Optsigns speed bump is crafted from high-density recycled rubber, ensuring exceptional durability and resistance to UV rays, heat, oil, and extreme weather conditions. This makes speed bump an ideal choice for maintaining safety and controlling traffic speed in various environments. Whether you need to slow down vehicles in parking lots, school zones, commercial areas, residential neighborhoods, or industrial facilities, our speed bump provides an effective solution. Its robust design not only enhances safety but also contributes to environmental sustainability through the use of recycled materials.
*We respect your confidentiality and all information are protected.
| Size | 1000*400*50mm (Middle, 15kgs), 250*400*50mm (End, 3.25kgs) |
|---|---|
| Material | Recycled Rubber |
| Colour | Yellow and Black |
| Surface | Anti-Slip Design |
| Load Capacity | 15t |
| Customize | Custom Size and Weight |
Using Optsigns road hump is straightforward. Begin by selecting a suitable location where traffic speed needs to be reduced, such as a parking lot or school zone. Ensure the area is clear of obstacles before installation. Position the road hump parallel to the roadway and secure it firmly in place, following the manufacturer’s guidelines. The road hump should be visible to drivers, so consider adding signage if necessary. Once installed, the road hump will effectively slow down traffic, promoting safety for pedestrians and drivers alike.
To use dynabolts, first select the appropriate size based on your project’s needs. Refer to the dynabolt installation guide for detailed instructions. Ensure the installation surface, like concrete, is clean and free of debris. Place the galvanized dynabolts through the fixture and into the pre-drilled hole, then tighten using a suitable tool.
Dynabolts function by expanding within a pre-drilled hole when tightened, creating a secure anchor. This expansion mechanism allows them to hold substantial loads. The stainless steel dynabolts are particularly effective in resisting corrosion, ensuring a long-lasting hold in various environments.
To install a dynabolt, first drill a hole into the concrete of the appropriate size. Insert the dynabolt into the hole, ensuring it is aligned with the fixture. Use a wrench to tighten the nut, which will cause the dynabolt to expand and grip the surrounding material securely. Follow the dynabolt installation guide for specific instructions based on the type used.
To remove dynabolts from concrete, first, unscrew the nut and washer. Then, use a hammer to gently tap the dynabolt, loosening it from the concrete. If it resists, you may need to drill further into the hole or use a wrench to rotate the galvanized dynbolt counterclockwise until it releases.
The weight a dynabolt can hold varies based on its size and the material it is anchored into. Generally, standard galvanized dynabolts can support significant loads when properly installed.
