Industry News

LSOH Control Cable Without Armour 450/750V is designed for control circuits that require dependable signal transmission and low-smoke, halogen-free cable materials. With a rated voltage of 450/750V, this cable type can be considered for electrical control systems in commercial buildings, industrial facilities, and other installations where smoke and corrosive gas emissions are important fire-safety considerations. Cable selection should account for conductor size, core count, insulation and sheath materials, installation conditions, and applicable standards.

Electrical systems in modern buildings and industrial facilities require reliable wiring solutions that can maintain stable performance under demanding conditions. A 750V Mineral Insulated Cables solution provides excellent protection, durability, and reliable power transmission for applications where safety and stability are important.

The BBTRZ Flexible Fire-resistant Cables represent a significant advancement in power transmission safety. This article examines the construction, performance characteristics, and practical applications of these specialized cables. From material composition to installation advantages, the discussion provides a comprehensive overview of why this cable type has become a preferred choice for critical infrastructure projects worldwide.

IEC 60227 Single Core PVC Cable is one of the most widely used electrical conductors in residential, commercial, and industrial wiring systems. This article explains its structure, standards, applications, advantages, installation guidelines, and safety considerations in detail. It also addresses common customer concerns such as durability, overheating risks, and proper selection methods to help ensure safe and efficient electrical systems.

Plastic-insulated control cables are widely used in industrial automation, power supply systems, municipal engineering, building automation, and other fields, playing a crucial role in signal transmission and circuit control. Their insulation withstand voltage performance directly determines the safety of electrical systems and the stable operation of equipment. Therefore, the cable's factory withstand voltage test is a core quality control step to ensure product quality and prevent potential hazards such as leakage, short circuits, and breakdowns. All tests strictly adhere to the national standard GB/T 9330-2020 to ensure that every batch of products meets compliance standards.

In the procurement of low-voltage cables, the choice of sheath material often determines the cable's service life and safety level. Currently, the mainstream sheath materials on the market are PVC (polyvinyl chloride) and PE (polyethylene), each with its own advantages. Choosing the wrong material not only wastes budget but may also create safety hazards.