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PC In-mold Technology
Let me tell you about a cutting-edge helmet production technology called in-mold! It's the hottest thing in the industry right now because it lets us create helmets that are super light and incredibly strong. The secret is in the way we connect the outer shell to the inner foam - it's seamless! This means our helmets won't fall apart in the event of an impact and will provide optimal protection for your noggin. Plus, the in-mold technology ensures that any impact force is transferred smoothly to the foam insert. This means that the helmet can effectively absorb the impact and protect the wearer's head from injury.
Let me tell you about a cutting-edge helmet production technology called in-mold! It's the hottest thing in the industry right now because it lets us create helmets that are super light and incredibly strong. The secret is in the way we connect the outer shell to the inner foam - it's seamless! This means our helmets won't fall apart in the event of an impact and will provide optimal protection for your noggin. Plus, the in-mold technology ensures that any impact force is transferred smoothly to the foam insert. This means that the helmet can effectively absorb the impact and protect the wearer's head from injury.
LED Technology
Illuminate your night ride with Huace's smart Helmets – the perfect balance of safety and style. Equipped with groundbreaking LED technology, these helmets offer multi light mode control in various light states. So, light up your way and arrive at your destination in style with Huace's smart Helmets.
Illuminate your night ride with Huace's smart Helmets – the perfect balance of safety and style. Equipped with groundbreaking LED technology, these helmets offer multi light mode control in various light states. So, light up your way and arrive at your destination in style with Huace's smart Helmets.
MIPS Technology
MIPS technology mimics the brain’s protective structure by reducing rotational forces caused by angled impacts to the head. In helmets with MIPS, the shell and EPS foam are divided by a low-friction MIPS layer which allows the helmet to slide, significantly reducing brain injury in the case of an accident.
MIPS technology mimics the brain’s protective structure by reducing rotational forces caused by angled impacts to the head. In helmets with MIPS, the shell and EPS foam are divided by a low-friction MIPS layer which allows the helmet to slide, significantly reducing brain injury in the case of an accident.