What should I know about rolling resistance and tread before making a wheel choice?
< Back to the overviewRolling resistance is one of the most important wheel properties that determines ease of use in transport. The more weight is loaded on the wheel, the more rolling resistance increases. Three factors determine the resistance: tread, wheel diameter and bearing. Research has shown that the tread material in particular has a major influence.
This FAQ features specific questions about various tread materials. Have you not been able to find an answer or do you need more information? Contact us. We’re happy to help.
- What should I know about rolling resistance and tread before making a wheel choice?
- How is load-bearing capacity determined?
- 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 is the impact of high rolling resistance?
- 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?
