Our focus spans extended-life and high-temperature corrosion protection, acidic and alkaline environments, marine exposure, impact and abrasion resistance, reduced surface preparation, and demanding defence applications.
We specialise in corrosion protection for extreme environments, with particular expertise in extended service life, high temperatures, acidic and alkaline conditions, marine exposure, impact and abrasion resistance, reduced surface preparation, and demanding defence applications.
The company has established a strategic partnership with the National Center for Nanoscience and Technology, jointly founded by the Chinese Academy of Sciences and the Ministry of Education, to develop a joint laboratory for nano anticorrosion materials. The collaboration addresses technical challenges through molecular-level material design.
Drawing on an academician-led research team and national laboratories, the partnership studies nanostructure control, interfacial mechanisms and precision characterisation. Nano-doping modification is applied to products, with reported salt-spray endurance exceeding 20,000 hours.
An academician-led research team and national laboratories support fundamental research into nanostructure control, interfacial mechanisms and precision characterisation.
Research into nano silica-sol modification and pore densification addresses coating whitening, weathering resistance, alkali bloom and long-term protection.
Nano-doping modification is applied throughout the product range, with reported salt-spray endurance exceeding 20,000 hours and corrosion protection service life exceeding 25 years.
The company's partnership with the centre supports participation in revisions to national standards for waterborne inorganic anticorrosive coatings.
The company has formed an industrial application partnership with the China Academy of Transportation Sciences for the incubation and commercialisation of new transport anticorrosion materials, connecting research with engineering practice.
The partnership develops tailored formulations, demanding field tests and standardised application processes for highway bridges, guardrails and sea-crossing facilities, with protection systems adapted to different climate zones.
Working with a national transport research institute, the company contributes to the development of corrosion protection standards for transport infrastructure.
Tailored formulation development, demanding field tests and application process standardisation focus on highway bridges, guardrails and sea-crossing facilities.
Protection systems are adapted to coastal salt spray, humid and rainy southern regions, and low-temperature and permafrost conditions in the north.
According to the supplied company information, collaboration outcomes have been applied to national highway expansion and sea-crossing bridge refurbishment projects under demanding natural conditions.
A full lifecycle service approach supports consistent execution at every stage.
Coating supply, solution design, on-site guidance, and inspection and maintenance form an integrated service cycle, supporting projects from initial planning through long-term protection.
Qualified technical teams respond to sites nationwide, providing application briefings, process oversight and on-site fault investigation to support consistent workmanship.
The company serves road and bridge construction groups, coastal shipowners, solar energy businesses and steel fabricators, with over 100 public-sector and corporate clients across transport, energy and manufacturing.
More than 100 long-term corrosion protection projects span sea-crossing bridges, industrial storage tanks, wind towers and municipal networks, building practical experience across complex environments.
Application CN202610354423.6. The fully inorganic formulation addresses environmental requirements, offers weld performance and has reported salt-spray resistance exceeding 20,000 hours.
Integrated support: coating supply, solution design, on-site guidance, and inspection and maintenance.
