Hffr compound - Import export

This type of cable whose outer sheath consists of HFFR compound and core conductors made of oxygen-free stranded copper, can be used safely in studio and hi-fi systems.

This type of cable whose outer sheath consists of HFFR compound and core conductors made of oxygen-free stranded copper, can be used safely in studio and hi-fi systems.

This type of cable whose outer sheath consists of HFFR compound and core conductors made of oxygen-free stranded copper, can be used safely in studio and hi-fi systems.

This type of cable whose outer sheath consists of HFFR compound and core conductors made of oxygen-free stranded copper, can be used safely in studio and hi-fi systems.

This type of cable whose outer sheath consists of HFFR compound and core conductors made of oxygen-free stranded copper, can be used safely in studio and hi-fi systems.

These low capacitance double screened cables are mostly used in frequency-controlled motor supplies where electromagnetic interference occurs. They are also used in air conditioning systems, power plants, automotive industry, buildings, industrial pumps, heavy industry. They can be used in dry, moist, acidic and oily places with medium mechanical stress. In the event of a fire, thanks to their HFFR compound, they do not catch fire easily and the fire goes off itself. These cables have low smoke density and they do not produce poisonous and corrosive gases during fire.

These cables with tinned copper braiding protect against electromagnetic interference and signal distortion. They are commonly used where a high amount of circuit integrity is needed and where interference may prevent getting proper signals such as electronic control systems, heating and air conditioning systems and power plants. They can be used in dry, moist or wet places with medium mechanical stress. In the event of a fire, thanks to their HFFR compound, they do not catch fire easily and the fire goes off itself. These cables have low smoke density and they do not produce poisonous and corrosive gases during fire.

These cables are designed for the transmission of analogue or digital signals in indoor or outdoor connection tools and control systems. They are mainly used in communication, telecom and automation systems, petrochemical plants, oil & gas and construction industries. In the event of a fire, thanks to their HFFR compound, they do not catch fire easily and the fire goes off itself. These cables have low smoke density and they do not produce poisonous and corrosive gases during fire.