Safety Cone 750mm Orange

Safety Cone 750mm Orange

KTI16019004SH75

Height – 750 Mm
Weight – Approx. 4.2 Kg
Base – 420 mm

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Safety Cone 750mm Orange

KTI16019004SH75

Price

₹ 800.00 excl. GST

+ 18.00% Tax + Freight Charge

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Product Description

Available Brands
Unit
HSN Code
Warranty
Tags/categories

KTI
NOS
39269099
Not Applicable
- Safety >> Road Traffic Safety Solutions >> Safety Cones

Usually dispatched within 13 days

Product Information .

Industries, Factories Public Roads Construction, Builder Projects Construction Sites

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	Current Product Safety Cone 750mm Orange	Safety Cone Rubber Base 750mm	Safety Cone HDPE Based 300mm Yellow	+ Add product to compare
SKU	KTI16019004SH75	KTI16019002R753	KTI16019001HD75_YELLOW	—
Brand	KTI	KTI	KTI	—
Price (excl. GST)	₹ 800.00 excl. GST	₹ 579.80 excl. GST	₹ 74.25 excl. GST	—
GST %	18.00%	18.00%	18.00%	—
Color	—	Red	Yellow	—
Height	—	750mm	300mm	—
Material	—	Plastic - Rubber	PVC	—
Weight	—	3 KG	0.2 KG	—
Certifications	—	—	—	—
Availability	Made to Order	In Stock	In Stock	—
				—

Category FAQ .

Road Traffic Safety Solutions

Traffic Safety Products, Road Safety Solutions, Traffic Management Systems, Highway Safety Equipment, Road Safety Gear, Traffic Control Devices, Vehicle Safety Solutions, Road Signage Solutions, Safety Barriers and Cones, Traffic Signal Systems, Roadway Safety Solutions, Pedestrian Safety Equipment, Traffic Warning Systems, Vehicle Detection Solutions, Traffic Safety Accessories.

Road/traffic safety solutions refer to measures and products designed to improve safety for road users, including drivers, pedestrians, and cyclists. These solutions aim to reduce accidents, injuries, and fatalities on roadways by addressing various aspects of traffic management, visibility, and infrastructure.

Road/traffic safety solutions are important for several reasons: Accident prevention: They help to prevent accidents and minimize the severity of injuries by implementing effective safety measures on roadways. Protecting vulnerable road users: Safety solutions prioritize the safety of pedestrians, cyclists, and other vulnerable road users who are at higher risk of accidents. Efficient traffic management: They contribute to smoother traffic flow, reducing congestion and improving overall transportation efficiency. Compliance with regulations: Many road/traffic safety solutions are mandated by traffic regulations and standards to ensure compliance and the well-being of road users.

There are several common road/traffic safety solutions used worldwide. These include: Road signs and markings: Clear and visible signs, traffic signals, and road markings provide guidance, warnings, and instructions to drivers and pedestrians. Speed management: Speed limit enforcement, speed bumps, and speed cameras help control vehicle speeds and reduce the risk of accidents. Traffic calming measures: Techniques such as road humps, roundabouts, chicanes, and narrowed lanes are used to slow down traffic and create safer environments for pedestrians and cyclists. Pedestrian safety measures: Pedestrian crossings, sidewalks, footbridges, and pedestrian-friendly infrastructure improve safety and accessibility for pedestrians. Cycling infrastructure: Bike lanes, dedicated paths, and bicycle-friendly intersections promote safe cycling and separate cyclists from vehicle traffic. Traffic control devices: Traffic lights, stop signs, yield signs, and intersection controls ensure orderly and safe movement of vehicles. Road barriers and guardrails: These provide protection and prevent vehicles from crossing into opposing lanes or off the road. Intelligent transportation systems (ITS): Advanced technologies, such as traffic cameras, variable message signs, and smart traffic management systems, enhance traffic flow and provide real-time information to drivers. Roadway lighting: Proper lighting along roadways improves visibility, especially during nighttime, reducing the risk of accidents. Driver education and awareness campaigns: Public awareness programs, educational initiatives, and driver training aim to promote responsible driving behavior and awareness of road safety practices.

Road/traffic safety solutions have proven to be effective in reducing accidents, injuries, and fatalities on roadways. The effectiveness of specific solutions may vary depending on various factors, such as their proper implementation, compliance by road users, and ongoing evaluation and improvement. Continuous monitoring, data analysis, and research contribute to the development of more effective safety measures and interventions.

Traffic Cones, Warning Cones, Road Safety Cones, Safety Markers, High-Visibility Cones, Road Traffic Cones, Construction Cones, Flexible Safety Cones, Orange Safety Cones, Traffic Control Cones, Reflective Safety Cones, Cone Barriers, Portable Safety Cones, Roadwork Cones, Visibility Cones

Safety cones are typically made of durable materials such as PVC (polyvinyl chloride) or thermoplastic. These materials are weather-resistant, highly visible, and able to withstand impacts and the weight of vehicles.

Safety cones, also known as traffic cones or road cones, are portable traffic control devices made of sturdy and highly visible materials, typically in a cone shape. They are used to mark or delineate areas, guide traffic, and provide visual cues to promote safety and awareness in various situations.

Safety cones have a wide range of applications, including: Traffic control: Safety cones are commonly used to redirect traffic, mark off lanes, or guide vehicles and pedestrians during road construction, maintenance, or accidents. Hazard identification: Safety cones can be placed around hazards such as potholes, uneven surfaces, or debris to warn and protect people from potential dangers. Parking management: Safety cones are often used in parking lots or at events to indicate restricted or reserved areas, designate parking spaces, or guide traffic flow. Crowd control: Safety cones can be used to create barriers and define pedestrian walkways during events, festivals, or emergencies. Sporting events: Safety cones are frequently used in sports activities, such as soccer or obstacle courses, to mark boundaries or create designated areas.

When choosing safety cones, consider the following features: Size: Safety cones come in various sizes, typically ranging from 12 inches to 36 inches in height. Select the appropriate size based on your specific needs and visibility requirements. Reflectivity: Many safety cones feature reflective bands or strips to enhance visibility, especially during low-light conditions. Opt for cones with reflective elements for improved safety. Stability: Look for safety cones with a sturdy base to ensure stability and prevent tipping over in windy conditions or when bumped by vehicles. Compliance: Check if the safety cones meet the relevant standards and regulations in your area, such as those set by transportation or traffic authorities.

A safety cone is a portable, cone-shaped visual marker manufactured from fluorescent polymers, designed to redirect traffic, mark road hazards, and establish safe work boundaries. In industrial and civil sectors, safety cones are also known as traffic cones, road safety cones, highway pylons, warning cones, construction cones, delineator cones, or reflectorized safety markers.

Safety cone selection depends on ambient vehicular speeds, wind loading, and location. Compact 300mm lightweight HDPE cones (0.2 kg) are ideal for indoor facilities and low-speed parking lots. For urban roadwork and construction sites, 750mm cones with 3.5kg–4.2kg rubber bases offer optimal wind resistance. For high-speed national highways, 1000mm heavy-duty cones (5kg–7.2kg) with wide rubber bases and 6-to-8 inch retroreflective sleeves are required.

In India, road safety cones are governed by Indian Roads Congress guidelines, primarily IRC:SP:55-2014 (Guidelines on Traffic Management in Work Zones) and IRC:35-2015 (Code of Practice for Road Markings). They must also conform to Ministry of Road Transport and Highways (MoRTH) Section 800 specifications for road furniture, requiring UV-stabilized non-fading fluorescent pigments, high retroreflectivity (ASTM D4956 / IS 11513), and stable weighted bases.

Safety cones are essential across highway construction sites, civil building projects, industrial manufacturing plants, commercial parking structures, logistics warehouses, toll plazas, airport tarmac aprons, and public event spaces. They provide rapid physical channelization, isolate hazardous areas, guide vehicular flow, and ensure pedestrian safety.

Field deployment must follow systematic traffic engineering guidelines. Set up work zones starting with an advance warning area, followed by a transition taper, buffer space, activity zone, and termination taper. Calculate cone spacing based on ambient road speed (e.g., 5-to-10 meter spacing in tapers for 50-80 km/h zones), ensure weighted rubber bases rest flat on pavement, and orient retroreflective bands directly toward oncoming traffic.

Industrial-grade safety cones manufactured from UV-stabilized PVC, HDPE, and vulcanized rubber have an average operational lifespan of 3 to 5 years under outdoor tropical exposure. To maximize service life, clean retroreflective bands regularly with mild soap and water, inspect bases for physical cracks, store stacked cones vertically in cool shaded areas, and retire unit whose color has severely faded or whose retroreflective sleeves are damaged.

B2B procurement of safety cones offers tiered bulk pricing, custom screen printing (corporate logos or custom message text), and flexible color combinations. Safety cones fall under HSN Code 3926 (Articles of plastics) or HSN Code 4016 (Articles of vulcanized rubber), carrying an 18% GST rate across India. KT Automation provides bulk dispatch with GST-compliant invoicing and B2B credit terms.

Safety cones offer maximum portability, rapid setup, low unit cost, and stackable storage, making them ideal for temporary hazard marking and quick work zone tapers. Flexible spring posts provide permanent, impact-rebounding lane demarcation. Water-filled barricades offer continuous physical anti-crash containment, while channelizer bollards provide tall, narrow footprints for restricted urban walkways.