Fireproof and explosion resistant doors are designed for high security levels to withstand extreme conditions. These doors aim to ensure maximum safety for people and equipment in explosive environments. Made primarily of high-strength steel and supplemented with special explosion-resistant materials, they are built to withstand the intense pressure and impact of explosions. Typically installed at key entrances of buildings, they provide a robust barrier to protect personnel and expensive equipment. In high-risk industries like petrochemical, pharmaceutical, military, and aerospace, these doors are especially widely used, ensuring the safety of people and equipment. Besides their explosion-proof characteristics, these doors also have multiple functions like fire and theft protection, making them a practical and safe choice.

Fireproof and explosion resistant rolling shutter door is a safety door combining special design and high-strength materials, specifically crafted to withstand explosive impacts. Built upon the traditional steel fireproof rolling shutter door, it is upgraded with enhanced curtains and transmission systems, equipped with specialized explosion-proof electrical equipment to meet explosion-proof standards. The door uses an explosion-proof motor, controlled by an explosion-proof electric control box with a variable speed device, driving the rolling shaft to open and close the door. Particularly suitable for industrial environments filled with flammable gases, liquids, or dust, it effectively withstands high pressure and temperature from explosions, significantly reducing the risk of damage and injury.

The explosion resistant energy-saving window is a high-end specialty window designed to withstand explosive environments, committed to protecting the interior safety of buildings under hazardous conditions. Its core structure consists of multi-layer high-strength glass, with a robust material interlayer, endowing it with outstanding explosion-proof and bulletproof characteristics. In the event of an explosion, the window can effectively withstand immense pressure, prevent glass from shattering and splinters from flying, greatly reducing the risk of damage to internal personnel and equipment. Besides its explosion-proof feature, the window also integrates explosion-proof hardware and anti-seismic structural design, effectively absorbing impact and reducing building damage. Additionally, it provides excellent thermal insulation, sound insulation, and heat preservation, improving the energy efficiency and living comfort of buildings. In terms of aesthetics and practicality, it adopts a design in line with modern architectural aesthetics, easy to operate, and can perfectly integrate with the building's appearance, meeting various application scenarios' needs. Widely used in high-risk industries like oil, chemical, and military in explosion-sensitive areas such as oil tank areas, chemical plants, laboratories, etc., it is an important choice for enhancing building safety, energy efficiency, and comfort.

The explosion resistant valve is a specially designed valve device, primarily intended to prevent or mitigate the impacts of explosions in piping systems or various process equipment on the environment. It is installed on the external walls of protected buildings, serving as an intake or exhaust port for the ventilation system. At the critical moment of an explosion, this valve can automatically close, effectively preventing the destructive impact of the explosion wave on the internal space of the building. Especially suitable for industrial environments filled with flammable gases, liquids, or dust, it prevents the further spread of fires or explosions by cutting off the air flow between the inside and outside.

Explosion resistant coating is an advanced protective material designed to be applied to building surfaces or structures to enhance their safety in explosive situations. Composed of two parts, A and B, used in a 1:1 ratio, it effectively reduces the damage caused by explosive waves to buildings and personnel. The unique aspect of the explosion-proof polyurea coating is its ability to enhance the displacement capacity of building structures, such as walls and floors, absorbing explosion energy and dispersing it over a wider area, thereby significantly reducing structural damage.

The fireproof and explosion resistant wall is a highly effective safety measure designed to address high explosion risk environments. This wall possesses significant defense capabilities, effectively resisting explosive shock waves and limiting their destructive power within a certain range. It is primarily composed of fire and explosion-proof panels, suitable for industrial environments containing flammable gases, liquids, or dust. Made from durable and non-combustible composite materials, these panels withstand extreme pressures and temperatures, effectively preventing explosions from spreading to other areas. The application of fire and explosion-proof walls is widespread, not only mitigating the impact and harm of explosions but also significantly reducing the risk of personnel injuries and fatalities, thereby providing strong protection for safety.

The fireproof and explosion resistant ceiling is an innovative ceiling system designed to resist explosive impacts, significantly reducing damage and injuries in hazardous environments. This ceiling is not only aesthetically pleasing but also effectively limits the spatial spread of explosive hazards, achieving a perfect blend of safety and beauty. The explosion resistant ceiling features specially made fire and explosion resistant panels and a precisely calculated anti-explosion purlin structure, capable of withstanding high pressure, temperatures, and intense impacts from explosions. The product is available in both fire and non-fire-resistant explosion resistant ceiling types. For spans exceeding 6 meters, a design incorporating suspension rods is required. The fire and explosion resistant ceiling is especially suitable for industrial sites with flammable gases, liquids, or dust, as well as clean rooms requiring dust-free environments.