LCGC Chromatography Solutions, 105, Champaklal Indl Estate, Nr. Sion tele. exchange, Sion-(E) Mumbai, Sion (2026)

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105, Champaklal Indl Estate, Nr. Sion Tele. Exchange, Sion-(E) Mumbai

20/07/2026

Agilent InfinityLab Quick Connect & Quick Turn Fingertight Fittings.

Agilent InfinityLab Quick Connect and Quick Turn fittings are truly high-pressure, finger-tight fittings for connections onto columns or other instrument positions for your HPLC & UHPLC. These HPLC column connectors have innovative spring-loaded design to ensure zero-dead-volume connection, helping you avoid the broadening or tailing of peaks, loss of resolution, and overall poor chromatographic performance associated with poorly connected fittings.

InfinityLab Quick Connect UHPLC fitting is finger tight up to 1300 bar, for UHPLC column connections as easy as pressing a lever.

For harder-to-reach areas on your LC instrument, the InfinityLab Quick Turn fitting produces either a finger-tight connection (up to 400 bar), or a 800 bar connection with a mounting tool (P/N 5043-0915), or a 1300 bar connection with a wrench.

Features

Truly finger-tight connections mean no special training is needed, so differences in user style will not affect your chromatography

Spring-loaded design enables zero-dead-volume connections with all types of UHPLC columns as easily as pressing a lever

Reliable and reusable: InfinityLab Quick Connect fittings are long lasting, reseal tightly, and are stable up to 1300 bar (18,850 psi) even after 200+ reconnections.

Fast, easy connections save time and trouble

Winner of the TASIA Innovation Award 2014 and R&D 100s awards 2015

Reduce the need for repetitive wrench work in tight spaces enhancing lab ergonomics

13/07/2026

Agilent Lamps for HPLC

HPLC lamps are light sources designed for HPLC detectors. Agilent HPLC detector lamps are key elements, in combination with the optical unit, and provide optimal intensity, sensitivity, and stability. Agilent HPLC lamps were developed alongside Agilent detector modules for maximum compatibility.

HPLC deuterium (D2) lamps are high-performance products that are available as long-life lamps with increased lifespans. The InfinityLab HPLC UV lamps contain RFID technology helps tracking lamp serial numbers, ignitions and burn times for more convenience, ease of use, and improved troubleshooting. For selected Agilent detectors, Tungsten lamps for the visible light spectrum (up to 950 nm) and Xenon lamps for fluorescence detection are available.

Agilent HPLC lamps are manufactured in an ISO 9001 certified environment and are fully traceable throughout every step of the production process. Each lamp is individually tested and certified with a Certificate of Analysis to ensure it meets the strict Agilent performance specifications.

01/07/2026

Agilent InfinityLab and Altura Poroshell 120 HPLC Columns.

InfinityLab Poroshell 120 superficially porous columns for reversed-phase liquid chromatography (LC) separations offer exceptional efficiency and reliability across a broad range of applications. With chemistries that span general-purpose, basic, acidic, polar, and chiral compounds, the family makes it easy to choose the right column for your method: EC-C18 is the starting point for routine methods, HPH-C18/HPH-C8 support high-pH basic analytes, SB-C18/SB-C8 are optimized for low-pH acidic compounds, Aq-C18 and HILIC phases boost retention of polar analytes, and dedicated chiral phases enable rapid enantiomer separations.

Twenty chemistries - from various C18 options to unique phenyl, CN, HILIC, and chiral chemistries - are available in up to three particle diameters: 1.9 μm, 2.7 μm, and 4 μm, giving you scalable selectivity from traditional high-performance liquid chromatography (HPLC) to ultralow dispersion UHPLC.

To address the growing need for confident PFAS analysis, the InfinityLab Poroshell 120 family now includes Altura Poroshell 120 PFAS columns. These columns combine Poroshell 120 core–shell mixed-mode C18 particles with Altura hardware to deliver highly sensitive, reproducible separations of ultra-short-chain (USC), short-chain, and long-chain PFAS in a single method.

Altura Poroshell 120 PFAS columns are specifically engineered to solve ultra-short-chain PFAS challenges by providing strong retention, sharp peak shapes, and reliable separation of highly polar, anionic PFAS that are difficult to retain on conventional reversed-phase columns. For drinking water and other clean matrices, these columns enable efficient dilute-and-shoot workflows by allowing treated water samples to be injected directly—without time-consuming SPE—while still delivering excellent peak shape and sensitivity for ultra-short-chain PFAS, helping reduce sample preparation steps, consumables cost, and overall turnaround time. Altura Poroshell 120 PFAS columns also deliver one-shot C1–C18 coverage in a single sample, resolving highly polar C2 species such as DFA, TFA, and PFEtS at the front of the chromatogram and eluting long-chain PFAS up to C18 (for example, PFHxDA and PFODA) with sharp, symmetric peaks at the back. Designed for compatibility with LC–MS workflows and emerging PFAS testing requirements in environmental and drinking-water analysis, these columns help laboratories simplify method transfer, standardize PFAS methods, and deploy robust testing protocols quickly.

29/06/2026

Agilent DB-5Q Ultra Low-Bleed GC/MS Columns

J&W DB-5Q columns deliver industry-leading performance for a broad-range of mass spectrometry applications. By combining Ultra Inert surface deactivation with Ultra Low-Bleed chemistry, the J&W DB-5Q delivers exceptional signal-to-noise ratios and mass spectral integrity for challenging active, semi-volatile analytes. Each J&W DB-5Q column is designed for optimal sample throughput, with fast conditioning and outstanding durability, and is tested with a demanding test probe mixture to ensure consistent and reliable column performance. DB-5Q columns are ideal for general use and trace level applications.

Features

Exceptionally low column bleed for improved sensitivity and mass spectral integrity

Excellent peak symmetry for challenging, active analytes

Outstanding column durability even at high operating temperatures

Fast column conditioning

Identical selectivity to DB-5ms and DB-5ms UI

Available in 0.18 mm id column configuration for higher sample throughput and hydrogen carrier gas

Individually tested with Uber One test probe mixture

Performance Summary shipped with each column

Compatible with any GC/MS system

18/05/2026

Agilent HPLC Capillaries.

HPLC capillaries are used in the high-pressure part flow path to make connections between different modules and column. All Agilent HPLC capillaries are engineered and manufactured to provide the best fit to Agilent instruments and columns to protect the integrity of your results at every step of your LC flow path. Agilent’s unique laser welding process ensures that all capillaries' ends are absolutely flat, eliminating any chance of capillary-induced dead volume.

Agilent offers HPLC capillaries in a variety of materials to suit your needs. Stainless steel capillaries with high flexibility and durability are ideal for most standard applications. Capillaries made from MP35N, PEEK-lined stainless steel and titanium are inert and corrosion resistant, suited for bio applications.

All capillaries are color-coded to help you quickly identify the capillary id. Find the right capillaries quickly and easily using our online selection tool in the Tools section below.

Features

A variety of top-quality materials available such as stainless steel, MP35N, titanium, PEEK-sleeved stainless steel, and PEEK-coated fused silica.

Agilent 0.6 mm od flexible 316L grade stainless steel capillaries provide high flexibility without sacrificing durability. They have good resistance to pitting corrosion and are much easier to handle than conventional rigid 1.6 mm od capillaries

MP35N capillaries are made from a nonmagnetic, nickel-cobalt-chromium-molybdenum alloy with an excellent resistance to sulfation, oxidation, saline solutions, and most mineral acids. Its superior properties guarantee reliable performance, even under UHPLC conditions.

Bio-inert titanium or PEEK-sleeved stainless steel capillaries fit perfectly for bio-inert applications

PEEK tubing can be easily cut to exact length you need, and are durable and abrasion-resistant for low pressure applications

Color-coded for easy identification of inner diameters

07/05/2026

Agilent InfinityLab Quick Change Solvent Purifier.

An LC solvent purifier, or HPLC solvent cleaner, is a solvent cleaning cartridge designed to reduce the problems caused by HPLC solvent impurity and eliminate ghost peaks.

The Agilent InfinityLab Quick Change Solvent Purifier removes chemical solvent impurities from mobile phases by trapping interfering mobile phase contaminants, which could cause unwanted ghost peaks during HPLC-UV gradient runs.

Agilent’s HPLC solvent cleaner is available in three cartridge dimensions to address different applications: 2.1 x 20 mm, 3.0 x 75 mm, and 4.6 x 50 mm. The unique Quick Change design enables a fast and tool-free solvent purifier cartridge replacement. The LC solvent purifier should be installed in the pump and can be used up to 1300 bar for UHPLC and reversed-phase gradient applications.

Features

Solve the problem of HPLC solvent impurity

Eliminate ghost peaks

Three solvent cleaning cartridge dimensions are available

Tool-free cartridge replacement

pH range: 1–13

Pressure limit: 1300 bar

For gradient reversed-phase UHPLC-UV applications

04/05/2026

Agilent Altura HPLC columns with Ultra Inert technology.
Unlock the true potential of HPLC with Ultra Inert technology.
Experience the difference with Agilent Altura HPLC columns. Our Ultra Inert technology sets a new standard in liquid chromatographic performance, providing the reliability and efficiency you need for your most demanding applications. Choose Altura columns and elevate your analytical results to new heights.
Meet the Altura family of HPLC columns.
Altura columns feature our innovative Ultra Inert technology. This advanced coating blocks active metal sites, ensuring an inert flow path while maintaining the strength, pressure tolerance, and consistency of a traditional stainless steel HPLC column. The result? Altura columns unlock the true separation potential of the stationary phase. Experience superior chromatographic performance, faster equilibration, reduced carryover, and
enhanced sensitivity for your most challenging metal-sensitive analytes.
Enhance your separations with Ultra Inert technology
Ultra Inert technology, featured in Altura HPLC columns, minimizes nonspecific interactions and metal adsorption to enhance the accuracy and reproducibility of analytical measurements. Delivering exceptional inertness across the entire sample path, Agilent inert LCs and Altura HPLC columns together ensure reliable results even with highly active or trace-level compounds. Backed by over a decade of expertise, innovation, and trusted performance, Ultra Inert components from Agilent have helped laboratories worldwide achieve lower detection limits, greater sensitivity, and more consistent data quality across a broad range of analytical applications.
Altura HPLC columns with Ultra Inert technology offer:
– Reduced nonspecific binding for pure selectivity
– Better peak shape with less tailing – Enhanced sensitivity due to improved sample recovery
– Long lifetime due to robust coating and column packing
– Rapid equilibration to get high-quality data faster
– Versatile use with various chromatographic techniques
– Readiness for evolving regulatory needs with lower limits of detection

20/04/2026

Agilent Lamps for HPLC

HPLC lamps are light sources designed for HPLC detectors. Agilent HPLC detector lamps are key elements, in combination with the optical unit, and provide optimal intensity, sensitivity, and stability. Agilent HPLC lamps were developed alongside Agilent detector modules for maximum compatibility.

HPLC deuterium (D2) lamps are high-performance products that are available as long-life lamps with increased lifespans. The InfinityLab HPLC UV lamps contain RFID technology helps tracking lamp serial numbers, ignitions and burn times for more convenience, ease of use, and improved troubleshooting. For selected Agilent detectors, Tungsten lamps for the visible light spectrum (up to 950 nm) and Xenon lamps for fluorescence detection are available.

Agilent HPLC lamps are manufactured in an ISO 9001 certified environment and are fully traceable throughout every step of the production process. Each lamp is individually tested and certified with a Certificate of Analysis to ensure it meets the strict Agilent performance specifications.

Features

D2 lamps are tested for noise and drift specifications, correct operating voltage, light intensity, and proper alignment.

Improved cathode coating process for increased D2 lamp lifetimes.

D2 lamps are designed with a much narrower aperture, providing increased light intensity and decreased noise for an appreciably higher signal-to-noise ratio.

Higher sensitivity of the Agilent D2 lamp extends detection capabilities and improves qualification at trace levels, for more than 2,000 hours of use.

Tungsten HPLC lamps are available for the visible light spectrum up to 950 nm.

Xenon lamps are available for HPLC fluorescence detection.

03/04/2026

Agilent ADM Flow Meter.

A gas chromatography flow meter measures GC gas streams and provides the flow rate. The Agilent ADM flow meter is ideal for measuring gas streams with composite gas composition. This digital gas flow meter for GC is easy to maintain by simply replacing the cartridge once a year yourself to keep the gas flow meter compliant. Each GC flow meter comes with a calibrated cartridge. The Flow Meter cartridge can also be exchanged with an Electronic Leak Detector Cartridge to detect leaks .
Flow meters are a tool that can be used to verify the proper function of a GC as well as troubleshoot a problem. As with previous flow meters, the Agilent ADM Flow Meter has been developed to measure the volumetric flow rate of any noncorrosive gas, including mixtures of gases.
Features
Valuable tool for troubleshooting detector problems
Recalibrate annually by replacing cartridge with a NIST-certified calibration cartridge
Measures gas flow volumetrically, eliminating the need to select a gas type
USB connects to web interface for updates and monitoring
Easy to view OLED screen
New composite materials construction
Choose sustainability: The CrossLab CS received My Green Lab’s ACT (Accountability, Consistency, Transparency) label after independent audit for its environmental impact throughout the product lifecycle.

LCGC Chromatography Solutions

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