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EPS Foam Helmet Mould
EPS foam helmet moulds provide a safe and durable way to make custom helmets. EPS foam is a type of open-cell foam that is used in many different industries, including automotive, construction, and medical. The moulds create a precise replica of the head, ensuring that the helmet fits comfortably and looks professional.
InquirynowTechnical Date
Item |
LWG-1200 |
LWG-5500 |
Component |
Distribution panel |
2 Distribution panel |
Weight |
610kg |
1200kg |
Effective working area |
4350*1700*1400mm |
7350*5200*1400mm |
Power |
1.5kw |
3kw |
Working voltage |
380v |
380v |
Maximum block size |
1200*60*N MM |
1250*1250*N MM |
Precision |
0.05mm |
0.05mm |
Lathe body |
Coated iron |
Coated iron |
Features
An EPS foam helmet mould is the perfect way to create a custom-fit helmet for your head. EPS stands for Expanded Polystyrene and is a type of foam that is used in many applications, including helmets. When you have a custom EPS foam helmet mould created, it is made to fit your specific head size and shape. This means that you will have a comfortable, snug fit every time you put on your helmet.
When it comes to safety gear, there's no room for compromise. That's why more and more cyclists are choosing EPS foam helmets. EPS foam is a type of insulation that is used in a variety of applications, from construction to home insulation. EPS foam helmets are made with a thin layer of EPS foam over a hard shell. This construction provides cyclists with the best of both worlds: a lightweight helmet that can absorb impact in the event of a crash.
EPS foam is a material that is used in the production of helmets. It is a type of polystyrene that is made up of small beads. These beads are then heated and fused together to create foam. The foam is lightweight and can be moulded into different shapes. This makes it a popular choice for the manufacturing of helmets.
1. EPS Foam Helmet Mould are created through the use of a CNC router.
2. The EPS Foam is cut into the desired shape of the helmet mold using the CNC router.
3. The foam is then heated in an oven to make it pliable so that it can be formed into the desired shape.
4. The heated foam is then pressed into a mold that will create the desired shape of the helmet.
Application
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