High-temperature masks can't protect?
In the smelting workshop, molten steel splashes and the ambient temperature is over 100℃. Ordinary masks either have insufficient protection area or poor insulation, which leads to facial burns. This is a major pain point for smelting workers. Are you often worried about sparks from the loose fit between the mask and the Protective Glasses, or the fogging of the Safety Goggles affecting the operation? Our smelting high-temperature resistant aluminum foil mask is a targeted solution: it uses a multi-layer aluminum foil composite material, and its "tight and tough" character can fully cover the face and neck, and is designed for high-temperature smelting scenes. In the steel casting operation with an instantaneous high temperature of 300℃, its insulation layer can control the surface temperature below 50℃. When used with safety goggles, the sealing is improved by 40%, and the risk of facial burns can be reduced by 95% throughout the year. Application scenarios focus on core needs: When steel is tapped from the converter of a steel mill, safety goggles are used to block splashing and strong light from molten steel; during the operation of the electrolytic cell in an aluminum plant, it is used in conjunction with the Face Shield to resist corrosion from hydrogen fluoride gas and high-temperature radiation; during the core pouring process in a foundry, it can be worn alone to protect against the continuous high temperature emitted by the casting, and covers a 15cm more protective range around the neck than ordinary masks. Product Features:
Comprehensive protection: integrated design of face + neck, with a 30% larger protective area than ordinary masks.
Stable temperature resistance parameters: can withstand instantaneous high temperatures of 300℃, continuous temperature resistance of 150℃, and an aluminum foil reflectivity of 90%.
Tips:
Check whether the aluminum foil layer is damaged before daily operations, and replace small holes in time.
When paired with Protective glasses, choose a style with air holes to reduce the fogging of the lenses and affect the field of vision.
