Power Plants: Laying of power cables, control cables, and signal cables in main plant buildings, substations, control rooms, and desulfurization and denitrification systems, requiring high-load-bearing, fire-resistant, and interference-resistant cable trays.

Substations: Cable trenches, cable interlayers, and cable tunnels in high and low voltage distribution rooms, capacitor rooms, and relay protection rooms, ensuring stable power transmission.

Smart Grids: Cable management systems for UHV transmission line supporting facilities, distributed energy access points, and smart distribution stations.

New Energy Power Generation: Cable routing in inverter rooms, collector lines, and substations of photovoltaic power plants and wind farms, suitable for outdoor corrosion-resistant and UV-resistant environments.

Applicable to: Ladder-type cable trays, trough-type fireproof cable trays, and large-span cable trays.

Petrochemicals: Refineries, Chemical Plants, LNG Receiving stations, equipment areas, pipe corridors, and explosion-proof areas require explosion-proof, corrosion-resistant, high-temperature resistant, and chemical corrosion-resistant cable trays, commonly made of fiberglass and stainless steel.

Metallurgy and Steel: Blast furnaces, converters, rolling mills, and coking plants require high-temperature and dusty environments, resistant to high temperatures and impacts, with large spans and high load-bearing capacity; ladder-type cable trays are the primary choice.

Machinery Manufacturing: Automobile factories, machine tool factories, and automated production lines require connecting cables between equipment rooms; high flexibility, scalability, and adaptability to frequently adjusted production lines.

Mining: Underground tunnels, ore dressing plants, and hoist rooms require humid and dusty environments; explosion-proof, moisture-proof, and resistant to mechanical damage; heavy-duty cable trays are preferred.

Light Industry and Textiles: Textile mills, paper mills, and food processing plants require clean or humid environments; corrosion-resistant and easy to clean; some require sealed cable trays.

Military and Aerospace: Military enterprises, spacecraft manufacturing plants, and testing bases require high-precision equipment areas; electromagnetic interference resistant, security shielded, and highly reliable.

Applications: Fiberglass cable trays, stainless steel cable trays, and explosion-proof trough-type cable trays.

Commercial Buildings: Office buildings, shopping malls, hotels, and mixed-use complexes; wiring in power and data shafts, ceilings, and under floors; requiring aesthetics and ease of maintenance; commonly uses powder-coated trough-type or tray-type cable trays.

Residential Buildings: High-rise residential communities and apartment buildings; management of power, communication, and security cables in public areas and shafts.

Public Buildings: Schools, hospitals, libraries, and stadiums; integrated cabling systems must meet fire resistance, low-smoke, and halogen-free requirements.

Intelligent Buildings: Building automation systems, security monitoring, and smart home cabling; compatible with various low-voltage cables; requires interference shielding.

Applicable Types: Powder-coated trough-type cable trays, fire-resistant trough-type cable trays, tray-type cable trays.

Rail Transit: Stations, tunnels, and depots for subways, light rail, and high-speed rail; laying of power, signaling, communication, and traction cables, requiring earthquake resistance, fireproofing, moisture resistance, and suitability for confined spaces.

Airport Hubs: Airport terminals, aprons, and cargo areas; cabling for navigation lights, communication and navigation systems, and security monitoring systems.

Ports and Terminals: Container terminals, bulk cargo terminals, and oil terminals; outdoor high-humidity and high-salt environments; requiring highly corrosion-resistant cable trays (stainless steel/hot-dip galvanized).

Road Transportation: Highway service areas, toll stations, and monitoring centers; cable management for road lighting, communication, and ETC systems.

Applicable Types: Fireproof trough-type cable trays, earthquake-resistant trough-type cable trays, and enclosed tray-type cable trays.

Urban Integrated Utility Tunnels: Large-scale cable laying in power, communication, and integrated compartments requires standardized and modular design for easy maintenance and expansion.

Sewage Treatment: Sewage treatment plants, pumping stations, underwater and humid environments require corrosion-resistant and waterproof cable trays.

Waste Treatment: Waste incineration power plants, landfills, high-temperature and corrosive gas environments require high-temperature resistant and corrosion-resistant cable trays.

Urban Lighting: Lighting cables for urban roads, squares, and parks, outdoor environments, require aging resistance and UV resistance.

Applicable Types: Ladder-type cable trays, fiberglass cable trays, hot-dip galvanized large-span cable trays

New Energy Vehicles: Charging and battery swapping stations, battery factories, vehicle manufacturers; high-voltage cables and charging cables require fire resistance, high temperature resistance, and shielding performance.

High-end Manufacturing: Semiconductor factories, precision instrument factories, cleanrooms; ultra-clean environments require clean, low-dust, and anti-static cable trays.

Healthcare: Operating rooms, ICUs, and imaging centers in large hospitals; dedicated cables for medical equipment require interference prevention, low smoke, and halogen-free performance.

Agricultural Facilities: Modern greenhouses, farms, and agricultural product processing plants; humid and dusty environments require moisture resistance and corrosion resistance. Fireproof cable trays, shielded cable trays, ladder-type cable trays.

Applications: Fireproof cable trays, shielded cable trays, ladder-type cable trays