Industry news

Choose proper thermoplastic road marking paint for tropical high‑heat, coastal salt‑fog and frigid freeze‑thaw areas according to practical overseas project experience and EN1436 standards.

Discover typical melting‑kettle operation errors during heating thermoplastic paint, explain how wrong heating shortens road‑mark service life and provide standardized operation solutions.

Deep‑dive into physical and chemical principles how primer strengthens thermoplastic paint and concrete pavement bonding, and avoid marking peeling on cement roads permanently.

Master temperature, humidity and stacking standards for thermoplastic road‑marking paint storage, avoid caking, resin degradation and pigment fading before construction to guarantee post‑construction line quality。

Learn working principle, particle‑size matching and installation methods of 1.93 high‑refractive‑index glass beads, improve thermoplastic marking reflectivity under rainy‑night and foggy conditions to meet EN1436 requirements。

Explain the core function, construction parameters and selection standard of thermoplastic primer specially used for cement concrete pavement, solve the common peeling and hollowing problems of marking lines on cement roads.

Compare the differences between hot melt thermoplastic and cold solvent road marking paint in service life, construction method, performance and cost to help you select the best road marking material.

Analyze all root causes of bubbling on thermoplastic road marking lines, provide complete construction and storage control solutions to completely eliminate blister and hollow defects.

Analyze the core reasons why thermoplastic road markings fade quickly after construction, including raw material, construction and environmental factors, and share practical solutions to keep lines bright longer.