Have you heard of rubber pad forming? Based on the name alone, you may assume that it&#;s used to produce rubber products. Rubber pad forming, however, is actually a metalworking process that&#;s used to produce metal products. It&#;s simply called &#;rubber pad forming&#; because it uses rubber pads to deform a metal workpiece.
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A form of deep drawing, rubber pad forming is a technique used in the manufacturing industry to manipulate sheet metal by pressing it between a series of rubber pads and a die. It&#;s not designed to cut sheet metal. Rather, rubber pad forming is designed to bend sheet metal using compressive forces.
Rubber pad forming works by sandwiching sheet metal between a die and a series of rubber pads. Sheet metal is secured to the pressing machine, after which it&#;s exposed to compressive forces. The rubber pads are located above the sheet metal, whereas the die is located below the sheet metal. When the pressing machine is turned on, the rubber pads push the sheet metal down and into the die. As a result, the sheet metal bends while taking the shape of the die.
With rubber pad forming, manufacturing companies can safely manipulate the shape of finished or polished sheet metal. After finishing or polishing a piece of sheet metal, a manufacturing company may use rubber pad forming to change its shape. While other metalworking processes may damage the finished or polishing sheet metal, rubber pad forming will not. The rubber pads offer a soft and forgiving surface that won&#;t damage the sheet metal.
Rubber pad forming supports most types of sheet metal. Whether a piece of sheet metal consists of stainless steel, high-carbon steel or aluminum, it can be manipulated using rubber pad forming. This metalworking process even supports sheet metal measuring up to 4 millimeters thick, making it ideal for a variety of manufacturing-related applications.
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But did you know that one of the best ways to protect the surface of the ground you&#;re working on is to use
rubber pads
on the excavator? Let&#;s look at the advantages of using rubber pads on an excavator.
Using rubber pads on an excavator can also help to reduce the amount of damage that is done to the ground. Without the rubber pads, the metal tracks of the excavator can dig deep into the surface of the ground, creating ruts and trenches that can be a hazard to workers.
Another advantage of using rubber pads on an excavator is the reduction of vibration. The rubber pads provide a buffer between the
metal tracks
of the excavator and the ground, which helps reduce the amount of vibration transmitted to the operator; this can help reduce fatigue and improve the operator&#;s comfort, leading to improved productivity.
Finally, the rubber pads can help improve the excavator&#;s manoeuvrability on smooth surfaces. The rubber pads provide more traction, which can help reduce the time it takes to manoeuvre the excavator and reduce the amount of time it takes to complete a job, which can help improve productivity and reduce costs.
Astrak stock standard Bolt-on and Direct-to-Chain or Roadliner pads and we have developed a range of quick-fit clip-on pads which can be fitted in half the time of conventional pads, minimising labour costs and maximising uptime.