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Automatic roll material insulation protective sleeve (20)
Excellent electrical properties, soft and bendable, applicable to overhead lines in electrified railway systems, effectively solving the insulation protection problems of overhead bare wires and power busbars.
Self-curing flame-retardant (fireproof) insulating rubber sheet
Innovative self-curing, reliable insulation, excellent formability, applicable to the insulation protection of exposed electrical connection points in cables, optical cables, overhead bare conductors and lines of 35KV and below.
High-strength fire-resistant foamed rubber sealant
Sealing pipes, cables, and conduits for firewall penetration; fire prevention and leakage in cable trenches and other irregular places requiring fire and smoke prevention.
High-strength fireproof rubber mud
Applicable to sealing various holes; sealing cable openings; sealing elevator shafts and other pipe shafts in high-rise buildings.
V0 flame retardant, applicable to insulation protection, fire-resistant cable sheathing, and bundling in harsh environments such as industrial and mining areas with high flame retardancy requirements.
In case of fire, it can be ceramized, and it is flame-retardant, fireproof, and heat-insulating, effectively ensuring the smooth flow of lines and preventing secondary disasters caused by fire.
Self-induced cooling paint is a new type of zero-energy consumption cooling material with broad application prospects and huge application potential. Self-induced cooling paint is composed of high-performance resin cooling materials, pigments and fillers, etc. The coating efficiently transfers heat to the external space through its high infrared emissivity in the atmospheric transmission window band (8μm-13μm), while minimizing heat absorption by utilizing its high reflectivity of solar radiation energy. The whole process achieves rapid cooling without any energy consumption, truly realizing zero-energy consumption cooling!
Self-induced cooling film (transmission type)
The self-induced cooling film (transmission type) has an atmospheric window radiation rate of over 90% and a cooling power of more than 100W per square meter, allowing the structure to continuously transfer heat to the low-temperature source in outer space, thus achieving internal cooling; at the same time, while ensuring the required light transmittance, it maximizes the reflection of solar energy, ensuring that the covered facilities receive less heat and enhancing the cooling effect.
Self-induced cooling film (reflective type)
Self-induced cooling film (reflective type) is a high-performance new cooling material. It utilizes radiation cooling technology to reflect the heat in sunlight and the infrared rays with specific wavelengths (8-13μm) within the atmospheric window that are not absorbed by the atmosphere, achieving zero-energy consumption and continuous cooling around the clock.
Electric fire intelligent solution
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Electric fire intelligent solution
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