About Rubber Base Cones For Traffic Controls
We, a next generation company in terms of technology and innovations find immense pleasure in introducing Rubber Base Cones For Traffic Controls. These cones are designed using premium quality virgin plastic using UV stabilizers. Rubber Base Cones can be utilized to mark area where children are playing, or to block the area. Customers can avail these cones from us at industry leading rates.
Specification
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Suitable For
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Parking, Road
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Usage/Application
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Road Safety
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Weight
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100-800 g
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Material
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PVC
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Color
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Bright Red
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Brand
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S3PL
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Shape
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Triangle
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Height
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750 mm or 1000 mm
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Base Shape
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Hexagonal
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Superior Stability and DurabilityThese cones incorporate a heavy-duty rubber base, ensuring resilience against wind and vehicle impacts. The UV-stabilized PVC material is highly resistant to fading, deformation, and adverse outdoor conditions, making them a reliable choice for long-term use in diverse environments across India.
Enhanced Visibility and SafetyDesigned in bright orange with reflective collars, the cones deliver unmistakable visual cues for drivers and pedestrians. The 2-inch reflective bands ensure optimal nighttime visibility, supporting effective traffic management and reducing the risk of accidents during both day and night.
Versatile Application and Easy HandlingStackable and lightweight, our cones streamline transportation and storage. Ideal for road construction zones, parking areas, and temporary lane demarcations, they facilitate swift deployment and reconfiguration, efficiently meeting the needs of manufacturers, suppliers, and service providers throughout India.
FAQ's of Rubber Base Cones For Traffic Controls:
Q: How do rubber base cones improve traffic safety in construction zones?
A: Rubber base cones are designed with highly visible orange bodies and wide reflective bands, making them effective visual markers that clearly delineate traffic lanes and hazardous areas. Their weighted rubber bases prevent tipping, ensuring consistent positioning even in windy conditions, which significantly enhances safety for both workers and motorists.
Q: What materials are used in the production of these traffic cones?
A: The cones are made from high-quality PVC, which is UV stabilized to resist fading and deterioration, while the base consists of durable black rubber. This combination delivers consistent structural integrity, flexibility, and longevity in outdoor and high-traffic environments.
Q: When is it most beneficial to deploy these rubber-based cones?
A: These cones are most beneficial during construction activities, roadside repairs, parking lot organization, and temporary rerouting situations. Their superior stability and weather resistance ensure reliable performance across varying scenarios, including day, night, and extreme weather conditions.
Q: Where can these cones be effectively used for traffic control?
A: Rubber Base Cones are suitable for use on roadsides, inside parking lots, at construction sites, during temporary event traffic rerouting, or any area that requires clear traffic control and enhanced safety. They are widely used by manufacturers, service providers, suppliers, and traders throughout India.
Q: What process should be followed for stacking and transporting traffic cones?
A: Thanks to their stackable design, these cones can be easily nested and carried in bulk, optimizing transportation and storage. Users should simply lift cones vertically and stack one over the other, which allows for efficient handling and quick deployment at the work site.
Q: How do the reflective bands benefit nighttime traffic control?
A: The 2-inch wide reflective bands reflect light from vehicle headlights and street lamps, making the cones extremely visible during low-light conditions. This feature is crucial for reducing accidents and ensuring drivers observe traffic rerouting or hazard indicators even at night.
Q: What are the advantages of using UV stabilized and weather-resistant cones?
A: UV stabilization and weather-resistance ensure that the cones retain their color, shape, and structural integrity under harsh sunlight, rain, and temperature extremes. This longevity minimizes replacement frequency, reducing maintenance costs and improving overall operational efficiency.