Highway Guardrail roll forming machine
Suitable material: Q235A galvanized steel, width: 440mm, thickness 3.0mm
Forming speed: 10-12M/min
Forming roller station: 20 stands
Leveling roller station, 7 stands
Guiding and feeding roller, 4 stands
Suitable material: Q235A galvanized steel, width: 440mm, thickness 3.0mm
Forming speed: 10-12M/min
Forming roller station: 20 stands
Leveling roller station, 7 stands
Guiding and feeding roller, 4 stands
We can make two waves, three waves Highway Guardrail roll forming machine for highway guardrail/fence application. No matter where to use the finished product of our Roll Forming Machine, I think the quality is important especially to keep the people safe.
Production Standard: JT/T 281-2007, JT/T 457-2007
Raw material: Q235A galvanized steel sheet
W beam is the standard type metal guard rails used for roadway safety, highway and traffic barriers. We uses galvanized steel sheet to fabricate metal railings of waved beams. The beam bends when a vehicle crashes, absorbing the impact of the shock. The following part, we take a two waves guardrails profile for these customers who need two waves Highway Guardrail Roll Forming Machine.
Based on the above drawing profile, we make Vine Posts Making Machine parameter like the following:
1. Suitable material: Q235A galvanized steel, width: 440mm, thickness 3.0mm
2. Forming speed: 10-12M/min
3. Forming roller station: 20 stands
4. Leveling roller station, 7 stands
5. Guiding and feeding roller, 4 stands
6. Roller material: Gcr 15 bearing steel after treatment, HRC58-60
7. Roller shaft material: No.45 high grade material after treatment
8. Roller shaft dimension: 100mm
9. Main motor power: 45 KW
10. Transmission: by gearbox
11. Leveling rollers motor power: 2.2KW
12. Hydraulic motor power: 11kw, hydraulic pressure: 20Mpa
Best Machine can make the best finished product to protect road against impact:
Poorly designed machine makes lower quality finished products. The guardrail terminal ends will lead to penetration of errant verticals, which could be extremely dangerous. So for the machine design, we are quite seriously.