Fushihua Gold Diamond Saw Blade Hushwar Firefighting Competition Cutting

Gold grade saw blades cover diameter specifications ranging from 350mm to 400mm, and can be adapted to different power toothless saws (such as K770, K970), supporting both dry and wet cutting methods. For example, the 350mm gold grade saw blade (GS50S) standard on K770 can cut both concrete and steel rails quickly, meeting the needs of breaking and dismantling complex obstacles in firefighting competitions.

Typical Applications in Fire Fighting Competitions

1. Quick disassembly and precise cutting

   In the "toothless saw assembly and operation" subject of fire fighting competitions, models such as K760 and K770 are often used for steel pipe cutting. For example, in the 2025 competition of the Tonghua Fire Rescue Brigade, team members used K760 to assemble and cut off a 50mm steel pipe within 30 seconds, demonstrating its rapid response capability. The 400mm gold grade saw blade of K970 can penetrate 200mm thick reinforced concrete slabs within 1 minute, meeting the strict requirements of the "concrete demolition" subject.
2. Rail and Metal Cutting Challenge

   The common "rail cutting" project in firefighting competitions requires cutting off railway tracks in a short period of time. Fushihua gold grade saw blades (such as the 400mm S45 model compatible with K1270) can complete vertical cutting of 60kg/m steel rails in 2 minutes using high-density diamond particles and wear-resistant binders, with smooth and burr free cuts, better than the industry average.
3. Reliability in Extreme Environments

   The high temperature resistance of gold grade saw blades is crucial in simulating the high-temperature environment of a fire scene. For example, the gold grade saw blade of K970 maintains a cutting edge temperature below 200 ℃ even after continuous cutting for 30 minutes, ensuring that cutting efficiency does not decrease. In addition, the anti clogging design of the saw blade (such as the chip groove of GS50S) can reduce the accumulation of concrete debris and is suitable for long-term high-intensity operations.