Tired of Signal Noise and Corroded Wires?
You know the feeling. You install a new control system or data network, and everything works fine at first. But a few months later, signals start dropping. Screens flicker. Sensors give wrong readings. You check the wires and see green oxidation on the copper or the jacket has cracked from constant movement. This is not just annoying. It causes machine downtime and costs you money in repairs.In factories, outdoor security systems, or medical equipment, cables face tough enemies. Moisture, oil, chemicals, and constant bending attack standard wires. Bare copper gets “copper oxide” and becomes brittle. Cheap shielding lets electromagnetic interference (EMI) mess up your data.We built the 26-core 0.14 sq mm shielded cable to stop these headaches. It uses tin-plated copper to fight rust. It has a strong shield to block noise. And the jacket is flexible enough to move but tough enough to last. This is not just a wire. It is a reliable tool for your business.
What Makes This Cable Special?
This is a high-quality signal/data/control cable designed for professional use. We focus on three main things: protection, flexibility, and signal purity.
Superior Conductor: Tin-Plated Copper
Why do we use tin? Copper is the best conductor, but it rusts easily. Tin acts like a shield for the copper.
- Anti-Corrosion: If the jacket gets a small scratch, the tin protects the copper underneath. It stops oxidation caused by water or salt air. This is critical for marine or outdoor use.
- Easy to Solder: Tin makes the wire easy to solder. You don’t need special fluxes or high heat. The solder flows smooth and creates a strong joint fast.
- Flexibility: We use very thin strands of copper (stranded conductor) before plating. Each strand moves independently. This means the cable can bend thousands of times without breaking inside. It is perfect for moving parts like robot arms or cable chains.
- Safety: Tin is non-toxic. Unlike lead-based solders, this is safer for your workers and the environment.
Advanced Shielding for Clean Data
You need your data to be accurate. Motors, welders, and power lines create “electrical noise.” This noise can corrupt your signals.
- Aluminum Foil + Braid: We use a combination shield. Usually, this means an aluminum foil tape wrapped around the cores, plus a braided copper mesh. This double layer catches 95% or more of interference.
- Drain Wire: We include a bare copper drain wire. This makes grounding the shield very easy. You just connect one wire to the ground, and the whole shield works.
- Twisted Pairs: Inside the 26 cores, the wires are twisted in pairs. This cancels out noise from adjacent wires. Your 0-10V analog signals or RS485 data stay clean.
Tough and Safe Jacket Materials
The outside layer protects the inside. We offer different jackets based on your needs.
- PVC (Polyvinyl Chloride): This is the standard choice. It resists oil, acid, and alkali. It works well in -40°C to +80°C. It is flame retardant (self-extinguishing).
- PUR (Polyurethane): If you need extreme flexibility, choose PUR. It is much softer than PVC and resists abrasion better. It is great for drag chains.
- LSZH (Low Smoke Zero Halogen): For public buildings like hospitals or schools, use LSZH. If it burns, it creates very little smoke and no toxic halogen gas.
Technical Specifications Table
Here are the hard numbers for engineers and buyers. You can compare this directly with other suppliers.
| Parameter | Specification | Note |
|---|---|---|
| Conductor Material | Tinned Copper | High purity, oxygen-free for best conductivity |
| Conductor Size | 26 AWG / 0.14 mm² | Also available in 0.15 mm² or 24 AWG |
| Number of Cores | 26 Cores | Can be customized (2 to 60 cores) |
| Stranding | 7/0.16 mm or similar | Flexible stranded construction |
| Insulation | PVC or PE | Color-coded (DIN or IEC standard) |
| Shielding | Foil + Braid (CuSn) | Coverage > 85% or > 95% optional |
| Voltage Rating | 300V / 300V | UL/CSA rated |
| Temperature Range | -40°C to +80°C | Static: -40 to +80°C; Dynamic: -25 to +80°C |
| Bending Radius | 4x to 6x Diameter | Minimum bend without damage |
| Outer Diameter | Approx. 5.5mm – 7.0mm | Depends on jacket and shield type |
| Capacitance | < 120 pF/m | Low capacitance for high-speed data |
| Resistance | < 135 Ω/km | 26 AWG specific |
| Certifications | CE, UL, CSA, RoHS | Export standard for USA/EU |
Where to Use This Cable? (Real World Scenarios)
Don’t just buy a cable. Buy a solution for a specific job. Here is where this 26-core shielded cable shines:
Industrial Automation & Robotics
Factories are full of noise. VFDs (Variable Frequency Drives) and servo motors scream with electrical noise.
- Use Case: Connecting a PLC (Programmable Logic Controller) to a remote I/O station.
- Why: The 26 cores let you carry power, ground, and multiple digital/analog signals in one cable. The shield stops the motor noise from resetting the PLC. The tin-plated copper handles the heat in control cabinets.
Building Management Systems (BMS)
Modern buildings are smart. They have sensors for temperature, smoke, motion, and light.
- Use Case: Running sensors from the 10th floor down to the basement server room.
- Why: You need a cable that fits in elevator shafts (flexible) and won’t release toxic smoke if there is a fire (LSZH option). The 0.14 sq mm size is small enough to pull through walls easily but carries enough current for 24V sensors.
CCTV and Security
Security cameras need video, power, and control (RS485 for PTZ) all at once.
- Use Case: A 26-core cable can handle 4 cameras (Video + Power + Data each) with spares.
- Why: Outdoor cameras face rain and sun. UV-stable PVC jackets prevent cracking. The shield stops “ghosting” or lines on the video screen caused by nearby radio towers.
Medical and Lab Equipment
Hospitals cannot afford interference. A glitch in a monitor can be dangerous.
- Use Case: Connecting patient monitoring stations to a central nurse station.
- Why: Signal integrity is life-critical. The twisted pairs ensure ECG or EEG data is accurate. The cable is easy to clean and resists hospital-grade disinfectants.
Audio and Broadcast
- Use Case: Patch bays in recording studios or conference room microphone arrays.
- Why: Low capacitance means high frequencies (treble) are not lost over long cable runs. The flexible jacket makes it easy to route behind desks.
Why Buy From Us? (The Trading Company Advantage)
You are a trading company or an engineer looking for a factory partner. You need reliability.
- Consistent Quality: We test every batch. We check the copper purity, the tin plating thickness (microns), and the shield coverage. You get a COA (Certificate of Analysis) with every shipment.
- Customization: Need 30 cores instead of 26? Need a gray jacket instead of black? Need 305-meter reels or 50-meter coils? We can do it. We have extrusion lines and stranding machines ready.
- Price: We control the raw material cost. Because we buy copper and tin in bulk, we beat the price of small job shops.
- Logistics: We know export rules. We pack coils on pallets with plastic wrap and stickers. We handle the paperwork for USA (UL), Europe (CE), or other markets.
Don’t Wait for the Next Breakdown
Bad cables cost more than the price of the wire. They cost machine time, labor hours, and reputation.Upgrade your project with a cable that lasts. The 26-core 0.14 sq mm shielded cable with tin-plated copper is the smart choice for data and control. It resists corrosion, blocks noise, and bends without breaking.Ready to get a quote?Send us your requirements now. Tell us the core count, jacket material, and length you need. We will send you a competitive price within 24 hours. Let’s build something reliable together.[Send Inquiry Now for Best Price]