CromCarb™ Select

The Future of Reverse Phase Chromatography

High-efficiency, silica-free chromatography for small molecules, complex analytes, and method innovation.

Overview

Why the Next Generation of Chromatography Demands Pure Carbon (Put a carbon icon beside this)

As analytical and preparative demands intensify across pharma, chemicals, and environmental sciences, conventional silica-based reverse phase materials are reaching their limits.

CromCarb™ Select, built on cutting-edge graphitized carbon microbeads, overcomes the inherent weaknesses of silica phases — delivering robust chemical stability, exceptional polar and nonpolar retention, and unwavering reproducibility even under the harshest mobile phase conditions.

Derived from advanced NanoPak-C carbon platform technology, CromCarb™ Select empowers scientists to achieve sharper, faster, and more sustainable separations — unleashing a new era of chromatographic performance.

Technology Platform

Advanced Graphitized Carbon Microbeads — Built for Performance Without Compromise

CromCarb™ Select utilizes precision-synthesized all-carbon microspheres formed through a proprietary eco-friendly microfluidic process.
Key attributes include:

100% Pure Graphitized Carbon Framework: No silica, no ion suppression risks
Networked sp2/sp3 Hybrid Carbon Bonds: Superior mechanical resilience under pressure
Tunable Porosity and Surface Area: Optimized for small molecule kinetics
Bioinert Surface Chemistry: Prevents unwanted secondary interactions

Compared to traditional silica C18, CromCarb™ Select offers true aqueous compatibility, chemical inertness from pH 0–14, and ultra-sharp peak symmetry, even under highly polar mobile phases.

Key Technical Specifications

Fine Particle Size Distribution: Enables tight kinetic control and enhanced plate counts
High Surface Area: Maximizes molecular interaction and retention capacity
Large Pore Architecture: Supports fast mass transfer for larger molecules without sacrificing efficiency
Extreme pH and Thermal Stability: Survives aggressive method conditions — acid/base degradation eliminated

Parameter	Specification
Particle Sizes	5 µm, 10 µm, 40 µm, 75 µm
Surface Area	~200–250 m²/g
Pore Diameter	~200 Å
pH Range	0–14
Temperature Stability	Up to 200°C
Pressure Stability	≥400 bar

Performance Features

Performance Redefined by Carbon Innovation

No Phase Collapse Under Aqueous Conditions

Traditional silica C18 phases dewet and collapse in high aqueous environments.
CromCarb™ Select retains structural integrity — enabling full-range aqueous gradients and improved early-eluting compound resolution.

Outstanding Retention of Polar and Nonpolar Analytes

Harness π-π interactions, dispersion forces, and hydrophobic retention — in a single platform.
Ideal for isomer separations, highly polar pharmaceuticals, and complex impurity profiles.

Accelerated Method Development

CromCarb™ Select tolerates rapid pH swings and high-temperature gradients, allowing for aggressive scouting runs.
Enables faster scale-up and validation workflows.

Sustainable Separation

Lower solvent consumption due to faster equilibration and longer column life.
Supports green chemistry initiatives by minimizing hazardous solvent disposal.

Application Segments

Where CromCarb™ Select Excels

Pharmaceutical QA/QC: Consistent retention of polar impurities, degradation products, and isomers.
Environmental Analysis: High durability under complex soil, water, and biological extract matrices.
Fine Chemical Separations: Process-resilient chromatography for intermediate purification and quality assurance.
Lipidomics and Metabolite Profiling: Retains nonpolar lipid species and polar metabolites simultaneously.

Example:
✔ GLP-1 analog separations under pH 8.5 mobile phases demonstrated >20,000 plate counts with CromCarb™ Select — outperforming traditional silica columns over time.

Commercial & Operational Benefits

Beyond Performance — Building Sustainable, Scalable Workflows

Extended Column Lifespan: Carbon structure resists acid/base and temperature damage — 2x–5x longer life than silica equivalents.
Lower Total Cost of Ownership (TCO): Fewer replacements, lower solvent waste, reduced maintenance costs.
Scalable from Analytical to Preparative: Available across formats — HPLC, Flash, Prep — simplifying technology transfer.

CromCarb™️ vs Silica C18 and Traditional Stationary Phases

Feature	CromCarb™ Select	Silica C18
Phase Collapse in Water	❌ No	✅ Yes
Full pH Range (0–14)	✅ Yes	❌ Limited (2–8 typically)
Temperature Stability	✅ 200°C	❌ 60–80°C
Retention of Polar Compounds	✅ Excellent	❌ Moderate
Sustainability	✅ High	❌ Moderate
Longevity	✅ High	❌ Moderate

Conclusion: CromCarb™ Select isn’t just a replacement for C18 — it’s a fundamental advancement for demanding modern separations.

Final Call to Action

Discover the Power of Pure Carbon in Reverse Phase Separations.