19 years of experience, professional technology and intimate after-sales service.
We have a factory area of 15,150㎡+ to ensure punctual delivery. Cooperated with more than 30,000 customers, serving projects in more than 110 countries.
| Material | 304 Stainless Steel, 316 Stainless Steel | Reflective Grade | DIAMOND GRADE |
| Protection Rating | IP68 | Water fillable | non-water fillable |
| Has Light | With Light | Color | Customized |
| Model Number | LB-101 | Diameter * Length | 219 mm |
| Brand Name | RICJ | Operating Temperature | -45°C to +75°C |
| Material | 304/316 stainless steel | Steel Height | 6 mm (OEM: 6–20 mm) |
| Diameter | 219 mm (OEM: 168 mm, 273 mm) | Unit Operating Voltage | Supply voltage: 220V |
| Selling Units | Single item |
| Single gross weight | 98.000 kg |
| Single package size | 45X45X125 cm |
Engineered for ultimate reliability, RICJ’s IP68 K4/K12 crash-rated hydraulic bollards offer superior protection against both high-speed impacts and extreme weather. The IP68 certification ensures the drive system remains fully operational even under temporary submersion, making it ideal for flood-prone areas. Fully customizable in height and finish, it provides a high-security, all-weather barrier for critical infrastructure.
If your project requires reliable site management but has tighter budget constraints, we highly recommend our Stainless Steel Semi-Automatic Bollards or Manual Lockable Posts. These models offer excellent durability and visual deterrence at a lower cost, without the need for complex electrical installation.
A: A crash rated hydraulic bollard is an automatic rising bollard driven by a hydraulic system designed to withstand vehicle impacts at specified K‑ratings (e.g., K4, K8, K12).
A: The IP68 rating ensures the bollard’s hydraulic system is fully protected against dust and prolonged water immersion, making it suitable for outdoor installations.
A: K12 rated bollards are used in high‑security environments such as airports, government facilities, and critical infrastructure where resistance to high‑speed vehicle impacts is required.
