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Qigong Anti-Ram Bollards Pass the ISO 22343-1:2023 Live Vehicle Impact Test

Qigong Anti-Ram Bollards Pass the ISO 22343-1:2023 Live Vehicle Impact Test

I. Test Passed

Qigong's anti-ram bollards have successfully completed the ISO 22343-1:2023 live vehicle impact test. The test was conducted under a perpendicular impact condition using a 7.2-ton vehicle traveling at 80 km/h. The product can be deployed at high-risk entrances and security-sensitive sites such as schools, government facilities, consulates, military camps, electrical substations, nuclear power plants, customs and ports, major high-speed railway stations, financial institutions and banks, museums and cultural venues, defense research institutes, and large hazardous-chemical plants. It provides protection against malicious vehicle intrusion for crowded places and critical infrastructure.

II. About the ISO 22343-1:2023 Protection Standard

ISO 22343-1:2023 is the new-generation globally unified international standard for vehicle security barriers, replacing legacy regional standards such as PAS 68 and IWA 14.

Qigong Anti-Ram Bollards Pass the ISO 22343-1:2023 Live Vehicle Impact Test

The on-site live vehicle impact test has been completed successfully. The official printed and electronic test reports are expected to be issued in about ten days. Once the full reports are available, we will publish all the report information publicly.

III. K12 Bollard Specifications and Features

Product Specifications

Bollard body diameter: 273 mm

Bollard body thickness: 20 mm (±0.5 mm)

Bollard raising and lowering height: 1000 mm

Bollard body material: 304 stainless steel

Qigong Anti-Ram Bollards Pass the ISO 22343-1:2023 Live Vehicle Impact Test

Motor power: 750 W

Features

1. Heavy load capacity: Remains fully operational after supporting the passage of 100-ton vehicles.

2. High water resistance: The drive unit has an IP68 protection rating and can operate normally when submerged in water.

3. Robust structure: The top flange plate is formed by one-piece roll rounding and seamless welding.

4. Reflective warning: Uses 5 cm high-brightness reflective film with a reflectivity above 90%.

5. Protective design: The flange plate features an anti-slip pattern and has a thickness of 30 mm.

6. Customization: The bollard's diameter, thickness, height, and appearance can be customized to project requirements.

7. Smart integration: Can be linked and controlled with access control, infrared, radar, loop detector, tidal-lane traffic-light, and fire alarm systems.

8. Remote management: Supports a cloud platform management system and a mobile app for remote control of bollard raising and lowering.

IV. Application Scenarios

K12 bollards provide vehicle anti-ram protection solutions for high-risk entrances. They can be deployed at government and party agency compounds, military camps, museums and archives, financial vaults, data centers, research institutes, overseas embassies, key universities and colleges, and various foreign-facing high-security projects. They effectively block illegal vehicle intrusion and safeguard personnel and key facilities in critical areas.

V. Frequently Asked Questions (FAQ)

Q1: Which standard was followed for this K12 bollard impact test, and what were the test conditions?

A: Qigong's bollards completed the live vehicle impact test in accordance with the international protection standard ISO 22343-1:2023. The test condition was a perpendicular impact by a 7.2-ton vehicle traveling at 80 km/h.

Q2: What is the relationship between ISO 22343-1:2023 and the older PAS 68?

A: ISO 22343-1:2023 is the new-generation globally unified international standard for vehicle security barriers, replacing legacy regional standards such as PAS 68 and IWA 14.

Q3: What types of projects are K12-rated bollards best suited for?

A: They are suitable for high-risk entrances such as schools, government and party agencies, military camps, customs and ports, data centers, museums and cultural venues, and foreign-facing embassies, to prevent illegal intrusion by malicious vehicles.

Q4: When will the official test report be released to the public?

A: The on-site live vehicle impact test has been completed successfully, and the official printed and electronic reports are expected to be issued in about ten days. Once the complete reports are available, Qigong will publish all test data publicly as a reference for security engineering design and project selection.

Q5: Which third-party systems can K12 anti-ram bollards connect to?

A: The product supports integration with access control, infrared, radar, loop detector, traffic-light, and fire alarm systems. It supports remote management via a cloud platform and a mobile app, and the bollard's thickness, height, and appearance can be customized to project requirements.

VI. Conclusion

Building on the ISO 22343-1:2023 live vehicle impact verification, Qigong's K12 bollards provide a high-standard, integrated security solution for high-security projects such as schools, government and party agencies, foreign-facing venues, and key infrastructure. They effectively resist malicious vehicle ramming and safeguard personnel and facilities at key entrances.

Once the official test reports are issued, we will continue to publish complete test data, providing an authoritative performance reference for security engineering design and project selection.

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