Let’s be real—cables are the unsung heroes of your business. Until they fail. A broken cable stops your production line. A noisy signal messes up your medical device. A stiff wire won’t fit in your robot’s arm. You need a cable that’s tough, flexible, and quiet—all at a price that doesn’t eat your profits. That’s exactly what our Japanese-imported 6-core 0.34 mm² shielded cable delivers. It’s built for the tough stuff: factories, hospitals, robots. No more downtime. No more signal glitches. Just a cable that works—every time.
What’s Inside the Cable? (Technical Stuff Made Simple)
We don’t hide the details. Here’s exactly what you get, in plain English:
Conductors: 6 Cores of Flexible, Tin-Plated Copper
Each core is 0.34 mm² (22 AWG)—that’s the perfect size for low-voltage power and signals. The copper is tinned (coated with a thin layer of tin) to stop rust. Even if it’s wet or humid, the copper stays shiny and conductive. The wires are stranded—7 tiny copper twists per core—so they bend without breaking. You can fold this cable 5000+ times (tested!) and it still works. No more replacing cables because they cracked.
Insulation: PVC That Stays Strong in Heat
Each conductor has a PVC insulation layer. It’s 0.25 mm thick—thick enough to stop short circuits, but thin enough to keep the cable slim. PVC is great for most environments: factories, offices, even food processing plants (it’s safe for accidental contact with food). The insulation is rated for 105°C—so if your cable is near a motor or in a hot room, it won’t melt or get sticky.
Shielding: Stops Electromagnetic Noise (EMI)
This cable has a shield—like a metal jacket—around the cores. It’s made of tinned copper braid (woven wires) that catches electromagnetic interference (EMI). EMI is the static or noise from motors, welders, or other equipment. Without a shield, that noise can mess up your signals—like a robot arm moving when it shouldn’t. Our shield blocks 90% of EMI. We also add a drain wire (a thin copper wire) to ground the shield—so the noise goes where it belongs: into the earth, not your equipment.
Sheath: Tough PVC for Rough Use
The outer layer is a gray PVC sheath. It’s 0.81 mm thick—tough enough to resist scratches, oil, and chemicals. If you drag the cable across a concrete floor, it won’t get cuts. If it’s near oil or grease (like in a factory), the sheath won’t absorb it. The sheath is also flame-retardant—if there’s a small fire, it won’t spread flames.
Electrical Specs (No Jargon, Promise)
- Voltage: Rated for 450/750 V—perfect for Japanese 100 V systems, but also works in 24 V or 48 V control panels.
- Test Voltage: We test it at 1.5 kV to make sure it’s safe—no short circuits.
- Resistance: Each core has ≤57 Ω/km (at 20°C)—low resistance means less power loss. Your equipment gets the power it needs.
- Insulation Resistance: ≥10,000 MΩ·km—so no leakage current. Safe for people and equipment.
- Capacitance: Between conductors, it’s 34 pF/ft—low enough for clear signals (no lag or distortion).
Size & Weight
- Outer Diameter: 6.8 mm—slim enough to fit in tight spaces (like robot arms or medical devices).
- Weight: 64 kg/km—light enough to handle easily, but heavy enough to stay put.
- Bend Radius: Minimum 10 mm—you can bend it around corners without damaging the cores.
Where to Use This Cable (Real-World Scenes)
This cable isn’t just for one thing. It’s for your thing—whatever you build or fix. Here are the top places we see it used:
Japanese Factories & Automation Lines
Japan has strict quality standards. Our cable meets JIS C 3307 (the Japanese cable standard) and is PSE certified—so you can use it in Japanese factories without worry. It’s perfect for controlling conveyor belts, robotic arms, or CNC machines. The shield stops noise from nearby motors—so your sensors send accurate signals.
Medical Devices (Like SPO2 Sensors)
Hospitals need cables that are safe and reliable. Our cable is used in SPO2 sensors (the ones that measure oxygen in blood). It’s flexible enough to wrap around a patient’s finger, but strong enough to handle daily cleaning. The tin-plated copper is safe for skin contact—no allergic reactions. And the shield stops interference from other medical equipment (like MRI machines or monitors).
Robotics & Drones
Robots move—a lot. A stiff cable will break in a robot’s arm. Our cable is flexible—you can twist it, bend it, and it still works. It’s used in industrial robots (like car assembly lines) and small drones. The 6 cores let you send power and signals—so you don’t need two cables. That saves space and weight.
Food & Packaging Machinery
Food plants are wet and messy. Our PVC sheath resists water and cleaning chemicals. It’s also FDA-compliant (optional)—so if it touches food, it’s safe. Use it for controlling packaging machines, bottle fillers, or ovens. The 105°C rating means it can handle the heat near ovens or fryers.
Renewable Energy (Solar/Wind)
Solar inverters and wind turbines need control cables. Our cable is used to send signals between solar panels and inverters. The shield stops noise from the inverter—so the system works efficiently. It’s also UV-resistant (optional)—so if it’s outside in the sun, it won’t crack.
Why Choose Our Japanese-Imported 6-Core Cable?
We’re not just another cable supplier. We make cables that solve your problems. Here’s why customers pick us:
It’s Built for Japan (But Works Everywhere)
Japan has some of the strictest cable standards in the world. Our cable is made with Japanese technology and meets JIS, PSE, RoHS, and REACH. Even if you’re not in Japan, you get the same quality—no cutting corners.
Tin-Plated Copper = No Rust, Easy Soldering
Bare copper rusts if it’s wet. Tin-plated copper doesn’t. That means your cable lasts longer—even in humid places (like Southeast Asia or coastal areas). And if you need to solder it (like for custom connectors), the tin layer makes it easy—no oxidation, no messy joints.
Flexible = Faster Installation
Stiff cables are a pain to install. You have to force them through pipes or around corners. Our stranded cores bend easily—so your workers can install it 2x faster. That saves you money on labor.
Shielded = No Signal Glitches
We test the shield in real conditions—near motors, welders, and变频器. It blocks EMI better than cheap foil shields. You get clear signals—no downtime from “ghost” commands or sensor errors.
Price: Factory Direct, No Middlemen
We’re a Chinese factory with 30+ years of experience. We make the cable ourselves—no middlemen. You get the same quality as big brands (like Lapp or Quabbin) but for 20-30% less. We also do custom lengths—so you don’t pay for extra cable you don’t need.
Certifications for Every Market
- Japan: PSE, JIS C 3307
- US/Canada: UL 1015, CSA TEW
- Europe: CE, RoHS, REACH
- Global: ISO 9001 (quality), ISO 14001 (environment)
Get a Quote Today—We’ll Beat Any Price for the Same Specs
You’ve read the details. You know this cable solves your headaches. Now let’s talk numbers. We offer:
- Free Samples: Test it in your factory before you buy.
- Custom Lengths: Cut to your exact size—no waste.
- Fast Shipping: 7-10 days to the US/EU, 3-5 days to Japan.
- 2-Year Warranty: If it fails (it won’t), we replace it for free.
Here’s what to do next:
- Email us at mailto:sales@yourcablefactory.com (replace with your email).
- Tell us:
- How many cores? (We have 2-61 cores—this one is 6.)
- What cross-section? (0.34 mm² is standard, but we can do 0.5-10 mm².)
- Do you need shielding? (Yes for this cable, but we have unshielded too.)
- What length? (100 m, 1000 m—your choice.)
- We’ll send a quote in 24 hours. If you find a cheaper price for the same specs, we’ll beat it.
Don’t wait until your cable breaks. Get a quote today. Your production line (or medical device, or robot) will thank you.P.S. Need help with specs? Our engineers speak English. Call us on WhatsApp: +86-138-XXXX-XXXX (replace with your number). We’re here 24/7.