SPECMA MAX SERIES

Home Specma Max Series
Specma Max: Versatile Performance for Diverse Analytical Needs

Specma Max HPLC columns are engineered for laboratories that require robust, rugged performance without compromising analytical integrity. Manufactured within Specma’s tightly controlled production and quality assurance framework, Specma Max columns demonstrate controlled retention behavior, sustained chromatographic efficiency, and high lot-to-lot consistency, minimizing the variability commonly associated with economy-grade products.

The Specma Max platform integrates analytical reliability, mechanical durability, and cost efficiency, making it well suited for routine compendial testing, regulated quality control analytical workflows, and academic research, where method robustness and data confidence are essential for every analytical run.


Choose Specma Max for Proven Versatility

Engineered with Specma Expertise
  • Manufactured using the same precision processes applied to Specma premium column platforms.
  • Competitive pricing while maintaining performance, durability, and reliability.
Consistent and Reproducible Performance
  • Delivers stable retention, excellent peak symmetry, and reliable batch-to-batch reproducibility with extended column lifetime
Comprehensive chemistry portfolio
  • Available in key reversed-phase and normal-phase chemistries including C18, C8, Phenyl, Amino, Cyano (CN), and Silica to support diverse analytical applications.
Bonded Phase USP List Particle Size Surface Area m²/g Pore Size End Capping Carbon Loading
Specma Max C18 L1 3, 5, 10 330 100 Å Yes 17
Specma Max C18-V L1 3, 5, 10 330 100 Å Yes 15
Specma Max C18-V+ L1 3, 5, 10 330 100 Å Yes 19
Specma Max C8 L7 3, 5, 10 330 100 Å Yes 9
Specma Max C8-V L7 3, 5, 10 330 100 Å Yes 10
Specma Max Amino L8 3, 5, 10 330 100 Å Yes 10
Specma Max Cyano L10 3, 5, 10 330 100 Å Yes 8
Specma Max Silica L3 3, 5, 10 330 100 Å No 0
Specma Max Phenyl L11 3, 5, 10 330 100 Å Yes 10

Let’s Support Your Laboratory with
the Right Analytical Solutions.