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A new generation of nanoporous materials empowering green, energy-efficient buildings.

Dalian Gomin Special Coatings Co., Ltd. is based in Dalian, China, focusing on the research and development, production, and customized services of high-end special coatings. With years of experience in the industry, we are committed to providing high-performance and environmentally friendly coating solutions for customers in industries such as construction, shipbuilding, and new energy.

The company's main 11 categories of special coatings cover:

We recommend applying the coating under stable conditions with temperatures between 5-35℃, relative humidity below 80%, and no strong direct winds. Before construction, the temperature, humidity and wind speed on site should be monitored and assessed, and the process should be arranged reasonably to ensure the final coating quality and long-term performance.

How can aerogel paint be applied most cost effectively?
Whether there is an optimal range for the thickness of aerogel coatings is a key concern for many users. Considering factors such as material properties, performance, and economic costs, we believe that there is a recommended optimal thickness range for aerogel coatings, namely 1 to 3 millimeters.

GOMIN, a pioneer in aerogel coatings in Northeast China, leads the new track of functional coatings.

Focusing on New Material R&D, GOMIN Creates High-Performance Aerogel Coatings

In today's ever-evolving functional coatings market, GOMIN, through its continuous exploration of new materials and technologies, has become the first aerogel coating manufacturer in Northeast China. With a spirit of professionalism, innovation, and quality, GOMIN is driving the industry towards a new era of high performance and green energy conservation.

As the first aerogel coating manufacturer in Northeast China, GOMIN has always focused on the research and application of new products, new materials, and new processes, committed to creating high-performance, functional, and energy-saving coating products. From its inception, the company established a development strategy of "technology-led, innovation-driven," continuously investing in scientific research resources and building a comprehensive product R&D system.

How do aerogel coatings achieve ultra-thin thermal insulation?

In the realm of traditional thermal insulation, achieving high efficiency usually requires thicker insulation layers; aerogel coatings, however, break this convention. An aerogel coating just 1 millimeter thick offers thermal insulation performance equivalent to 10–30 millimeters of traditional polystyrene board, making it an ideal choice for energy-efficient buildings and high-end equipment.

With the increasing demand for energy-efficient buildings and reduced industrial energy consumption, aerogel coatings are becoming the preferred choice for a growing number of customers due to their superior thermal insulation performance. Compared to traditional insulation materials, aerogel coatings can save costs for customers in multiple aspects.

Traditional insulation materials often limit technological iteration due to their bulkiness, especially in precision components such as battery packs and chips. Thick insulation layers encroach on functional space, forcing engineers to make difficult trade-offs between performance and size.