Product News

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.

The superior thermal insulation capabilities of aerogels stem from their unique "nanoporous" structure, which effectively blocks three pathways of heat transfer simultaneously.

The traditional coating has a single function, while GOMIN aerogel coating successfully applies aerogel, a cutting-edge material used in the aerospace field, to architectural coatings.

This nanoscale porous material endows the coating with an extremely low thermal conductivity (0.028-0.032 W/(m · K)), achieving excellent insulation effect with thin coating.

In the sweltering summer heat, many owners of corrugated steel roofing tile factories begin to worry when temperatures rise. The workshops become like ovens, workers lack energy, machinery frequently overheats, and electricity bills are alarming.

Grain silos, as the core storage sites for long-term grain storage, have extremely stringent requirements for temperature and humidity control. Drastic temperature differences in the external environment can easily lead to temperature imbalances within the silo, resulting in mold, pests, and even quality deterioration, causing significant economic losses for enterprises.

In the summer season, steel structure factories often become "steamers": the color steel tile roofs are baked by the scorching sun, the indoor heat is unbearable, the efficiency of employees is low, and the cost of cooling electricity is high. Traditional indoor cooling only addresses the symptoms and does not solve the fundamental problem of roof thermal conductivity.

Under the scorching summer sun, the color steel plate roof is like a huge "baking tray", with the indoor temperature rapidly rising and the heat unbearable. This not only affects the comfort of living, but also causes the energy consumption of air conditioning in factories, warehouses and other places to soar, resulting in a significant increase in operating costs.

The high temperature causes a huge increase in the load of indoor air conditioning, and the electricity bill soars. What should we do? GM-BL glass nano thermal insulation coating provides you with a one-stop solution! This product has excellent thermal insulation, waterproof, anti-corrosion, self-cleaning and other multifunctional properties.

99% of factory owners may not have heard of this innovative insulation technology that can completely end the summer heatwave in steel-structured factories. If your factory is unbearably hot in the summer, causing complaints from employees and reduced productivity, then the following information may be just what you need.

Southern plum rains, basement dampness, bathroom leaks...humid environments have always been an invisible threat to walls. Gomin aerogel coatings offer excellent mildew and moisture resistance, effectively blocking moisture penetration and preventing mold growth. Testing has shown excellent water and alkali resistance, with a bond strength of up to 0.7 MPa, providing strong adhesion and long-lasting protection against moisture.

Traditional insulation systems are complex and time-consuming to apply, but Gomin aerogel coating truly achieves "coating and insulation." It supports a variety of application methods, including roller coating, brushing, spraying, and scraping, with a fast curing time and flexible operation.