• Material: The base is made of cast aluminum, and the surface uses plastic spraying technology for increased durability.
• Shell: Constructed from reinforced PC (Polycarbonate) material, known for its excellent impact resistance and heat stability.
• Load Capacity: With a loading capacity of more than 40 tons, the IL300 is suitable for installation in the middle of roads where high durability is essential.
• Solar Panel: Features a flexible solar panel from a USA brand, ensuring high conversion and charge efficiency.
• LEDs: Equipped with high-brightness bullet LEDs that provide clear and visible lighting to guide drivers during low-light conditions.
• Safety Locks: Includes 6 aluminum alloy safety locks that enhance the security and stability of the installation, preventing tampering or displacement.

Installation Guidelines:

1. Planning: Determine the appropriate locations for placement based on the specific needs of the road and traffic conditions.
2. Spacing Recommendations:
   • Highways and Expressways: 5-6 meters (7-8 yards)
   • Dangerous Entrances and Exits: 2-3 meters (4-5 yards)
   • Access or Exit Ways for Hospitals, Parking Lots, etc.: 0.5-2 meters (0.5-3 yards) Note: Adjust the spacing according to the actual application requirements; the above values are for general guidance.
3. Installation Process:
   • Mark the designated spots on the road.
   • Drill holes as required for the studs, considering the dimensions and security features.
   • Clean the installation site thoroughly to ensure optimal adhesion.
   • Apply epoxy or a suitable adhesive as per manufacturer’s guidelines.
   • Place the solar studs in the prepared holes and ensure that the safety locks are properly engaged.
   • Allow sufficient time for the adhesive to cure before the road is reopened to traffic.

Applications:

• Motorways/Highways/Expressways/Skyways: Offers reliable night-time visibility and lane marking to enhance driver safety.
• Urban Roads and Parking Lots: Improves navigation and reduces the risk of accidents in areas with complex driving conditions.
• Airports: Essential for guiding vehicles safely around airside and landside areas.
• Other Public Places: Useful in any area requiring improved ground-level lighting for safety and visibility purposes.

Specification :

• Material and Build: The stud features an aluminum alloy metal shell capable of withstanding over 30 tons of pressure, making it suitable for installation in high-traffic areas such as the middle of roads. The design includes sunken reflectors within the aluminum shell to protect them from damage when driven over.
• LED Lights: Uses high-brightness American brand LEDs that have a working time of approximately 100,000 hours.
• Solar Panel: Equipped with a USA brand solar panel with a 22% high conversion rate, ensuring efficient and fast charging.
• Epoxy Resin Glue: Uses high-quality epoxy resin glue for secure installation, which guarantees that the solar studs are firmly fixed and capable of charging efficiently.
• PC Board: Incorporates a Philips PC board known for its safety and stability, ensuring long-term reliability.
• Load Capacity: With a load capacity of more than 30 tons, these studs are designed to be installed in crucial areas like highways and can withstand the pressure from heavy vehicles.

Working Principle:

• Energy Conversion: The solar panels absorb sunlight during the day, converting it into electrical energy stored in the stud’s internal batteries or capacitors.
• Automatic Illumination: With the onset of dusk or inclement weather, the stored electrical energy is automatically converted into light energy through LEDs. This process is controlled by a photoelectric switch that activates the LEDs, which then emit a bright, flashing light.
• Visibility and Safety: The emitted light significantly outlines the road better than conventional road studs, providing earlier visibility to drivers and hence reducing the chances of accidents.

Installation Method:

1. Distance Marking: Mark the installation spots carefully on the road.
2. Drilling: Use a Core Drill to create holes of Φ35mm diameter and 55mm depth where each stud will be placed.
3. Cleaning: Remove all debris from the drilled holes.
4. Epoxy Application: Pour epoxy into the holes as per the manufacturer’s instructions.
5. Stud Placement: Insert the solar road stud ensuring the lighting surface is set at the desired viewing angle and the epoxy adheres properly without any gaps.
6. Curing: Allow the epoxy to cure for 6-8 hours, after which the installation isolation can be removed.

Recommended Spacing:

• Highways and Expressways: Approximately 5-6 meters (7-8 yards).
• Dangerous Entrances and Exits: Approximately 2-3 meters (4-5 yards).
• Hospital and Parking Lot Access Points: Approximately 0.5-2 meters (0.5-3 yards).

Applications:

• Wide Applicability: Suitable for motorways, urban roads, parking lots, and other public places where enhanced night-time visibility and road delineation are required.

Solar Road Stud Specification :

• Solar Panel: Utilizes a USA brand flexible solar panel renowned for its high conversion and charging efficiency, ensuring maximum energy absorption.
• PC Cover: The cover is made of high-transparency polycarbonate (PC), offering durability and clarity to withstand environmental elements while ensuring the light is clearly visible.
• PCB Board: Incorporates a high-stability PCB board from a Japanese brand, which guarantees the consistent performance and longevity of the electronic components.
• LED Lights: Equipped with high-brightness bullet LEDs, these road studs provide superior luminance, making them highly visible from a distance even in adverse weather conditions.

Working Principle:

• Energy Conversion: During daylight, solar panels on the road studs capture sunlight and convert it into electrical energy, which is then stored in batteries or capacitors.
• Automatic Illumination: At night or during low light conditions, the stored energy is automatically converted into light emitted by LEDs. This process is managed by a photoelectric switch that detects ambient light levels.
• Visibility Enhancement: The emitted light outlines the road contours and captures drivers’ attention significantly earlier than traditional road studs, enhancing safety at critical points such as crossings and junctions.

Installation Method:

1. Preparation: Identify and clean the installation site to ensure a flat and debris-free surface.
2. Adhesive Application: Apply epoxy glue evenly to the bottom of the solar road stud.
3. Placement and Setting: Firmly press the stud onto the road surface where the glue has been applied, ensuring it is correctly positioned. Allow the glue to dry.
4. Inspection: Within the first 2 hours of installation, inspect the studs to ensure they are properly installed and not deformed by compression forces.
5. Completion: After 6-8 hours, remove any installation barriers to finish the setup.

Recommended Spacing:

• Highways and Expressways: Approximately 5-6 meters (7-8 yards).
• Dangerous Entrances and Exits: Approximately 2-3 meters (4-5 yards).
• Hospital and Parking Lot Access Points: Approximately 0.5-2 meters (0.5-3 yards).

These distances can be adjusted based on specific site requirements, and the information provided is for reference.

Applications:

• Versatile Use: Ideal for urban roads, farms, bridges, pillars, and other public areas that require enhanced visibility.
• Safety Enhancement: Particularly beneficial in regions prone to poor visibility due to weather conditions or where pedestrian and vehicular traffic is heavy.

Characteristics:

• Low Profile and Durable Design: Despite its robust construction, the design remains sleek and minimally intrusive to the environment.
• Customization: Offers OEM/ODM services to meet diverse specifications and needs, allowing for adaptation to various project requirements.

Specification :

• Thickness: At only 11mm, these solar road studs are thinner than traditional models, which typically range from 20-30mm. This reduced profile helps in minimizing tripping hazards and provides a smoother transition for pedestrians and cyclists.
• Materials: Utilizes a high-efficiency, flexible solar panel from a USA brand, ensuring excellent energy conversion and charging efficiency. The stud is also equipped with a high-temperature battery capable of operating under extreme conditions.

Working Principle:

• Energy Harvesting and Storage: During daylight, the solar panels capture sunlight and convert it into electrical energy, which is stored in either batteries or capacitors.
• Automatic Illumination: As ambient light dims, the stored electrical energy is automatically converted into light by LEDs, controlled by photoelectric switches. This results in bright, flashing lights that delineate roadways and alert drivers and pedestrians to potential hazards.

Installation Method:

1. Site Preparation: Identify and clean the installation location to ensure a flat surface.
2. Applying Adhesive: Clean the bottom of the solar stud and evenly apply epoxy glue.
3. Placement: Press the glued side onto the road surface, ensuring correct positioning.
4. Setting: Allow the glue to set and harden. Check the installation within 2 hours to ensure no studs are misaligned or deformed.
5. Finalization: Remove any installation barriers after 6-8 hours to complete the process.

Recommended Spacing:

• Highways and Expressways: Approximately 5-6 meters (7-8 yards) apart.
• Dangerous Entrances and Exits: Approximately 2-3 meters (4-5 yards) apart.
• Areas Near Hospitals and Parking Lots: Approximately 0.5-2 meters (0.5-3 yards) apart.

These guidelines are adjustable based on specific requirements and road conditions.

Applications:

• Versatile Usage: Ideal for bike lanes, urban roads, farms, bridges, pillars, gardens, and other public places where enhanced visibility is crucial.
• Enhanced Safety: Particularly useful in areas that require clear demarcation for safety purposes and in regions experiencing frequent inclement weather or darkness.

Key Features:

• Low Profile: The thin design helps integrate seamlessly into various environments without posing a hazard.
• Durable Electronics: Features a programmatically controlled PCB for reliability and stability.
• High Visibility: Equipped with bright LED lights to ensure visibility from a distance.
• Customization: Offers OEM/ODM services to cater to specific customer needs.

solar road marker Specification :

• Base Material: Made from cast aluminum, this provides robustness and durability suitable for road use.
• Surface Treatment: The surface employs plastic spraying technology to increase resilience and longevity.
• Shell: Composed of reinforced PC material, which offers excellent impact resistance and heat stability.
• Load Capacity: Capable of supporting more than 40 tons, making them ideal for installation in the middle of high-traffic roads.

Working Principle:

• Energy Conversion: Equipped with solar panels that absorb sunlight and convert it into electrical energy, which is stored in batteries or capacitors.
• Automatic Illumination: At night or during poor visibility conditions, the stored energy is automatically transformed into light by LEDs (controlled by photoelectric switches), improving road visibility.
• Safety Enhancement: The bright flashing LEDs effectively capture drivers’ attention, significantly earlier than traditional road studs.

Installation Method:

1. Marking and Drilling: Determine and mark the placement distance, then use a Core Drill to drill a hole of 127mm diameter and 45mm depth.
2. Prepare the Installation Site: Clean all debris from the installation hole.
3. Securing the Stud: Pour epoxy into the hole as per the manufacturer’s instructions, ensuring the hole is straight and large enough for the epoxy to envelop the solar road stud shaft.
4. Setting Angle and Curing: Adjust the lighting surface to the desired angle. Verify that the epoxy adheres evenly, then allow it to cure for 6-8 hours before removing any isolation barriers.

Recommended Spacing:

• Highways and Expressways: 5-6 meters (7-8 yards)
• Dangerous Entrances and Exits: 2-3 meters (4-5 yards)
• Hospital and Parking Lot Access: 0.5-2 meters (0.5-3 yards)

These recommendations can be tailored based on specific road conditions and requirements.

Applications:

• Versatile Use: Ideal for highways, expressways, urban roads, parking lots, and other public areas needing enhanced visibility.
• Global Use: Especially popular in regions prioritizing environmental sustainability and energy efficiency in road safety solutions.

Key Features and Characteristics:

• High-Quality Materials: Durable aluminum alloy base with a high-transparency PC cover.
• Efficient Solar Panels: Features a USA brand flexible solar panel known for its high conversion and charge efficiency.
• Advanced LED Technology: Employs high-brightness bullet LEDs for superior visibility.
• Stable Electronics: Equipped with a programmable PCB for enhanced component stability.
• Customization: Available for OEM/ODM to meet diverse client specifications.

Specification :

• Base Material: Constructed from cast aluminum for strength and durability.
• Surface Treatment: The surface employs plastic spraying technology which enhances its resistance against weather elements and mechanical wear.
• Shell: Made of reinforced PC material known for its superior impact resistance and heat stability.
• Load Capacity: These studs can support over 30 tons, making them suitable for use in the middle of roadways where high traffic is common.

Working Principle:

• Solar Energy Conversion: Solar panels on the studs absorb sunlight during the day, converting it into electrical energy stored in batteries or capacitors.
• Automatic Illumination: At night or during poor weather conditions, the stored electrical energy is automatically converted into light through LEDs. This process is controlled by photoelectric switches.
• Visibility and Safety: The emitted bright, flashing light significantly enhances road visibility, guiding drivers and reducing the risk of accidents.

Installation and Spacing:

• Installation: The NK-RS-X6 is typically embedded into the roadway using a core drill to create a fitting hole, followed by setting with epoxy to secure the stud in place.
• Spacing Recommendations:
  • Highways and Expressways: 5-6 meters (7-8 yards)
  • Dangerous Entrances and Exits: 2-3 meters (4-5 yards)
  • Hospitals, Parking Lots, etc.: 0.5-2 meters (0.5-3 yards)

  These are general guidelines and can be adjusted based on specific site conditions and requirements.

Applications:

• Broad Applicability: Suitable for a variety of locations including major motorways (highways, expressways, skyways), urban roads, parking lots, airports, and other public places where enhanced visibility and safety are required.
• Philippine Use: Particularly popular in the Philippines, for example, along Roxas Boulevard, showcasing its effectiveness in diverse environmental conditions.

Key Features and Characteristics:

• Durable Materials: Aluminum alloy base with a high-transparency PC cover.
• High-Efficiency Solar Panel: Equipped with a USA brand flexible solar panel known for its high conversion and charging efficiency.
• LED Technology: Utilizes high-brightness bullet LEDs for superior visibility.
• Programmable PCB: Ensures high stability of the internal electronic components.
• Customization: Available for OEM/ODM to meet specific client needs and specifications.

These solar road studs represent a significant technological advancement in traffic safety, combining environmental sustainability with practical roadway illumination solutions. By harnessing solar power, they reduce environmental impact and provide a cost-effective, maintenance-low safety feature for roadways around the globe.

Specification :

• Base Material: Made from cast aluminum, ensuring durability and robustness for road use.
• Surface Technology: Features plastic spraying technology for enhanced visual appeal and protection.
• Shell Composition: Constructed from reinforced PC material, known for its excellent impact resistance and heat stability.
• Load Capacity: Can withstand over 30 tons, making it suitable for installation in the middle of roads where heavy traffic is frequent.

Working Principle:

• Energy Capture and Conversion: Solar panels on the device capture sunlight and convert it into electrical energy, which is stored in batteries or capacitors.
• Automatic Light Emission: At night or during poor weather conditions, the stored energy is automatically converted into light by LEDs, controlled by photoelectric switches. This ensures the road is visually outlined, improving driver visibility and safety.
• Efficiency: The bright flashing LEDs grab drivers’ attention much sooner than traditional road studs.

Installation Method for Embedded Solar Road Stud:

1. Marking and Drilling: Measure and mark the placement distance. Drill a hole with a diameter of approximately 120mm and a depth of 50mm using a Core Drill.
2. Cleaning: Remove all debris from the drilled holes.
3. Applying Epoxy: Fill the holes with epoxy as per the manufacturer’s instructions.
4. Verifying and Setting: Ensure the hole is straight and large enough for the epoxy to properly surround the solar road stud shaft. Set the lighting surface at the desired angle.
5. Finalizing Installation: Allow the epoxy to cure for 6-8 hours, then remove any installation barriers.

Recommended Spacing:

• Highways and Expressways: 5-6 meters (7-8 yards)
• Dangerous Entrances and Exits: 2-3 meters (4-5 yards)
• Hospital and Parking Lot Access: 0.5-2 meters (0.5-3 yards)

Applications:

• Highways/Expressways: For delineating lanes and enhancing driver awareness.
• Urban Roads and Parking Lots: To guide drivers and improve nighttime visibility.
• Public Places: Offers both functionality and aesthetic appeal.

Characteristics:

• Material: Utilizes aluminum alloy and a PC cover for durability and clear visibility.
• Solar Panels: Features high-efficiency solar panels for effective energy conversion.
• LED Technology: Incorporates high-brightness bullet LEDs for superior visibility.
• Customization: Offers OEM/ODM options to cater to specific requirements.
• Reliability: Designed to perform reliably in a wide range of environmental conditions.

Specification :

• Energy Absorption and Conversion: During daylight, the solar panels on the road studs absorb solar energy, converting it into electrical energy, which is stored in batteries or capacitors.
• Automatic Operation: When ambient light levels drop at night or due to bad weather, the stored electrical energy is automatically converted to light energy through LEDs, under the control of photoelectric switches.
• Visibility Enhancement: The emitted light from LEDs is very bright and flashes to capture drivers’ attention much more effectively than conventional road studs, guiding and warning them about the road layout ahead.

Installation Method:

1. Location Preparation: Choose the installation location and distance, clean the road surface to ensure a flat installation area.
2. Adhesive Application: Clean the bottom of the solar road stud and apply epoxy glue evenly.
3. Placement and Fixation: Place the stud on the road surface, pressing down to fix it into position, and allow the glue to dry.
4. Inspection: Within 2 hours of installation, check to ensure that all studs are correctly installed and there are no deformations.
5. Finalization: Remove any installation barriers after 6-8 hours, allowing normal traffic flow.

Recommended Spacing:

• Highways and Expressways: Approximately 5-6 meters (7-8 yards) apart.
• Dangerous Entrances and Exits: Approximately 2-3 meters (4-5 yards) apart.
• Hospital and Parking Lot Access: Approximately 0.5-2 meters (0.5-3 yards) apart.

The spacing may be adjusted according to specific site conditions and requirements.

Applications:

These road studs are versatile and can be used in various locations for improved safety and guidance, including:

• Urban Roads: Enhances driver awareness and road visibility in city settings.
• Parking Lots: Marks lanes and boundaries, assisting in safer navigation.
• Gardens and Roadsides: Provides ambient lighting while marking pathways and boundaries.

Key Features:

• Durability and Longevity: Designed to last more than 10 years with a robust power capacity and the ability to withstand outdoor conditions.
• Efficient Energy Use: The studs recharge during the day and can operate for extended periods (180 hours flashing mode, 40 hours steady mode) even in foggy or rainy conditions.
• Customization: Offers OEM/ODM capabilities to meet specific customer needs.
• Reliability: Tested to function normally for over 3 years under typical conditions.

Specification :

• Safety Improvement: Significantly reduces the risk of accidents at rail crossings, intersections, and other critical areas by alerting drivers in advance.
• Environmental Impact: Utilizes solar energy, reducing reliance on non-renewable power sources and minimizing environmental footprint.
• Cost-Effective: Saves on electricity and maintenance costs due to durable construction and renewable energy usage.

Working Principle of Solar LED Road Stud:

• Energy Conversion: Solar panels on the studs absorb sunlight and convert it into electrical energy, stored in batteries or capacitors.
• Automatic Lighting: At night or during bad weather, the stored energy is converted into light by LEDs, triggered by photoelectric switches. This process ensures efficient use of energy and continuous operation.
• Visibility Enhancement: Bright, flashing LEDs provide high visibility, alerting drivers well in advance compared to traditional road studs.

Installation Method:

1. Site Preparation: Identify and clean the installation area to ensure a flat surface.
2. Adhesive Application: Apply an even layer of epoxy glue to the bottom of each stud.
3. Placement: Press the stud onto the road surface, ensuring it is fixed in the correct position.
4. Inspection: Check the studs within 2 hours of installation to ensure they are correctly aligned and securely attached.
5. Final Steps: Remove any barriers or isolation facilities 6-8 hours after installation to facilitate normal traffic flow.

Recommended Spacing:

• Highways and Expressways: Approximately 5-6 meters (7-8 yards)
• Dangerous Entrances and Exits: Approximately 2-3 meters (4-5 yards)
• Hospital and Parking Lot Access: Approximately 0.5-2 meters (0.5-3 yards)

Applications:

• Urban Roads: Enhances driver visibility and safety in urban settings.
• Parking Lots: Provides clear lane and boundary indications, improving navigation and safety.
• Gardens and Roadsides: Offers aesthetic and practical lighting to illuminate paths and enhance security.

Key Features:

• Durability: Ultrasonic welding ensures the components do not easily fall off and are well-sealed against elements.
• Longevity: Designed to last over 10 years with super power capacity.
• Efficiency: Capable of recharging fully to support 180 hours of flashing or 40 steady hours during foggy or rainy conditions.
• Customization: Available OEM/ODM options to meet specific customer requirements.
• Reliability: Tested to work normally for more than 3 years under typical conditions.

Specification :

• Solar Charging: During the day, the solar panels on the solar cat eyes absorb sunlight and convert it into electrical energy, which is then stored in batteries or capacitors.
• Automatic Activation: At night or in poor weather conditions, the stored electrical energy is automatically converted into light energy, controlled by photoelectric switches. The emitted LED light outlines the road path and alerts drivers.
• Visibility Enhancement: The bright, flashing LEDs are significantly effective in capturing the attention of drivers earlier than traditional road studs, thus contributing to safer navigation.

Installation Method for Raised Solar Road Studs:

1. Location Determination: Identify and clean the installation spots on a flat road surface.
2. Preparation: Clean the bottom of the solar road stud and apply epoxy glue evenly.
3. Placement: Press the glued side onto the designated road spot, ensuring it’s firmly fixed.
4. Inspection: Within 2 hours of installation, verify that the studs are correctly installed, and there’s no deformation or misalignment.
5. Finalization: Remove any temporary installation barriers after 6-8 hours to allow normal traffic flow.

Recommended Spacing:

• Highways and Expressways: 5 – 6 meters (7 – 8 yards)
• Dangerous Entrances and Exits: 2 – 3 meters (4 – 5 yards)
• Hospital and Parking Lot Access: 0.5 – 2 meters (0.5 – 3 yards)

Applications:

Solar LED Road Studs can be effectively utilized in:

• Urban Roads: Enhances visibility and safety for city driving.
• Parking Lots: Marks lanes and spots to guide vehicles safely even in low-light conditions.
• Gardens and Roadsides: Provides aesthetic as well as functional lighting to outline pathways and enhance landscape features.

Key Features:

• Longevity: Designed to last more than 10 years with a robust power capacity.
• Energy Efficiency: Efficient use of stored solar energy ensures prolonged operational periods – 180 hours of flashing and 40 steady hours in adverse weather conditions.
• Customization: OEM/ODM options are available to tailor the products according to specific project needs.
• Durability: Suitable for installation on the edge lines of roads and pavements, designed to function normally for more than 3 years under typical conditions.

These solar road studs are an innovative solution to maintain and improve road safety, significantly reducing the likelihood of accidents while also being environmentally friendly due to their solar-powered nature. By implementing these devices, various traffic environments can become safer and more efficient for all users.

Specification :

• Environmental Friendliness: Solar road studs use solar energy, significantly reducing environmental impact and operational costs.
• Enhanced Safety: Equipped with bright, flashing LEDs that alert drivers earlier than traditional road studs, thereby improving reaction time and reducing accidents.
• Durability and Efficiency: The use of tempered crystal glass and energy-efficient LEDs ensures durability and low power consumption.

Working Principle:

• Daytime: Solar panels on the studs capture sunlight and convert it into electrical energy, which is stored in internal batteries or capacitors.
• Nighttime or Inclement Weather: Stored electrical energy is automatically converted into light energy by LEDs through a photoelectric switch. This conversion helps illuminate the road effectively, guiding drivers safely.

Installation Method:

1. Marking: Measure and mark the correct distances where each stud will be placed.
2. Drilling: Use a core drill to create holes of approximately Φ108mm and a depth of 50mm.
3. Cleaning: Remove debris from the drilled holes to prepare for installation.
4. Epoxy Application: Fill the holes with epoxy as per the manufacturer’s instructions to ensure a secure fit.
5. Setting: Place the solar road stud in the hole, adjusting it to the desired viewing angle. Ensure the epoxy evenly surrounds the stud’s shaft for stable installation.
6. Curing: Allow the epoxy to set for 6-8 hours before removing any installation barriers or isolation measures.

Recommended Spacing:

• Highways and Expressways: Approximately 5-6 meters (7-8 yards)
• Dangerous Entrances and Exits: Approximately 2-3 meters (4-5 yards)
• Hospital and Parking Lot Access: Approximately 0.5-2 meters (0.5-3 yards)

Characteristics:

• No UV/IR Radiation: Ensures the light emitted is safe with no ultraviolet or infrared radiation.
• Energy Efficiency: Consumes only 20% of the power compared to halogen and incandescent lamps.
• High Durability: Made with tempered crystal glass for superior resistance and longevity.
• Safety Features: Includes a specially designed constant current driver with open or short circuit protection, enhancing overall safety and stability.

These solar road studs are ideal for a wide range of applications, particularly in places where visibility and safety are paramount. Their innovative design and energy efficiency make them a smart choice for modern traffic management and roadway safety enhancements.

Specification :

• Eco-Friendly: Utilizes solar energy, reducing environmental impact and operational costs.
• Enhanced Visibility: Equipped with bright, flashing LEDs that capture attention more effectively than traditional road studs.
• Durability: Designed for longevity, with a life expectancy of over 10 years.
• Automatic Operation: Features photoelectric switches that activate the LEDs automatically at dusk or in poor weather conditions.
• Customization: Offers OEM/ODM services to accommodate specific customer requirements.
• Versatility: Suitable for use on the edge lines of roads and pavements.

Working Principle:

• Daytime: Solar panels on the studs absorb sunlight and convert it into electrical energy, which is stored in batteries or capacitors.
• Nighttime/Inclement Weather: The stored electrical energy is automatically converted into light energy by LEDs, providing critical visibility and guidance.

Installation Method:

1. Site Preparation: Choose the installation location and prepare the surface by ensuring it is clean and flat.
2. Adhesive Application: Clean the bottom of each stud and apply epoxy glue evenly.
3. Placement: Press the glued side onto the road surface, ensuring the stud is securely fixed.
4. Inspection: Check the installation within 2 hours to ensure all studs are correctly installed and undamaged.
5. Finalizing: Remove any barriers or isolation materials 6-8 hours after installation.

Recommended Spacing:

• Highways and Expressways: Approximately 5 – 6 meters (7 – 8 yards)
• Dangerous Entrances and Exits: Approximately 2 – 3 meters (4 – 5 yards)
• Hospital and Parking Lot Access: Approximately 0.5 – 2 meters (0.5 – 3 yards)

Applications:

solar road studs are suitable for a wide range of locations, including:

• Urban roads
• Parking lots
• Steps and pedestrian pathways
• Truck routes and other public places

These studs are instrumental in providing necessary illumination and guidance, thereby enhancing road safety and reducing the likelihood of accidents in various environments.

By integrating solar road studs into traffic management systems, stakeholders can significantly improve the safety and efficiency of transportation infrastructure, whilst also embracing sustainability through the use of renewable energy sources.

Specification :