Lightning Warning Linkage Telescopic Mast In addition to the function of predicting lightning in advance, the lightning warning system can also control the rise and fall of the telescopic mast through the lightning warning system, and has the function of displaying the lifting height. The details are as follows: ① When lightning occurs, the telescopic mast is automatically raised through the operation of the cloud platform to lead the lightning into the ground to avoid the damage caused by lightning strikes. ② When the thunderstorm stops, the telescopic mast is automatically lowered through the operation of the cloud platform to avoid wasting space. Lightning Warning Linkage Telescopic Tower After the lightning warning is given to the entire area, the telescopic tower can be linked for emergency treatment. After the system warning, the signal receiving device of the telescopic tower will receive the warning signal and automatically rise according to the scene settings. After the weather turns clear, it can automatically land according to the settings. You can also operate the remote control switch to control the landing. The telescopic tower is easy and flexible to assemble on site, and the station can be completed in 1 hour; it is widely applicable and has strong adaptability to various external conditions; the structure has a long service life, and the service life is 30 years under the premise of regular maintenance
Lightning Rod of Direct Lightning Protection The Active Early Discharge Lightning Rod is an intelligent lightning protection device integrating active lightning interception, monitoring, and remote data transmission. Using solar power and electric field induction technology, it generates an upward leader earlier and provides faster, more stable lightning interception compared with traditional lightning rods. The built-in lightning data acquisition system records key parameters, including strike time, current intensity, polarity, energy, and environmental conditions, and uploads data in real time through a 4G network. Users can remotely monitor device status and lightning records via web or mobile platforms. It is widely used for direct lightning protection in buildings, communication base stations, energy facilities, petrochemical sites, wind power, photovoltaic systems, and industrial facilities, providing an intelligent upgrade solution for modern lightning protection systems.
Stainless Steel Lightning Rod Pole Material Stainless Steel (304/316 optional) Features Excellent corrosion resistance High mechanical strength and durability Clean appearance with long service life Suitable for harsh outdoor environments Applications Buildings Coastal areas Chemical facilities Communication stations High-end architectural projects 2. FRP Lightning Rod Pole Material Fiber Reinforced Plastic (FRP) Features Lightweight and easy installation Excellent electrical insulation performance Corrosion resistant and weatherproof Suitable for areas requiring non-metallic structures Applications Communication towers Power facilities Petrochemical sites Industrial plants Special environments with insulation requirements 3. Galvanized Steel Lightning Rod Pole Material Galvanized Steel (Hot-Dip Galvanized Steel) Features High strength and strong load capacity Good corrosion resistance with galvanized coating Cost-effective solution for outdoor use Suitable for large-scale lightning protection projects Applications Industrial facilities Power substations Telecommunication sites Warehouses Outdoor structures
GH Ring-Type Self-Supporting Lightning Protection Tower Material High-strength steel structure Hot-dip galvanized surface treatment for corrosion resistance Features Ring-type self-supporting design Stable structure with high wind resistance No need for guy wires, saving installation space Suitable for long-term outdoor operation Applications Buildings Communication stations Power facilities Industrial sites Large outdoor areas
Standard Stainless Steel Lightning Rod Main Components Stainless steel air terminal Mounting base Down conductor Grounding system Main Functions Receives direct lightning strikes Safely conducts lightning current into the ground Protects buildings and structures from lightning damage Applications Buildings Communication towers Power facilities Industrial facilities Residential structures
Lightning Dissipator Main Components: Dissipation electrodes Grounding conductor Grounding system Installation accessories Main Functions Reduces electric field intensity around protected areas Helps prevent upward lightning leader formation Provides an alternative lightning risk reduction solution Applications Wind turbines Communication towers Remote facilities Oil & gas facilities High-risk outdoor areas
GJH Three-Legged Lightning Protection Tower Material High-strength steel tower structure Hot-dip galvanized coating for durability Features Three-legged self-supporting structure Excellent stability and load capacity Suitable for mounting lightning rods and communication equipment Easy installation and maintenance Applications Communication base stations Airports Power plants Oil & gas facilities Industrial protection areas
Watchtower Main Components: Steel tower structure Lightning rod / air terminal Grounding system Accessories (platform, ladder, supports) Main Functions: Provides elevated lightning protection coverage Protects large areas and outdoor facilities Can integrate surveillance and communication equipment Applications: Airports Oil & gas sites Military areas Power plants Large industrial sites
GFL Four-Legged Lightning Protection Tower Material Heavy-duty steel structure Hot-dip galvanized finish for outdoor protection Features Four-legged self-supporting tower design High strength and superior wind resistance Suitable for large protection radius requirements Can support lightning rods, antennas, and monitoring equipment Applications Substations Wind farms Solar power plants Military facilities Large industrial projects
Surge Protective Devices (SPD) Material Flame-retardant plastic housing Metal oxide varistor (MOV) components Features Protects electrical equipment from surge overvoltage Fast response and high discharge capacity Available for AC, DC, PV, and communication systems Applications Power distribution systems Solar PV systems Communication equipment Industrial control systems Data centers
Equipotential Bonding Terminal Box The Equipotential Bonding Terminal Box is an important component of an internal lightning protection and grounding system. It is designed to provide a centralized connection point for bonding various metal components, grounding conductors, and protective earth systems to achieve equipotential bonding. By reducing potential differences between conductive parts during lightning strikes or electrical faults, it helps improve electrical safety and protects equipment from damage caused by transient overvoltage. Features Provides a reliable connection point for equipotential bonding Designed for integration with lightning protection and grounding systems High-quality metal enclosure with excellent mechanical protection Supports multiple grounding conductor connections Easy inspection and maintenance with secure cover design Suitable for indoor and outdoor installations Applications Building lightning protection systems Industrial facilities Data centers and communication rooms Power distribution systems Electrical grounding projects Typical Connections Lightning protection conductors Protective earth (PE) conductors Metal pipelines and structures Grounding systems Equipotential bonding networks
Copper-Bonded Grounding Materials Material High purity copper layer bonded with steel core Features Excellent electrical conductivity High corrosion resistance Long service life and reliable grounding performance Cost-effective alternative to pure copper grounding Applications Lightning protection grounding systems Power substations Communication base stations Industrial grounding projects
Low-Core Ion Grounding Device Material Copper / conductive alloy components Composite conductive materials Features Improves grounding efficiency in difficult soil conditions Reduces grounding resistance Enhances lightning current dissipation capability Applications Lightning protection grounding Substations Communication towers Areas with high soil resistivity
Zero-Ohm Composite Grounding Electrode Material Composite conductive material with corrosion-resistant coating Features Ultra-low grounding resistance Excellent corrosion resistance High current discharge capability Suitable for high-performance grounding requirements Applications Lightning protection systems Power facilities Communication stations Oil & gas facilities High-resistance soil areas
Drag Reducer Material Conductive carbon-based materials Features Improves soil conductivity Reduces grounding resistance physically Environmentally friendly and stable performance Long-lasting grounding enhancement effect Applications Grounding electrode installation Lightning protection projects Power systems Communication sites
Zinc-Clad Steel Grounding Rod Material Steel core with zinc coating Features High mechanical strength Good corrosion resistance Easy installation and long service life Economical grounding solution Applications Building grounding systems Power distribution networks Industrial facilities Outdoor grounding projects
Lightning Protection Down Conductor The down conductor is an essential component of an external lightning protection system, designed to safely conduct lightning current from the air termination system to the grounding system. Made from high-conductivity materials with excellent corrosion resistance, it provides a reliable path for lightning current discharge and helps reduce the risk of damage to buildings, equipment, and personnel. Features: High electrical conductivity for efficient lightning current transmission Excellent corrosion resistance and long service life Suitable for various lightning protection installations Compatible with copper tape, lightning rods, and grounding systems Applications: Building lightning protection systems Industrial facilities Communication towers Power and energy infrastructure
Electric Telescopic Mast Material High-strength aluminum alloy sections Steel base and drive components Features Electric motor-driven lifting system Fast and stable automatic extension/retraction High load capacity and precise positioning Supports remote or automatic control Applications Surveillance systems Communication equipment Military vehicles Emergency response systems Lighting systems
Wind-Solar Hybrid Telescopic Mast Material Aluminum alloy mast structure Steel trailer/base frame Solar and wind power components Features Integrated solar and wind power supply system Independent operation without external power Mobile and rapid deployment design Suitable for remote monitoring applications Applications Remote surveillance stations Border monitoring Disaster response Temporary communication networks Outdoor security systems
Manual Telescopic Mast Material Aluminum alloy mast tubes Stainless steel / steel accessories Features Manual lifting operation without power supply Lightweight and easy to deploy Reliable structure with low maintenance requirements Suitable for mobile and temporary applications Applications Field communication Temporary surveillance Outdoor broadcasting Emergency command systems Remote areas without electricity
Pneumatic Lifting Column Application: Height-adjustable desks, medical stations, and display platforms. Drive Type: Gas spring / Pneumatic system. Design: Integrated round top plate and a sturdy chrome base for floor mounting. Advantages: Smooth stroke, low noise, high stability, and requires zero external power supply. Compact and elegant, designed for modern workspace solutions.
Hydraulic Tilting & Electric Telescopic Mast Material High-strength steel/aluminum alloy structure Hydraulic lifting and electric drive components Features Hydraulic tilting mechanism for easy transportation and deployment Electric telescopic lifting operation High stability and heavy payload capacity Suitable for vehicle-mounted applications Applications Mobile communication vehicles Military command vehicles Radar systems Emergency rescue vehicles Mobile surveillance platforms
Copper Tape Straight Clamp The Copper Tape Straight Clamp is designed for the straight connection and extension of copper tapes in lightning protection and grounding systems. It provides a secure mechanical connection and ensures stable electrical conductivity between two sections of copper tape. The clamp structure allows easy installation and reliable performance in outdoor environments. Features: Designed for copper tape straight joints Strong mechanical connection with excellent conductivity Corrosion-resistant metal construction Easy installation and maintenance Applications: Lightning protection tape connection Roof lightning protection systems Grounding networks Electrical bonding applications
Flat Tape Connector The Flat Tape Connector is used for connecting and fastening flat conductors in lightning protection and grounding systems. It provides a reliable connection between copper strips, grounding conductors, and other flat conductive materials, ensuring effective current flow and long-term system stability. Features: Suitable for flat copper tape and grounding strips Reliable electrical connection performance Compact structure and easy installation Durable for outdoor applications Applications: Lightning protection grounding systems Equipotential bonding systems Electrical grounding projects Industrial grounding installations
Type A Conductor Clamp The Type A Conductor Clamp is designed for fixing and connecting round conductors and cables in lightning protection and grounding installations. With a secure clamping structure, it ensures stable conductor positioning while maintaining good electrical contact. It is widely used for connecting down conductors and grounding cables. Features: Suitable for round conductors and cables Strong fixing performance Reliable electrical connection Suitable for outdoor lightning protection applications Applications: Lightning protection systems Grounding installations Cable fixing and bonding Electrical construction projects
Flat Tape Connector for Lightning Protection System Product Description: The Flat Tape Connector is designed for reliable connection of flat conductors, copper tapes, and grounding strips in lightning protection and earthing systems. Manufactured with high-quality conductive materials, it provides a secure mechanical connection and excellent electrical continuity between two flat conductors. The bolted design ensures easy installation, stable performance, and long service life in outdoor environments. Features: Designed for connecting flat conductors and copper tapes Strong mechanical fixing with bolted connection Excellent electrical conductivity Corrosion-resistant and suitable for outdoor installation Easy installation and maintenance Applications: Lightning protection systems Grounding and earthing networks Equipotential bonding systems Industrial and building electrical grounding projects