日本ジッパーチュービング Product Lineup

- RoHS directive compliant with 10 substances - High shielding effectiveness due to the use of aluminum foil - Zipper method enables easy long-length bundling and high fitting force

- RoHS directive compliant with 10 substances - Achieves both shielding effect and flexibility with conductive fabric - Easy to attach and detach with magic type

- RoHS directive compliant with 10 substances - Achieves both shielding effect and flexibility with metal mesh - Easy to attach and detach with magic type

- RoHS directive compliant with 10 substances - High shielding effect due to the use of aluminum foil - Easy to attach and detach with the magic type

- RoHS directive compliant with 10 substances - High shielding effectiveness due to the use of aluminum foil - Ideal for bundling branch wiring due to the hook type

- RoHS directive compliant with 10 substances - Achieves both shielding effect and flexibility through metal mesh - Realizes easy long-length bundling and high fitting force with zipper method

Depending on the environment, you can choose the shielding material. FLBF-500 Shielding material: Aluminum foil Flat cable core count: 10, 16, 20, 26, 34, 40, 50, 60 DK-800 Shielding material: Conductive fabric Flat cable core count: 10, 16, 20, 26, 34, 40, 50, 60 RLBF-500 Shielding material: Aluminum foil Flat cable core count: 26, 34, 40, 50, 60

The shield tube is an EMI countermeasure product designed for cable bundling and noise reduction. It can be added to cables after wiring, and by changing the fitting type and the material of the shielding according to the customer's application, it can provide various added values. For example… - If you want to reduce noise on long cables → The fitting type is a zipper type shield tube "SLBH" - If you want to reduce noise on bent cables → The fitting type is a magic type, and the shielding material is a conductive fabric shield tube "MLBS" - If you want to bundle while branching in the middle of wiring → The fitting type is a hook type shield tube "OLBF" In addition to the products mentioned above, we offer a variety of wiring bundling products, so please feel free to contact us if you are interested in any products. *The zipper type fitting requires a dedicated "ZT pliers." Please refer to the video below for instructions on how to use the ZT pliers.

In the telecommunications industry, the stability of high-speed data transmission is crucial. In environments susceptible to noise, shielding performance is essential, and ease of bundling long cables is also required. The shielding tubes SPHX(2) and SPHX(4) address these challenges. 【Usage Scenarios】 - Bundling of high-speed data communication cables - Protection of cables inside communication equipment - Areas requiring electromagnetic noise countermeasures 【Benefits of Implementation】 - Stabilization of data transmission due to high shielding performance - Easy installation with a zipper method - Environmental consideration through compliance with RoHS directive on 10 substances

In the automotive industry, with the increase of electronic devices, EMC (Electromagnetic Compatibility) measures have become important. In-vehicle electronic devices are susceptible to external electromagnetic waves and also generate electromagnetic waves themselves, making it necessary to prevent malfunctions and performance degradation due to mutual interference. Shielding tubes contribute to automotive EMC measures by suppressing noise generated from cables and reducing the impact of external noise. 【Usage Scenarios】 - Wiring for in-vehicle ECUs - In-car LAN wiring - Protection of sensor cables 【Benefits of Implementation】 - Compliance with EMC standards - Stable operation of electronic devices - Improved product reliability

In the semiconductor manufacturing industry, electromagnetic noise from electronic devices can adversely affect product quality and manufacturing processes in clean environments. Particularly in processes that require high-precision measurements or delicate tasks, noise can lead to malfunctions and data anomalies, potentially resulting in decreased yield and increased costs. Our shielding tubes serve as a noise mitigation solution in clean environments, suppressing electromagnetic leakage from cables and ensuring a stable manufacturing environment. 【Usage Scenarios】 - Wiring in clean rooms - Cable bundling and noise mitigation within semiconductor manufacturing equipment - Electronic component assembly lines 【Benefits of Implementation】 - Prevention of malfunctions caused by noise - Improvement in product quality - Enhancement of yield - Reduction in manufacturing costs

In the FA industry, stable operation of equipment and improved maintainability are required. When there are many wires, they become more susceptible to noise, which can lead to malfunctions. Additionally, the complexity of wiring work can decrease maintenance efficiency. Shielded tubes suppress noise from cables and contribute to the stable operation of equipment. Since they can be added later, they can easily accommodate existing wiring and promote reduced wiring. 【Usage Scenarios】 - Wiring for FA equipment - Wiring inside control panels - Cable protection for robotic arms - Cables that require noise countermeasures 【Effects of Implementation】 - Reduction of malfunctions due to noise - Shortening of wiring work time - Stable operation of equipment - Improved maintainability

In the telecommunications industry, the stability and reliability of signals are extremely important. Noise can cause signal degradation, leading to communication errors and performance declines. Particularly in signal preservation, it is essential to prevent electromagnetic interference from external sources and ensure accurate signal transmission. Shielding tubes contribute to improving signal quality by suppressing noise generated from cables and reducing the impact of external noise. 【Usage Scenarios】 - Noise countermeasures for communication cables - Protection of signal transmission paths - Electromagnetic wave countermeasures within electronic devices 【Effects of Implementation】 - Improved signal quality - Reduced communication errors - Stable operation of equipment - Enhanced system reliability