HDPE Engineering Plastic – Water-filled counterweight ensures rock-solid stability, establishing a robust safety barrier for tracks operating at speeds of 35 km/h.
Module A: HDPE engineering plastic – impact-resistant and age-resistant, specifically optimized for 35 km/h collision scenarios
HDPE (High-Density Polyethylene) is a mature material used in the outdoor protective facility sector, possessing the following characteristics that are crucial for track operators:
High impact resistance: Does not fracture under low-speed vehicle collisions; instead, it exhibits flexible energy absorption. For karting vehicle collision scenarios at a speed of 35 km/h, the HDPE material effectively absorbs impact forces, thereby reducing damage to both the guardrail itself and the vehicle.
Excellent weather resistance: maintains stable physical properties across a temperature range of-20°C to 60°C, withstands intense sunlight, rain, snow, and significant temperature fluctuations.
Corrosion resistance: Resists corrosion, decay, oil contamination, and chemical cleaning agents; no additional coating or anti-corrosion treatment required.
Consistent coloration throughout the entire surface: The entire surface is uniformly colored; no discolored underlying material will be exposed even after surface scratching, and the color does not fade over long-term use.
This means a single purchase enables long-term use – track operators no longer need to frequently replace guardrails nor incur additional manpower or budgetary costs for maintenance.
Module B: Water Injection Counterweight Design – 35 km/h collision without displacement – guaranteed safety
This is the core advantage that distinguishes water-based guardrails from fixed guardrails:
|
state |
Weight/Block |
Operational Features |
|
No-load (transportation/storage) |
3kg |
Can be easily handled by a single person; stacking for space-saving storage. |
|
After water injection (operational state) |
25kg |
Self-weight increased eightfold; bottom center of gravity remains stable. |
For karting vehicles operating at a speed of 35 km/h, the water-filled guardrail provides sufficient resistance to displacement during a collision. Based on a single 25 kg unit, the total weight when multiple units are connected increases proportionally; the frictional resistance is directly proportional to the total weight. Combined with the wide-base contact surface design at the bottom of the guardrail, this further enhances the friction coefficient with the ground – ensuring that the guardrail remains in place during typical 35 km/h collision scenarios, effectively preventing the vehicle from exiting the track.
There is no need to drill holes in the ground, install expansion bolts, or damage the track surface; simply arrange the water barriers at the required separation points and fill them with water to complete deployment. When the track layout needs to be changed, the barriers can be easily moved and rearranged after draining the water – offering significantly greater flexibility compared to fixed steel or concrete guardrails.
Module C: Standard Modular Size – 1000 mm per section; freely combine to create any track layout.
The single-unit dimensions are 1000 × 210 × 250 mm (length × width × height), complying with industry-standard modular specifications:
Length of 1000 mm (800 mm after connection) – facilitates the calculation of the total track protection length.
The 210 mm width occupies minimal space without reducing the effective track width.
A height of 250 mm is sufficient to shield vehicle tires and the chassis without obstructing the driver's view.
Multiple water-saving horses can be connected using snap-fit joints to form a continuous protective belt.
Operators can freely configure the track layout according to specific requirements—such as track geometry, curve curvature, or starting zone arrangement—by combining straight sections with connected curves to achieve safe separation of any track configuration. The overall deployment is flexible and efficient, significantly reducing both site setup and operational costs. The modular design enables rapid assembly and disassembly, facilitating easy adjustment of the track layout based on event-specific needs. The products have passed rigorous quality inspections and feature outstanding wear resistance and impact resistance, ensuring stability even under high-frequency usage. Whether for professional competitions or public entertainment events, they deliver a safe and professional protective experience, making them an ideal choice for enhancing track quality and operational efficiency.