Application Scenarios for Single-Component vs. Two-Component Paints

Single-component paints excel in ease of application, low cost, and convenient storage, making them ideal for low-demand decoration or repair work. In contrast, two-component paints, with their chemically cured high performance, outperform single-component paints in terms of hardness, corrosion resistance, and weather resistance, making them the preferred choice for industrial and highly durable coatings. However, they come with a higher application threshold and are also more expensive.

2015

Expand production capacity, achieve a successful debut in overseas projects, and solidify the foundation for future growth.

2018-2020

Obtained high-tech enterprise certification, optimized business scope, and adjusted equity structure.

2021–present

Established a graduate research workstation, awarded the title of Specialized, Sophisticated, and New Enterprise, and National-level High-Tech Enterprise; obtained authoritative certifications from CNAS and GHOST.

How do you choose the right type of paint?

When choosing the right type of paint, the key is to focus on four critical factors—application scenario, substrate type, performance requirements, and construction conditions—and make your decision by taking into account the characteristics of both single-component and two-component paints.

Fire-retardant coatings are a type of specialized coating that provides flame-retardant and fire-protection functions.

Fire-retardant coatings are a special type of coating that provides flame-retardant and fire-protection functions. After being applied to the surface of a substrate, they form an insulating protective layer under high-temperature fire conditions, slowing down the substrate's temperature rise, inhibiting the spread of fire, and reducing the substrate's combustibility. They are commonly used for fire protection of architectural and industrial components such as steel structures, concrete, and wood.

What are the application ranges of fire-retardant coatings?

The steel structure substrate is the primary application area for fire-retardant coatings, with the aim of enhancing the fire resistance limit of steel structures (which tend to soften and collapse at high temperatures).

Chaohui Chemical Suzhou Team Building Event

The autumn charm permeates the city of Gusu, as we unite our hearts and pool our strength to embark on a new journey. Temporarily stepping away from our busy work, we’ll unwind amidst mountains and waters, strengthen our bonds through collaboration, and together write a new chapter of unity and progress for Chaohui Chemical.

What is the fire-retardant principle of fire-retardant coatings?

The fire-retardant principle of fire-retardant coatings essentially lies in the physical and chemical changes that occur within the coating itself, creating a protective system that provides thermal insulation, flame retardancy, and smoke suppression under high-temperature fire conditions. This system slows down the temperature rise of the substrate, inhibits the spread of fire, and extends the fire-resistance duration of the substrate.

Market Size and Development Trends of Fire-Retardant Coatings

Product eco-friendliness and high performance; diversified and customized application scenarios; upgrading of technology and supply chains; consolidation and differentiation in the competitive landscape.