rising electric gates online manufacture

Automatic Rising Bollards Actuator For Driveway 220V Product Overview Hydraulic Security Systems from Shenzhen Security Information System Technology Co., Ltd. - a comprehensive large-scale private enterprise specializing in the research, development, production, and sales of advanced security ... Read More

SST3220 turnstile gate: 0.2s opening speed, 30M-cycle durability with brushless servo motor. Aluminum alloy construction for high-traffic security access control. Read More

High-security rising arm barrier with K4/K8/K12 impact resistance (7200kg @48km/h). Hydraulic drive opens in 4-8s, meets ISO 22343-2023 standards. Galvanized aluminum alloy construction with 3-6m width options. Read More

Heavy-duty spike tyre killer with 120-ton capacity, IP67 rating, and -35℃~75℃ operating range. Features wireless remote control, manual override, and integration with security systems for reliable perimeter protection. Read More

Heavy-duty road blocker stops 220-ton trucks. Features PLC control, wireless/wired operation, manual override, and extreme temperature resilience (-30°C to 75°C). IP68 rated with fast 1-4s response for high-security access control. Read More

High-security rising arm barrier with K4/K8/K12 impact resistance (7200kg @48km/h). Hydraulic drive opens in 4-8s, meets ISO 22343-2023 standards. Galvanized aluminum alloy construction with 3-6m width options. Read More

Road Blocker SST5000-4M High-security vehicle access control for critical infrastructure. The SST5000 Road Blocker provides a robust solution for preventing unauthorized vehicle access. Engineered for high-traffic environments and critical infrastructure protection, this road blocker ensures ... Read More

Automatic Rising Bollards Actuator For Driveway 220V Product Overview Hydraulic Security Systems from Shenzhen Security Information System Technology Co., Ltd. - a comprehensive large-scale private enterprise specializing in the research, development, production, and sales of advanced security ... Read More