Introducing carbonX MAGSEP materials for dispersive SPE, remediation, beneficiation or other general purpose sorbent applications. The particle sizes available include nano particles to 300 microns in diameter. These materials can be used to replace GCB or activated carbon in applications where carbon attrition is an issue and magnetic separation is desirable. We can customize the surface to reflect many selective chemistries. Contact us for your application today!
carbonX Bulk Materials
We are pleased to offer bulk Flash, MAGSEP, or SPE materials for your own dispersive SPE kits.
FOR OEMS: We offer 5-25 kg lots of Flash or SPE materials for your applications.
FOR SCIENTISTS: Make your own selective particle brews? No problem. We offer 5 g bottles of Flash, MAGSEP, or SPE carbonX materials for lab applications. Let us quote your project today!
carbonX HPLC Columns and Materials
carbonX HPLC materials are based on carbon coatings on Type B silica. No catalysts or metals are added to the substrate; just pure carbon.
FOR OEMS: We will work with you to produce carbon columns and materials based on your Type B silica substrate or you can private label our OEM columns. High pressure? Poroshell? Deactivated? No Problem.
FOR SCIENTISTS: A key advantage of our columns is that we offer high, medium, and low carbon content columns. Your compounds will elute! No worries. In addition, our product line encompasses SPE-FLASH-HPLC-PREP so that you can scale up and down with the same product platform.
Introducing carbonX FLASH columns and materials. carbonX FLASH materials are the only carbons that won’t break up upon compression or packing. The materials are so strong in fact that they can be packed into any flash column. Furthermore, we custom produce carbonX FLASH for your application so that your compounds will always elute, guaranteed.
carbonX QuEChERS and SPE
CarbonX SPE and QuEChERS materials are 10,000 x stronger than carbon blacks (GCB) typically used for SPE or dispersive SPE.
FOR OEMS: As a result of their super strength, the materials don’t break up into nano sized particles upon powder dispensing or packing into cartridges.
FOR SCIENTISTS: Since the materials are not made from friable materials, the materials are reproducible, consistent, and essentially metals free. The carbon has equivalent performance to GCB in QuEChERS and can be used as a direct replacement for GCB in SPE clean up methods. Try some carbon material designed for analytical separations today!