In terms of protection, both polyurethane casters and rubber casters provide excellent protection against floor damage due to the flexibility of the material. In general, the softer the material, the less likely it is to damage the floor. This aspect is a little better due to the difference in rubber hardness. However, rubber can be produced in non-marking materials using alternative fillers such as silica. Non-marking rubber casters are usually brown and will not mark the floor.Polyurethane, on the other hand, does not usually mark the floor. When polyurethane is usually mixed with paint, the chemical makeup of the material closes the colour into the material and cannot leak or mark floor surfaces. Know more details by visiting equip2go.com.au.
In short – rubber casters vs polyurethane casters – both rubber casters and polyurethane casters have their advantages over each other. Polyurethane is an extremely tough and durable material with the advantage of providing high load capacity. Rubber casters offer excellent operator comfort and have the advantage over delicate floor protection. For this reason, both rubber and polyurethane casters have a common place in the Material Handling Equipments industry.
There is a saying in supply chain management – you are as efficient as the weakest link in the chain, and you can only move as fast as the slowest link. For example, it’s great that the goods-to-person order-fulfilment system you install can fill orders within 15 minutes of receipt; However, what do you really achieve if refilling processes prevent pickup modules from stockpiling enough with inventory, manual pack stations take hours to complete individual orders, or shipping docs fill up quickly?
The same thing happens outside the boundary wall of Thing industrial facilities. We’ve all seen video footage of traffic in developing countries – cars, trucks, motorcycles, bicycles, pedestrians and livestock, all sharing the same road; Even high-performance sports cars can go as fast as a flock of sheep or cows crossing the road that prefers to sleep at that time and allow traffic to be blocked.
Something similar is happening in the supply chain, given the constant introduction of new technologies and capabilities, in our daily lives as customers and in the supply industrial settings in which we work as supply chain professionals. The rate of change and the introduction of new devices that promise to improve our lives, or improve our performance are dizzy. Some succeed in deploying, and others fail – partly due to the difficulty in integrating so-called tools into existing systems, an important factor being that some have access to existing systems without interruption.
