Why OEMs are Choosing Custom Rubber Components for High-Performance Equipment
When launching a new product or sourcing materials for an existing one, for rubber components the choice is often between standard and custom versions. The former are readily available for prompt delivery and will be cheaper to buy than custom rubber components. However, standard components are only available in standard materials, colours and sizes, and so do not always have the flexibility that is needed.
When deciding between custom and standard parts, you need to assess the specific needs of your application. This will determine if suitable standard parts are available and, if not, custom parts are the only practical choice. Trying to make your products conform to standard components is rarely a good choice because you will need to make too many compromises.
A custom component will fit precisely, handle demanding environments for specialised applications, be more reliable and give you exactly what you need with no leaks and more cost-effective performance over a long period.
The Evolution of OEM Needs
OEMs have a responsibility to produce quality and reliable products for their customers as cheaply as possible. Because of this, they are constantly evolving their needs for custom rubber components.
The ongoing requirement is that components enhance the performance of products by providing multiple functions, being lightweight for fuel efficiency and being resistant to various challenges. They need to be environmentally friendly with reduced waste and recycling, use cost-effective materials and adhere to product designs.
As industry changes and demands increase, rubber component suppliers are changing with it by adapting to new technologies, methods and materials. Companies are proactive in their approach so that they can anticipate and be ahead of the game.
Addressing Unique Performance Requirements
Custom rubber components are individually designed and manufactured so they meet specific size and performance requirements. Unlike standard components, they fit perfectly and are able to meet particular demands, such as extreme pressure or temperature, shock and vibration.
Custom rubber parts are specifically designed to meet the needs of a particular specification and so will provide optimum performance. When precision is essential, custom components are a necessity since they meet specific tolerances and dimensions that standard, mass produced parts cannot do.
Many components can have multiple functions such as chemical resistance, vibration control and shielding against electromagnetic interference. They can be made from lightweight materials, have complex shapes and meet any performance requirements because they are individually designed to meet particular needs
Optimising Equipment Longevity and Reliability
Custom rubber components are generally much more durable and reliable than their standard counterparts. They can be specifically designed to resist chemicals, high temperatures, UV radiation and other extreme conditions. As a result, they are less likely to fail and the useful life of the equipment in which they are installed will be extended.
For some industries, such as aerospace, reliability is essential, especially in very harsh conditions. It is important that those conditions do not cause the rubber to become brittle or excessively soft, and that mechanical wear or abrasive substances do not degrade it, so the correct choice of materials is crucial for the environment in which it will exist.
Cost-Effectiveness in the Long Run
Unlike standard components that are mass produced, custom rubber components have a higher initial cost due to the design and tooling necessary for what is often a comparatively short production run. It is therefore necessary to assess the impact of this on the overall project budget and consider the per-unit cost at different volumes.
Custom rubber parts are tailored to a specific application and so will work much better than standard components. They will have increased performance levels, reduced wear, fewer failures and less need for replacement. These will all contribute to a smoother operation and mean that, despite the relatively high initial cost when compared to standard parts, custom rubber components will deliver significant savings in the long term and make them much more cost-effective.
Material Science Innovations in Custom Rubber
Custom rubber components can be supplied in a wide range of materials, colours, hardness levels and with various additives to ensure their properties meet specific requirements. This means that components can be supplied in a variety of complex shapes and innovative designs.
New developments in material technology enable components to be supplied that meet specific performance criteria while having the desired aesthetic appearance. Specialised materials are now available that are resistant to extreme heat, chemicals and UV rays, and have flame retardant properties so can be used in challenging conditions. This enables the development of high performance products that give a competitive advantage to the OEM.
Design Flexibility and Innovation
Flexibility in design is important for OEMs and custom rubber components are a vital part of that. By working closely with OEMs, custom rubber suppliers can provide components that meet specifications exactly.
Custom rubber components enable OEMs to be flexible, developing innovative products with new design concepts. This is not possible using standard components that are intended for general specifications and may require compromise to make them fit, often with detrimental effect.
Compliance and Industry Standards
All industries are governed by standards, particularly relating to the quality and safety of the products. All custom rubber components can be manufactured to comply with all regulations and safety standards, so you do not need to worry about failing to comply.
With their ability to resist high temperatures, the presence of chemicals and other harsh conditions without failing, custom rubber components play a significant role in ensuring safety and compliance with regulations. Standard components that are not designed for those conditions are much more likely to fail and cause severe problems.
Custom components can also be more sustainable, being made from materials that have reduced impact on the environment. Automation and quality control reduce waste while used products can sometimes be recycled.
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