannot be tolerated, and high temperature performance is required.

Key Features & Technical Advantages

• 4 cores x 0.02mm² ultra fine construction

• SPC silver plated copper conductors for non-magnetic performance

• PFA insulation rated 250°C continuous

• Overall SCR silver plated copper braid shield

• PFA outer sheath for chemical and thermal resistance

• Super thin profile for space-constrained applications

• Fully non-magnetic throughout

• Custom designed for laboratory instrumentation

Specifications & Construction

Why Choose Our Ultra Fine Laboratory Cable

We specialize in extreme miniaturization for high temperature laboratory applications. This 4x0.02 design pushes the boundaries of what's possible in ultra fine multi-core shielded cable. SPC conductors and SCR shield ensure complete non-magnetic performance essential for sensitive measurements. PFA insulation and sheath provide 250°C capability in a super thin profile. Every component is selected for maximum performance in minimal space. As a specialized manufacturer, we control all production stages, offering custom configurations and technical support for your most demanding laboratory instrumentation requirements.

Typical Applications – Solving Critical Laboratory Challenges

• Cryogenic Temperature Sensors: Provides non-magnetic connections for low temperature measurements without magnetic interference

• Quantum Computing Research: Enables ultra fine signal routing in quantum systems where magnetic materials cannot be tolerated

• High Vacuum Chambers: Delivers compact, low outgassing cabling for internal instrumentation in vacuum environments

• Miniaturized Lab-on-a-Chip: Supports electrical connections for microfluidic and lab-on-a-chip experimental setups

• Magnetic Field Mapping: Provides non-magnetic probe connections for Hall effect and magnetoresistance measurements

• Thermal Analysis Instruments: Supplies high temp cabling for TGA, DSC, and other thermal analysis equipment

• Scanning Probe Microscopy: Enables ultra fine connections for SPM, AFM, and STM stage instrumentation

• Request Sample & Compliance Data - Evaluate the cable in your application

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FAQ

Q1: What is the actual size of 0.02mm² conductors?

A: 0.02mm² is extremely fine - approximately 38 AWG. This allows up to four shielded cores in a super thin overall diameter perfect for space-constrained applications.

Q2: Why is non-magnetic construction critical for laboratory applications?

A: Many laboratory measurements involve sensitive magnetic fields or materials. Non-magnetic cabling prevents interference with measurements and ensures accurate experimental results.

Q3: What temperature rating does this cable achieve?

A: With PFA insulation and sheath throughout, this cable is rated for 250°C continuous operation, suitable for high temperature laboratory environments.

Q4: What is SCR shielding and why is it used?

A: SCR indicates silver plated copper wire braiding, providing excellent EMI protection while maintaining non-magnetic properties essential for sensitive laboratory work.

Q5: Can other core counts or configurations be produced?

A: Yes, this is a custom design. We can produce various core counts, shielding configurations, and conductor sizes to meet your specific laboratory requirements.