Tired of cables that break, overheat, or cause signal chaos in your machines?
You know the feeling. You build a great control panel or a complex machine. You install the wiring. But weeks later, a cable starts cracking because it moves too much. Or the signal gets fuzzy because of interference. Worst of all, your whole production line stops because of one cheap wire. That costs you money and reputation. You need a cable that bends without breaking, carries power and signals safely, and lasts for years. You need a wire that works as hard as your machines do. This is not just a piece of copper. It is the nervous system of your equipment. It needs to be tough, flexible, and reliable. We make exactly that kind of cable.
What makes this 25 Core 0.75mm² cable the right choice for you?
This cable is a powerhouse in a small package. It has 25 separate cores inside. Each core is 0.75 square millimeters in size. This size is the “sweet spot.” It is thick enough to carry power for small motors and lights. It is also thin enough to carry control signals without getting too bulky. Imagine trying to fit 25 thick wires into a small pipe. It would be a nightmare. With 0.75mm², you get the best of both worlds. You can send power and data through the same cable. This saves space, saves weight, and saves you installation time.The core material is pure copper. Not aluminum. Not a cheap mix. Pure copper conducts electricity better. This means less heat. Less heat means the cable stays cool even when it is working hard. It also means you do not lose voltage over long distances. If you have a long run from the control cabinet to the machine arm, you need that extra conductivity.
Built for movement: The “Flexible” advantage
Most cables hate movement. They get stiff. They crack if you bend them too far. But our cable is different. We use a special fine-wire stranding process. This means the copper inside is made of many tiny wires twisted together, not one solid stiff rod.
Why does flexibility matter?
Think about a robot arm. It moves all day. It twists and turns. If you use a stiff wire, it will snap at the joint. Our flexible cable moves with the robot. It can bend, twist, and flex thousands of times without breaking the copper inside. This is crucial for drag chains and moving parts. You do not need to worry about “metal fatigue.” The cable is designed to handle constant motion. It is also easy for your electricians to route. They can bend it around tight corners without using extra fittings.
Tough armor: Insulation and Sheath
A cable is only as good as its skin. If the outside gets damaged, the inside is exposed. That is dangerous. We use high-quality PVC (Polyvinyl Chloride) for both the insulation around each wire and the outer sheath.
Resistance to the real world
Factories are not clean rooms. There is oil, grease, coolant, and dust. Our PVC sheath resists these chemicals. It does not get mushy when it touches oil. It also resists abrasion. If the cable rubs against a metal frame, the sheath protects the copper.The insulation around each of the 25 cores is color-coded. This is a huge time-saver. You do not need a multimeter to find wire number 12. You just look at the color. Standard colors like blue, brown, black, and red with a yellow stripe help you wire your terminals correctly the first time. No mistakes. No short circuits.
Flame retardant safety
Safety is number one. If there is a short circuit, you do not want the cable to catch fire and spread it. Our cable meets flame retardant standards like IEC 60332-1. If it burns, it is self-extinguishing. It stops burning when the heat source is gone. This keeps your building safe.
Technical Specifications at a glance
We believe in transparency. Here are the hard numbers for the engineers and procurement managers:
- Core Count: 25 Cores (Multi-core)
- Conductor Material: Annealed fine-stranded copper (Class 5 flexibility)
- Conductor Cross-section: 0.75 mm²
- Insulation Material: PVC (Polyvinyl Chloride)
- Sheath Material: PVC
- Color Code: DIN VDE 0293 / IEC 60227 standard colors
- Voltage Rating: 300/500V (Up to 450/750V for fixed installation)
- Temperature Range: Flexing: -5°C to +70°C | Fixed: -40°C to +80°C
- Bending Radius: 8x overall diameter (Flexible) / 4x overall diameter (Fixed)
- Oil Resistance: Limited oil resistance (suitable for occasional contact)
- Flame Test: IEC 60332-1-2
- Standards: Manufactured in accordance with DIN VDE, IEC, and BS standards (Comparable to LAPP ÖLFLEX® CLASSIC 110)
Where can you use this cable? Real-world scenarios
This cable is a workhorse. You will find it in places where reliability is non-negotiable.
Industrial Automation & Robotics
This is the #1 use case. Connecting PLCs (Programmable Logic Controllers) to sensors, actuators, and servo motors. The 25 cores allow you to run a whole system from one cable. Power for the motor, signal for the encoder, and I/O for the limit switches all in one go.
Conveyor Systems & Material Handling
Conveyor belts have sensors and drives all along the line. A 25-core cable runs the length of the belt. It powers the rollers and sends “stop” or “start” signals back to the control room. Because it is flexible, it handles the vibration of the moving belt perfectly.
Machine Tools (CNC)
CNC machines have complex wiring. They need shielded signals for precision, but also power for solenoids and lights. This cable handles the mixed load. It fits into the tight spaces inside the machine housing.
Building Management Systems (BMS)
For controlling HVAC, lighting, and security systems. If you need to control 25 different zones or devices from one central panel, this is the cable you pull through the walls or ceiling plenums.
Audio and Data (Low Voltage)
While it is a power control cable, the twisted pairs can carry low-voltage data signals. It is great for connecting multi-channel audio systems in large venues or industrial paging systems where mechanical strength is needed.
Why choose our German-Standard equivalent?
You might be thinking, “Why not just buy the big brand like LAPP?” The big brands are great. But they come with a big brand markup. You are paying for their marketing, not just the copper.We produce this cable to the same German industrial standards (DIN VDE). We use the same high-grade PVC. We use the same purity of copper. We test every batch for conductivity and flexibility. The only difference? We do not have a famous logo stamped on the side. And we pass that savings directly to you.You get a cable that performs exactly like the premium brands. It fits the same cable glands. It strips the same way. It crimps the same way. But it costs less. For a trading company or a large project, this margin difference is huge. It allows you to be more competitive in your own market.We also offer customization. Need a different color for the sheath? Need a specific length? Need printing on the cable? We can do it. Big factories often say “no” to small custom jobs. We say “yes.”
Don’t let a bad cable ruin your project
You have worked hard to design your system. Do not let a cheap wire be the weak link. Electrical failures are expensive. They cause downtime. They cause fire risks. They cause headaches.Invest in quality. This 25×0.75mm² flexible copper cable is the smart choice. It is robust, flexible, easy to install, and built to last. It meets the strict standards of the European market. It is ready to ship to the US, UK, Australia, or anywhere else.We are a factory-direct supplier. We control the quality from the copper wire drawing to the final sheathing. We know what we are making.Ready to get a quote?Send us your requirements. Tell us the quantity, the destination port, and any special needs. We will send you a competitive price within 24 hours. Test a sample first if you want. We are confident that once you try our cable, you will never go back to the stiff, brittle alternatives.Click “Inquire Now” or email us to start your order today. Let’s power your machines the right way.