What is the impact of high rolling resistance?
< Back to the overviewWhen working with a roll container, employees can have to deal with considerable physical strain. Roll containers regularly show defects that lead to a higher physical load on the user. Pushing and pulling due to too much resistance can lead to complaints of the neck, shoulders, wrists and back. Good wheels with little starting and rolling resistance are therefore important.
In this video you can see the difference between two different types of wheels. This comparison shows how much force is required when pulling a rolling container. Wheels that are fit-for-purpose, such as the ergonomic wheels from DM Wheel Systems, require less force for both starting and keeping the roll container moving. The difference is obvious. The correct wheel choice can therefore contribute to reducing physical strain.
- What is the impact of high rolling resistance?
- How is load-bearing capacity determined?
- What should I know about rolling resistance and tread before making a wheel choice?
- Is a special tread always necessary?
- When should a special tread be used?
- Which is better: a tread made of recycled or vulcanised rubber?
- What types of castor wheels are best suited for heavy loads?
- Which wheels in the range are for heavy duty applications?
- Where can I get advice about heavy duty wheels?
- What effect does the position of the wheels have on rolling resistance?
- What is PU?
- Are PU wheels good for industrial applications?
- Why are PU wheels a popular choice?
- Are PU wheels a good replacement for rubber wheels?
- Are hard or soft PU wheels better?
- For which application should I use stainless steel castors?
- How can stainless steel extend its lifespan?
- Can I maintain stainless steel castors myself?
- What factors should I consider when choosing rubber wheels?
