Chromatography Solutions
Chromatography Media & Stationary Phases
Agarose, PSDVB, PMMA, Silica-gel media
From ultra-pure silica to high-capacity resins — engineered for analytical precision and industrial-scale bioprocessing. Comprehensive portfolio for every purification challenge.
12+
5–50μm
pH 1–14
GMP
Product Portfolio
Comprehensive chromatography media covering silica, agarose, polymer, and specialty matrices for every scale and application.
Silica-Based Media
C18, C8, Phenyl, SiO2, NH2, CN, Diol: Ultra-pure silica for HPLC chromatography.
7 Types
5–50μm
Agarose IEX Media
DEAE, Q, CM, SP ion exchange resins: FF/HP/XL variants for protein purification.
12 Variants
FF / HP / XL
Affinity Media
Ni-IDA, Ni-NTA, Protein A/G, GSH, Heparin: High selectivity ligand-based purification.
14 Types
High Selectivity
PSDVB Media
Poly 15/30/50 series with SP/Q/CM/DEAE: High chemical stability for all conditions.
10 Types
pH 1–14
PMMA Media
PM 50S/M/G/V with SP/Q/CM/DEAE: Tunable pore structure for diverse targets.
16 Types
Tunable Pores
Biopure Viral Capture
Biopure AF/Q membrane media for high-efficiency virus and vector capture.
2 Types
Virus Capture
Oligo dT(25) Affinity
Purpose-designed for mRNA purification: high binding capacity, animal-free.
1 Type
mRNA
InertShell Core-Shell
SEC AEX HIC combined: unique core-shell architecture for multi-mode separation.
3-in-1
Core-Shell
Hydrophobic Interaction
Butyl, Phenyl, Octyl media: FF/HP variants for HIC purification strategies.
7 Types
HIC
01 – Silica Matrix
Ultra-high purity spherical silica for reproducible separations. Deep endcapping ensures minimal silanol activity.
| PRODUCT | PHASE | PARTICLE SIZE | PORE SIZE | SURFACE AREA | CARBON LOAD | pH RANGE |
|---|---|---|---|---|---|---|
| BV-C18 | C18 (ODS) | 5 / 10 / 30 / 50 μm | 120 Å | 300 m²/g | 16% | 2–8 |
| BV-C8 | C8 | 5 / 10 μm | 120 Å | 300 m²/g | 12% | 2–8 |
| BV-Phenyl | Phenyl | 5 / 10 μm | 120 Å | 300 m²/g | 8% | 2–8 |
| BV-SiO2 | Bare Silica | 5 / 10 / 30 / 50 μm | 120 Å | 300 m²/g | — | 2–8 |
| BV-NH2 | Aminopropyl | 5 / 10 μm | 120 Å | 300 m²/g | 4% | 2–8 |
| BV-CN | Cyanopropyl | 5 / 10 μm | 120 Å | 300 m²/g | 7% | 2–8 |
| BV-Diol | Diol | 5 / 10 μm | 120 Å | 300 m²/g | 8% | 2–8 |
Ultra-Pure Silica
< 20 ppm metal ions for minimal peak tailing
Deep Endcapping
Minimal silanol activity for superior peak shape
Narrow PSD
Tight particle size distribution for reproducible results
Custom Bonding
Special bonded phases available upon request
⊕ Customization Options
√ Matrix customisation (size, pore, shape) √ Special bonded phases √ Scale-up from lab to production
02 — Ion Exchange Agarose
High-capacity ion exchange resins based on cross-linked agarose. Available in FF (Fast Flow), HP (High Performance), and XL (Extra-high capacity) variants.
| Product | Type | Strength | DBC | Variants |
|---|---|---|---|---|
| Anion Exchange (AEX) | ||||
| DEAE 6FF | Weak AEX | Weak | 50 mg BSA/mL | FF / HP / XL |
| DEAE 6 HP | Weak AEX | Weak | 50 mg BSA/mL | HP |
| DEAE 6XL | Weak AEX | Weak | 100 mg BSA/mL | XL |
| Q 6FF | Strong AEX | Strong | 60 mg BSA/mL | FF / HP / XL |
| Q 6HP | Strong AEX | Strong | 60 mg BSA/mL | HP |
| Q 6XL | Strong AEX | Strong | 160 mg BSA/mL | XL |
| Cation Exchange (CEX) | ||||
| CM 6FF | Weak CEX | Weak | 100 mg lysozyme/mL | FF / HP / XL |
| CM 6HP | Weak CEX | Weak | 100 mg lysozyme/mL | HP |
| CM 6XL | Weak CEX | Weak | 120 mg lysozyme/mL | XL |
| SP 6FF | Strong CEX | Strong | 130 mg lysozyme/mL | FF / HP / XL |
| SP 6HP | Strong CEX | Strong | 130 mg lysozyme/mL | HP |
| SP 6XL | Strong CEX | Strong | 200 mg lysozyme/mL | XL |
Prosep Ion Exchange — High-Capacity Agarose Resins
Near-rigid cross-linked agarose matrix with higher capacity and lower backpressure. Designed for process-scale bioprocessing.
Product | Type | DBC | Application |
Prosep DEAE | Weak AEX | 90 mg BSA/mL | General capture |
Prosep Q | Strong AEX | 120 mg BSA/mL | High-capacity anion |
Prosep SP | Strong CEX | 120 mg lysozyme/mL | High-capacity cation |
Prosep DEAE HPR | Weak AEX | 35 mg BSA/mL | High-resolution |
Prosep Q HPR | Strong AEX | 45 mg BSA/mL | High-resolution |
Prosep CM HPR | Weak CEX | 75 mg lysozyme/mL | High-resolution |
Prosep SP HPR | Strong CEX | 70 mg lysozyme/mL | High-resolution |
Prosep MMA | Mixed-mode | 20 mg BSA/mL | Polishing / removal |
Prosep MabPure A LX | Protein A | 60 mg IgG/mL | mAb capture (high capacity) |
High Capacity
Up to 200 mg/mL dynamic binding capacity
Fast Flow
High flow rates with low backpressure
Alkali Resistant
CIP with 0.5M NaOH for sanitization
Multiple Formats
FF, HP, XL — choose your performance tier
03 – Affinity & Hydrophobic Interaction Agarose
High-selectivity affinity ligands and hydrophobic interaction media for advanced protein and antibody purification.
04 – Polymer Matrix
Highly stable synthetic polymer matrices for demanding chromatographic conditions – pH 0–14, organic solvents, and extreme operating parameters.
Product | Size | Max Pressure | Flow Rate |
Poly 15 SP / Q | 15 μm | 8.0 MPa | 150–800 cm/h |
Poly 30 SP / Q | 30 μm | 5.0 MPa | 250–1000 cm/h |
Poly 50M SP/Q/CM/DEAE | 50 μm | 3.0 MPa | 300–1200 cm/h |
Poly 50G SP/Q/CM/DEAE | 50 μm | 2.0 MPa | 300–1200 cm/h |
Poly 50V SP/Q/CM/DEAE | 50 μm | 1.0 MPa | 300–1200 cm/h |
Product | Size | Pore Size | Max Pressure |
PM 50S SP/Q/CM/DEAE | 50 μm | 100 nm | 1.0 MPa |
PM 50M SP/Q/CM/DEAE | 50 μm | 100–150 nm | 0.8 MPa |
PM 50G SP/Q/CM/DEAE | 50 μm | 150–300 nm | 0.5 MPa |
PM 50V SP/Q/CM/DEAE | 50 μm | 300–400 nm | 0.5 MPa |
05 – Speciality Products
Specialty Media
Purpose-engineered solutions for viral vectors, mRNA, core-shell separations, magnetic beads, and more.
Featured
Biopure AF / Q
Virus Capture Media
✔ PSDVB matrix, 50/70 μm particles
✔ Sulfate (AF) / Quaternary amine (Q)
✔ DBC: Lysozyme 30 mg/mL (AF)
✔ DBC: BSA >90 mg/mL (Q)
✔ Flow rate: up to 1000 cm/h
✔ Rabies, Influenza, JE, HSV, HBV, RSV, Measles
mRNA
Oligo dT(25) Affinity
mRNA Purification
✔PS-DVB matrix, 50 μm, 200 nm pores
✔Poly(dT25) ligand, 0.2 μmol/mL
✔Specific mRNA capture & purification
✔Animal-free manufacturing process
✔High selectivity for poly(A) tail
Innovation
InertShell Core-Shell
Multi-Mode Separation
✔Polyacrylate matrix, 50–150 μm
✔Core-shell: SEC + AEX + HIC
✔Shell pore: 50–100 nm (<700 kDa cutoff)
✔Core activated with octylamine
✔DBC: 20 mg/mL (Shell), 12 mg/mL (Core 700)
Magnetic
Magose Series
Agarose Magnetic Beads
✔Magose DEAE — 50 mg BSA/mL
✔Magose Q — 60 mg BSA/mL
✔Magose CM — 100 mg lysozyme/mL
✔Magose SP — 130 mg lysozyme/mL
✔Magnetic separation compatible
Building Blocks
Activated Intermediates
For Custom Ligand Coupling
✔Bromohydrin 4FF – 5–20 mg/mL
✔Epoxy 4FF – 2–10 mg/mL
✔NHS 4FF – 3–20 mg/mL
✔EAH 4FF / ECH 4FF
GFC
Gel Filtration Media
Gel Filtration Chromatography
✔Sephadex G-10 / G-15 / G-25
✔Composite 30 PG
✔Composite 75 PG
✔Composite 200 PG
Application Matrix
Application-specific media selection guides for common purification challenges across biopharma, research, and industrial scales.
mAb Purification
- Protein A 4FF (Capture)
- Prosep MabPure A LX (Polish)
- Q 6 XL (AEX polishing)
- SP 6 XL (CEX polishing)
His-Tag Protein
- Ni-NTA 6FF (IMAC capture)
- Q 6 FF (AEX polishing)
- SEC-200 (Size exclusion)
mRNA Purification
- Oligo dT(25) (Affinity capture)
- Single-step poly(A) selection
Virus / Vaccine
- Biopure AF/Q (Virus capture)
- InertShell (Polishing)
Charge Variants
- WCX columns (Weak CEX)
- SCX columns (Strong CEX)
- SAX columns (Anion exchange)
Food & Beverage
- Sugar-10H (H⁺ form)
- Sugar-10Na (Na⁺ form)
- Sugar-10Ca (Ca²⁺ form)
Small Molecule
- BV-C18 (Reversed-phase)
- BV-C8 (Moderate RP)
- BV-Phenyl (π–π interaction)
Enzyme Purification
- Benzamidine 4FF (Capture)
- DEAE 6 FF (AEX polish)
- Composite 75 PG (GFC)
Ready to Optimize Your Purification?
We understand that every experiment is unique, which is why we offer customised chromatography media services to ensure optimal performance in your chromatographic analysis.
From the selection of stationary phases to the optimisation of particle sizes, our expert team will work closely with you to create chromatography media perfectly tailored to your specific needs. Choose us and embark on a new chapter of precise separation.
