What is your material thickness tolerance

At Fabworks, we understand the importance of maintaining precise material tolerances to ensure our customers receive parts that meet their exact specifications.

The thickness tolerance of sheet metal materials can vary depending on the type of metal and its specific grade. For instance, aluminum, steel, and stainless steel each have their own unique tolerances. These tolerances are typically measured in thousandths of an inch and represent the acceptable range of deviation from the nominal thickness.

It's important to note that material thickness tolerances are not uniform across all thicknesses of a given material. Generally, thicker materials tend to have larger tolerances, while thinner materials have tighter tolerances. This is due to the manufacturing processes involved in creating sheet metal and the physical properties of the materials themselves.

At Fabworks, we source our materials from reputable suppliers who adhere to industry standards for thickness tolerances. However, we recognize that every project has unique requirements, and we're committed to working with our customers to ensure their specific needs are met.

For the most up-to-date and accurate information on material thickness tolerances, we recommend checking our resources page for each material. There, you'll find detailed charts for each alloy we offer, including their respective thickness tolerances. This information is regularly updated to reflect any changes in our material offerings or industry standards.

When designing your parts, it's crucial to take these tolerances into account. Even small variations in material thickness can impact the fit, form, and function of your final product, especially in applications requiring tight tolerances or precise assemblies.

If you have specific concerns about material thickness tolerances for your project, we encourage you to reach out to our support team. Our experts can provide guidance on selecting the right material and thickness for your application, taking into account the tolerances and how they might affect your design.