Article

Custom Urethane Parts/Products: What to Tell Your Supplier
Part 2

Download Article

In the custom part/product design and formulation process it is important to communicate critical background and functionality information upfront to your supplier. This enables the supplier to formulate the ideal urethane part/product based on your specific needs for tolerance, durability and more, and do so cost-effectively.

Additional Critical Product Information for Optimal Design

There are many questions your supplier will have for you when beginning the custom quote process. Crucial custom formulation discussion topics range from previous product history and customer concerns to functionality-specific questions like descriptions of use, critical properties and environment. In Part 1 of this series, we covered two of the five critical areas to discuss with your urethane supplier in the custom formulation design process including part/product history and customer concerns. In Part 2, we cover three additional critical areas necessary to discuss with your supplier in order to achieve an optimal product/part design:

3. Function of Part:

Use of part and other functionality:
By letting your supplier know how the part will be used upfront, your supplier can review different material options and discuss the ways to maximize your product’s performance. In addition to how it will be used, be sure to discuss other functional aspects including load, speed, how many hours per day it will run, and at what cycles (continuous or intermittent).

Method of failure/expected life:
Learning from previous material performance is a great way for your supplier to determine how to improve upon an existing design. Advances in materials, designs, and processing technologies will be taken into account when building upon an existing version of a part/product. Providing your supplier with current material specs along with samples and any advantages and disadvantages enables them to design a new version of your custom urethane product/part that will function with optimum performance in your application.

4. Critical Properties:

What critical properties will your new part/product need?
Be specific when describing critical properties that your product will need. This will let the future supplier know what they need to do to provide the best performing product possible. Examples of critical properties include: