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Al-Shaker for Scientific and Medical Supplies

Reference: HT3H412 / HT3H433 / HT3H435

CommaSil® T3-H Triple Bonding HPLC Column

A triple-bonding HPLC column built on higher-strength silica to withstand UPLC pressure, compatible with fully aqueous phases and acid resistant; 1.8, 2.5 and 3.5 μm; listed as equivalent to Waters HSS T3.

Key specifications

Phase
Triple-bonding phase with unique end-capping
Pressure
Higher-strength silica particles designed to withstand UPLC system pressure
Aqueous compatibility
Compatible with all aqueous phases; excellent acid resistance; extremely low column bleed
Equivalent series (per Biocomma)
Waters HSS T3
  • Configured to your application by our specialists
  • Installed and commissioned on site
  • Training and after-sales support across Jordan, the GCC and MENA

Overview

Product overview

CommaSil® T3-H is designed to withstand higher pressures. Its sorbent offers good compatibility with a variety of compounds and with all-aqueous mobile phases, shows excellent acid resistance and keeps column bleed extremely low. The unique end-capping technology further optimizes peak shape.

Higher-strength silica particles raise the mechanical stability so the column can cope with UPLC-system pressures, and the column is intended for rapid methods, shortening method development time. Selectivity is wide, and Biocomma lists the series as equivalent to Waters HSS T3.

Particle sizes of 1.8, 2.5 and 3.5 μm are offered in 2.1, 3.0 and 4.6 mm internal diameters (the 1.8 μm size in 2.1 and 3.0 mm).

Specifications

Technical specifications

10 parameters

Column

Phase
Triple-bonding phase with unique end-capping
Pressure
Higher-strength silica particles designed to withstand UPLC system pressure
Aqueous compatibility
Compatible with all aqueous phases; excellent acid resistance; extremely low column bleed
Equivalent series (per Biocomma)
Waters HSS T3
Particle sizes
1.8, 2.5 and 3.5 μm
Column internal diameters
2.1, 3.0 and 4.6 mm

Application example

Example method
150 × 2.1 mm, 1.8 μm; 30 °C; UV 252 nm; 0.2 mL/min; acetonitrile / 0.1% formic acid gradient

Ordering information

Catalog numbers, 1.8μm particles
30×2.1mm HT3H112; 50×2.1mm HT3H212; 100×2.1mm HT3H312; 150×2.1mm HT3H412; 30×3.0mm HT3H122; 50×3.0mm HT3H222; 100×3.0mm HT3H322; 150×3.0mm HT3H422; 250×3.0mm HT3H522
Catalog numbers, 2.5μm particles
30×2.1mm HT3H113; 50×2.1mm HT3H213; 100×2.1mm HT3H313; 150×2.1mm HT3H413; 30×3.0mm HT3H123; 50×3.0mm HT3H223; 100×3.0mm HT3H323; 150×3.0mm HT3H423; 250×3.0mm HT3H523; 30×4.6mm HT3H133; 50×4.6mm HT3H233; 100×4.6mm HT3H333; 150×4.6mm HT3H433; 250×4.6mm HT3H533
Catalog numbers, 3.5μm particles
30×2.1mm HT3H115; 50×2.1mm HT3H215; 100×2.1mm HT3H315; 150×2.1mm HT3H415; 30×3.0mm HT3H125; 50×3.0mm HT3H225; 100×3.0mm HT3H325; 150×3.0mm HT3H425; 250×3.0mm HT3H525; 30×4.6mm HT3H135; 50×4.6mm HT3H235; 100×4.6mm HT3H335; 150×4.6mm HT3H435; 250×4.6mm HT3H535
Features

Key features

  • 01

    UPLC pressure tolerance

    Higher-strength silica improves mechanical stability for UPLC-system pressures.

  • 02

    Aqueous and acid compatibility

    Compatible with all aqueous phases and shows excellent acid resistance.

  • 03

    Very low column bleed

    Extremely low column bleed.

  • 04

    Fast method development

    Designed for rapid methods, reducing method development time.

  • 05

    Wider selectivity

    Wider selectivity.

From order to operation

We stay with the instrument after it arrives

Al-Shaker specifies the configuration, documents the system, and supports it across Jordan, the GCC, and MENA.

  1. 01

    Consult

  2. 02

    Plan

  3. 03

    Supply

  4. 04

    Install

  5. 05

    Train

  6. 06

    Support

Talk to the technical team

Tell us the application. We will specify the system.

Share the workflow, capacity, and compliance constraints. We respond with a recommended configuration, not a generic catalogue list.