Request an OPTI-FRIT Quote

Looking for custom OPTI-FRIT sintered frits for an HPLC, UHPLC, LC/MS, OEM, column manufacturing, or fluidic application? Send us what you know about your requirements and our team will review the details.

You do not need to have every specification finalized. If you are unsure about material, size, thickness, porosity, or quantity, simply describe the application or the problem you are trying to solve.

Once submitted, your request will be reviewed by the Optimize Technologies team. If additional details are needed, we will follow up to clarify material, dimensions, porosity, testing requirements, quantity, or application conditions.

What happens next?

• Our team reviews your application details and frit requirements.
• If needed, we follow up for clarification about material, size, porosity, testing, quantity, drawings, or samples.
• We help determine whether an existing configuration, custom option, or application review is the best next step.

Not sure where to start? Use the form below to tell us what you are trying to accomplish. A member of our team will review your request and follow up if more information is needed.

Common Questions

Do I need to know every frit specification before requesting a quote?

No. Send the details you have. If material, dimensions, porosity, testing, or quantity still need to be clarified, our team can follow up after reviewing your application.

Can I submit a drawing, sample, or existing part number?

Yes. Drawings, samples, and existing part numbers can be helpful when reviewing outside diameter, thickness, porosity, material, and performance requirements.

Can Optimize review prototype, small-lot, and production requirements?

Yes. Optimize Technologies can review prototype, small-lot, and production requirements. Availability, pricing, and lead time depend on material, geometry, porosity, testing requirements, and quantity.

Can Optimize help evaluate material, porosity, and testing requirements?

Yes. If you are unsure which material, porosity, or testing approach is appropriate, describe the application, solvent conditions, flow, pressure, and performance needs in the form.