Glycated Hemoglobin HbA1c Chromatography Column
Precision HbA1c Detection in 60 Seconds
Biovanix Glycated Hemoglobin HbA1c Analytical Columns deliver rapid, interference-free glycated hemoglobin measurement with proprietary nanosphere ion-exchange technology — built for clinical laboratories that demand accuracy at scale.
60s
Analysis Time
≥99%
HbA1c Recovery
0 interference
HbF & Variants
GHAC-5 Chromatogram
HbA1c Separation Profile
Ventajas principales
Engineered for Clinical Precision
Proprietary nanosphere ion-exchange technology delivers unmatched separation performance for glycated hemoglobin analysis.
Ultra-Fast Analysis
Complete HbA1c separation in 60–120 seconds — enabling high-throughput clinical workflows with rapid turnaround times.
Zero Variant Interference
Unaffected by fetal hemoglobin (HbF) and common variants including HbC, HbD, HbE, and HbS — ensuring accurate results across diverse patient populations.
High Resolution & Efficiency
Non-porous, highly cross-linked hydrophilic resin microspheres with proprietary nanosphere bonding deliver sharp peaks and superior separation.
High Recovery Rate
Optimized surface chemistry ensures maximum analyte recovery, delivering consistent quantitative results across all sample types.
Extended Column Life
Low operating pressure (<20 MPa) with optional in-line filtration protection. Robust construction designed for thousands of analysis cycles.
Broad pH Compatibility
Stable across pH 2–12 buffer range, providing flexibility in method development and compatibility with diverse detection systems.
Product Line
Choose Your HbA1c Column
Three particle sizes and multiple configurations to match your detection system requirements.
Modelo | Tamaño de las partículas | Dimensions | Mejor para |
GHAC-3 | 3 μm | 4.6 × 20 mm | Ultra-fast analysis, highest resolution |
GHAC-5 | 5 μm | 4.6 × 30 mm | Optimal balance — speed, resolution & longevity |
GHAC-8 | 8 μm | 4.0 × 30 mm | Low-pressure systems, extended column life |
GHAC-8 | 8 μm | 4.6 × 30 mm | Standard 4.6 mm ID compatibility |
Usage Guide
Getting Started with GHAC
Follow these guidelines to maximize separation performance and column service life.
1. Prepare the Eluent
Use buffer in the pH 2–12 range. Filter through a 0.45 μm or 0.22 μm membrane before use to prevent particulate contamination.
2. Treat the Sample
Ensure complete hemolysis of all samples. Add 0.1% Triton X-100 to the hemolysin to enhance the hemolysis effect. Feed through an in-line filter before injection.
3. Set Operating Conditions
Maintain column temperature at 25–30°C. Operate below 20 MPa. An in-line filter at the column inlet is recommended to protect the sieve plate and extend column life.
4. Store Properly
When not in use for extended periods, store in pH 6.0, 15 mM phosphate buffer at 2–15°C for optimal preservation.
Ventajas principales
Engineered for Clinical Precision
Proprietary nanosphere ion-exchange technology delivers unmatched separation performance for glycated hemoglobin analysis.
Clinical HbA1c Testing
Gold-standard ion-exchange HPLC method for diabetes diagnosis and long-term glycemic monitoring in hospital and reference laboratories.
Hb Variant Screening
Simultaneous detection of HbA1c and HbS, with reliable separation unaffected by HbC, HbD, HbE variants — critical for diverse population screening.
IVD System Integration
Compatible with major glycation detection systems. Available in multiple configurations to match your instrument platform requirements.
OEM & Custom Solutions
Available for OEM partnerships and custom specifications. Contact our technical team for tailored column configurations and bulk supply.
Ready to Upgrade Your HbA1c Analysis?
Contact our team for product samples, technical specifications, pricing, or OEM partnership opportunities.
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