V-Gard Deluxe Safety Helmet ABS

Beijing agent MSA ABS deluxe safety helmet, which is widely used in both the construction industry and general industries, is primarily designed to protect on-site workers from the risk of head injuries caused by falling objects. Made from high-quality materials and processed with advanced techniques, the high-strength ABS material undergoes strict testing, ensuring outstanding performance in both appearance and practicality. The MSA standard safety helmet uses high-quality raw materials and advanced processing techniques, featuring a classic V-shaped design that is aesthetically pleasing and comes in various colors. It ensures excellent impact resistance and puncture resistance. Under normal conditions, the service life of a general safety helmet does not exceed 30 months. Beijing agent MSA ABS deluxe safety helmet, material: ABS Colors: white, yellow, orange, red, blue, lake blue Multiple shell colors, various inner caps, and chin straps are available to meet different customer requirements. Markets: construction, general industry, oil and gas, utilities, mining, water treatment Made from high-quality raw materials and processed with advanced techniques, whether PE or ABS materials, all undergo strict testing, ensuring outstanding performance in both appearance and practicality. Extended peak design provides additional sunshade effect, reduces glare, and protects against dust, dirt, and chemicals, enhancing protection for the eyes and face. Fully compliant with the new national standard GB2811-2007, it is a safety helmet manufacturer that meets the new national requirement for chin straps to break under a force between 150KN and 250KN. Beijing agent MSA ABS deluxe safety helmet features an oval or hemispherical shell with a smooth surface, allowing objects that fall on it to slide off immediately without staying. Moreover, the force at the impact point on the shell is distributed to the surrounding areas, with the cap liner cushioning reducing the force by more than two-thirds. The remaining force is transmitted through the entire area of the cap liner to the human skull, transforming the point of impact into a surface of impact. This avoids stress concentration at a single point on the shell and reduces the force per unit area.