SLD-DY-01 is made of polyolefin as base material, which contains special halogen-free flame retardant and smoke extinguishing agent, and is refined by special formula. Its flame retardant system has excellent flame retardant, cable structure design is reasonable, can pass class A combustion test, and meet the requirements of light transmittance. During combustion, no halogen acid gas is released, toxic and corrosive gas is released very little, and the smoke concentration is very low. It has excellent resistance to environmental stress cracking and good extrusion workability. Also according to customer requirements to provide anti-termite, anti-rat, UV resistance.
MoreSLD-DY-01 is made of polyolefin as base material, which contains special halogen-free flame retardant and smoke extinguishing agent, and is refined by special formula. Its flame retardant system has excellent flame retardant, cable structure design is reasonable, can pass class A combustion test, and meet the requirements of light transmittance. During combustion, no halogen acid gas is released, toxic and corrosive gas is released very little, and the smoke concentration is very low. It has excellent resistance to environmental stress cracking and good extrusion workability. Also according to customer requirements to provide anti-termite, anti-rat, UV resistance.
MoreSLD-DY-01 is made of polyolefin as base material, which contains special halogen-free flame retardant and smoke extinguishing agent, and is refined by special formula. Its flame retardant system has excellent flame retardant, cable structure design is reasonable, can pass class A combustion test, and meet the requirements of light transmittance. During combustion, no halogen acid gas is released, toxic and corrosive gas is released very little, and the smoke concentration is very low. It has excellent resistance to environmental stress cracking and good extrusion workability. Also according to customer requirements to provide anti-termite, anti-rat, UV resistance.
MoreSLD-DY-02 is made of polyolefin as base material, containing special halogen-free flame retardants and smoke suppressants, and is refined by special formula. Its flame retardant system has excellent flame retardancy, the wire can pass a single vertical combustion test. During combustion, no halogen acid gas is released, toxic and corrosive gas is released very little, and the smoke concentration produced is very low. And its hardness is higher, suitable for building BV line.
MoreSLD-DY-02 is made of polyolefin as base material, containing special halogen-free flame retardants and smoke suppressants, and is refined by special formula. Its flame retardant system has excellent flame retardancy, the wire can pass a single vertical combustion test. During combustion, no halogen acid gas is released, toxic and corrosive gas is released very little, and the smoke concentration produced is very low. And its hardness is higher, suitable for building BV line.
MoreSLD-DY-01 is made of polyolefin as base material, which contains special halogen-free flame retardant and smoke extinguishing agent, and is refined by special formula. Its flame retardant system has excellent flame retardant, cable structure design is reasonable, can pass class A combustion test, and meet the requirements of light transmittance. During combustion, no halogen acid gas is released, toxic and corrosive gas is released very little, and the smoke concentration is very low. It has excellent resistance to environmental stress cracking and good extrusion workability. Also according to customer requirements to provide anti-termite, anti-rat, UV resistance.
MoreSLD-DY-02 is made of polyolefin as base material, containing special halogen-free flame retardants and smoke suppressants, and is refined by special formula. Its flame retardant system has excellent flame retardancy, the wire can pass a single vertical combustion test. During combustion, no halogen acid gas is released, toxic and corrosive gas is released very little, and the smoke concentration produced is very low. And its hardness is higher, suitable for building BV line.
MoreThe characteristics of photovoltaic cable are determined by the special insulating material and sheathing material for the cable, which is called irradiation crosslinked polyolefin material. After irradiation by the irradiation accelerator, the molecular structure of the cable material will be changed, thus improving the performance in all aspects.
MoreThe characteristics of photovoltaic cable are determined by the special insulating material and sheathing material for the cable, which is called irradiation crosslinked polyolefin material. After irradiation by the irradiation accelerator, the molecular structure of the cable material will be changed, thus improving the performance in all aspects.
MoreWith the improvement of product quality, especially the quality requirements of power equipment, no defects are allowed. For the quality of medium voltage cables 35 and below and the gradual improvement of cable electrical performance requirements, flame retardant performance business is necessary to ensure that it is qualified.
MoreSLD-DY-03 UV irradiation crosslinking cable material is made by adding crosslinking agent in polyethylene resin and extruding granulation by twin-screw extruder with high aspect ratio. This product uses polyethylene resin in the melting state of transparent characteristics, in heating extrusion with ultraviolet light to irradiate the material, so as to trigger the cross-linked photosensitized agent to form free radicals and promote polyethylene to produce macromolecular free radicals, free radicals between the bond cooperation to form polyethylene crosslinked insulating materials.
MoreSLD-DY-03 UV irradiation crosslinking cable material is made by adding crosslinking agent in polyethylene resin and extruding granulation by twin-screw extruder with high aspect ratio. This product uses polyethylene resin in the melting state of transparent characteristics, in heating extrusion with ultraviolet light to irradiate the material, so as to trigger the cross-linked photosensitized agent to form free radicals and promote polyethylene to produce macromolecular free radicals, free radicals between the bond cooperation to form polyethylene crosslinked insulating materials.
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