Under the leadership of Heavsty, we redefine structural road safety markings through integration of industrial machinery and state-of-the-art materials formulation.
Operating a modernized smart manufacturing base in China with advanced chemical synthesis lines and mechanical assembly facilities.
Our dedicated engineering department consists of 40 traffic science professionals focused on chemical compound durability and mechanical design.
All operations comply with ISO 9001/14001/45001 standards, featuring TÜV, SGS approvals, and CE compliance certificates.
Highly optimized machines and chemical compounds designed to maximize project ROI and minimize traffic disruption.
Analyzing formulation chemistry, infrastructure modernization trends, and localized solutions for global logistics corridors.
Modern highway infrastructure relies heavily on pavement coatings to maintain optimal safety indices and manage high-volume Average Annual Daily Traffic (AADT). Pavement coatings are no longer viewed as simple markings; they are critical safety components. Industrial operators, highway authorities, and engineering contractors require materials capable of resisting shear stress, UV degradation, chemical degradation from oil spills, and severe weathering cycles.
From highway interchanges to airport runways and urban smart corridors, the choice of coating formulation—whether thermoplastic hot-melt, two-component cold plastic (MMA), waterborne acrylic, or epoxy resins—determines the lifecycle cost and maintenance intervals of traffic assets. As global supply networks scale, procuring durable road marking systems from reliable partners becomes key to avoiding project bottlenecks.
The global traffic safety market is transitioning toward functional, intelligent, and environmentally friendly solutions. Key trends include:
Enterprise buyers—ranging from multinational civil construction groups to municipal agencies—face distinct procurement hurdles. Project timelines demand just-in-time delivery of coating materials and application machinery to minimize road closure penalties. Contractors require dynamic chemical formulations adapted to regional conditions: formulations designed for the high temperatures of Saudi Arabia will fail under freezing winter conditions in Canada.
Furthermore, sourcing complete packages (both equipment and chemical paint) from a single partner ensures mechanical compatibility. For example, matching a cold-spray marking machine with a chemical formulation that has the correct viscosity index prevents nozzle clogging and pressure drops during field application.
Operating a 20,000+ square meter facility with over 200 dedicated staff, Heavsty incorporates Smart Factory 4.0 practices to guarantee quality and scalability:
Countries Supplied
Sqm Production Base
R&D Innovators
Active Staff Members
Heavsty systems deployed under challenging environmental conditions globally.
Applied in September 2025. This machine removes rubber & old markings efficiently with high-pressure water, avoiding runway damage and ensuring fast drying. Minimizes flight delays and runway closures.
Applied in March 2025. Our intelligent thermoplastic melting kettle provided continuous heating, precise temperature control, uniform melting, and stable discharge for municipal road lane marking.
Applied in August 2025. Large riding marking machines operated in temperatures up to 50°C. Formulated thermoplastic materials resisted thermal softening, producing sharp, long-lasting lines.
Applied in May 2025. Cold-spray marking machines offered fast, flexible application across diverse regional topologies. Provided precise control with low raw material consumption.
Applied in February 2026. High-pressure water line removal machines prepared concrete substrates cleanly without structural damage, ensuring optimal adhesion for new marking coats.
We analyze regional climate variables, aggregate substrate properties, and traffic density parameters to design matching coating chemistries for your local market.
Contact Engineering TeamEngaging with the global traffic technology sector at leading trade events worldwide.
Amsterdam, Netherlands
Demonstrating next-generation cold-spray machinery and smart municipal marking materials to the European infrastructure community.
São Paulo, Brazil
Highlighting robust pavement marking formulations and mechanical removal solutions tailored to Latin America's highways.
Riyadh, Saudi Arabia
Exhibiting high-temperature resistant, hot-melt pavement compounds developed specifically for Middle Eastern desert regions.
Expanding performance limits with specialized marking tools, pigments, and high-efficiency melting apparatuses.
Explore details of our high-demand specialty systems designed for high-efficiency project implementation.
Engineered for versatility. Offers high-efficiency pneumatic controls and multi-line spraying options for highway application.
Designed for consistent heating. Provides accurate temperature control, preventing thermal degradation of hot-melt formulations.
A fast, flexible solution for urban areas. Highly maneuverable, featuring pressure stabilization for clean paint boundaries.
Combines operator comfort with high capacity. Perfect for mid-to-large-scale municipal marking tasks.
A high-pressure water system designed to clear runway rubber quickly and safely, facilitating rapid airport reopening.
Features optimized heat exchange circuits, reducing diesel fuel consumption while maintaining consistent batch flow.
Every Heavsty system is manufactured to comply with strict international regulatory frameworks.
We enforce strict chemical and mechanical testing protocols. Heavsty marking formulations undergo accelerated weathering tests, skid resistance verification (SRT), and colorimetric coordinate validation to ensure compliance with CE, EN 1871, and AASHTO standards.
Technical clarifications on procurement, chemistry formulations, and mechanical operations.