/UPARK automatic bollards: no need to worry about low temperatures in high-altitude, high-latitude winters
UPARK automatic bollards: no need to worry about low temperatures in high-altitude, high-latitude winters
Dec 13 , 2025
In winter at high latitudes and altitudes, automatic bollards face severe tests: freezing rain and ice, unstable lifting speeds, etc. ...... Traditional hydraulic bollard solutions often rely on complex pit drainage systems with auxiliary heating devices to react passively. However, this idea is being overcome by the innovative technology of UPARK bollard. UPARK automatic bollard greatly enhances the environmental adaptability and reliability by virtue of its two core features - sealed drainage-free design and electro-mechanical drive without heating.
I. Structural Innovation: Fearless of Waterlogging and Freezing
One of the most vulnerable parts of traditional bollards is the underground pits, once the drainage is not smooth, the accumulation of water and ice will lead to the bollards can not be raised or lowered. UPARK bollards solve this problem from the root, using sealed structure and unique waterproof technology, not only greatly reduce the possibility of water entering into the barrels, but also through the overall sealing, effectively blocking the external water seepage into the interior of the bollards. Therefore, there is no need to preset a complex active drainage system, which can fundamentally eliminate the damage chain of “water accumulation - icing - freezing and expansion”, and significantly improve the stability of operation in high-altitude and high-latitude freezing and thawing areas.
Second, drive innovation: no auxiliary heating
In the face of mechanical jamming caused by freezing rain and ice crust, the traditional hydraulic or partial electric drive often needs to rely on electric heating to maintain the operation temperature. UPARK road piles adopt high torque electro-mechanical drive system, which has strong adaptability itself. Firstly, the drive unit is sealed in the inner cylinder with IP67 protection level, which effectively isolates the direct intrusion of water vapor and ice. Secondly, the precise mechanical transmission design with special low-temperature lubrication material ensures excellent starting and running performance even under severe cold. When the bollard is raised, the powerful driving force can directly break the thin ice formed on the surface. This “force to break the trick” design enables stable operation without the need for additional heating devices, avoiding the energy consumption, failure points and maintenance costs associated with heating systems.
By combining a sealed structure with an electro-mechanical drive, the UPARK Bollard eliminates the external reliance on drainage and heating of traditional solutions, reducing the complexity of construction and maintenance, and providing true reliability in low temperature environments.
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