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Raj Analytical Solutions Private Limited

Raj Analytical Solutions Private Limited

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Our Products

  1. SPE 18 Products available
  2. HPLC Columns 11 Products available
  3. Autosampler Vials 7 Products available
  4. Bags 5 Products available
  5. GC Columns 5 Products available
  6. Sterile Sampling Bags 4 Products available
  7. Spectroscopy 3 Products available
  8. Standards

    2 Products available
  9. Gas Management Products

    2 Products available
  10. Electrodes

    2 Products available
  11. Others Products 37 Products available

SPE

We offer the best product range of Bulk Sorbents (MN), Two-phase mixtures column, fast column, Ghb column and Anion Exchange column.

Bulk Sorbents (MN)

  • Features Standard silica 60, pore size ~ 60 Å, pore volume ~ 0.75 mL/g, spec. surface BET ~ 500 m2/g; highly porous, amorphous silicic acid in the form of hard, opalescent particles, prepared by precipitation of water glass with sulfuric acid
  • Aluminium oxide Aluminium oxides produced by dehydration of different aluminium hydroxides, e.g., hydrargillite Etc.
Irregular silica phases for HPLCPOLYGOSILIrregular silica for analytical applications pH stability 2 8Particle sizes 5 m, 7 m and 10 m
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Two-phase Mixtures Column

Two-phase mixtures are completely applied to the column and the phase boundary is determined without further work. The special membrane stops automatically and the interesting phase is separated. Columns must notbe run with vacuum or pressure.
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FAST

The fast column is a novel approach to improved sample preparation for lcms analysis. The column employs a one step process to prepare urine samples for analysis of multiple drugs and metabolites. By quickly and efficiently reducing the amount of unwanted matrix (through sorbent adsorption) and particulates (filtering through special frits) in the final sample, the analysis can proceed with less chance of matrix suppression and lc column clogging.
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Ghb

Clean Screen GHB is a patented mixed-mode column designed for the filtration extraction of ethylene glycol, butan diol, gamma hydroxy butyrate and butyrolactone.
View Complete Details

Anion Exchange

Clean-Up Anion Exchange: Compounds are retained on the sorbent through ionic bonds. Therefore, it is essential that the sorbent and the analyte to be extracted are charged. Generally, the number of molecules with charged cationic groups increases at pH values below the molecules pKa value. The number of molecules with charged anionic groups decreases at pH values below the molecules pKa value. To ensure 99% or more ionization, the pH should be at least two pH units below the pKa of the cation and two pH units above the pKa of the anion. Elution occurs by using a solvent to raise the pH above the pKa of the cationic group or to lower the pH below the pKa of the anion to disrupt retention. At this point, the sorbent or compound will be neutralized.
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Carbon

Clean-Up Carbon: Carbon supports have been used to isolate extremely polar organic compounds. They work by an adsorption mechanism with a high surface area and ion exchange.
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Copolymeric Sorbent

Clean-up copolymeric: this sorbent is composed of a silica backbone with two types of functional chains attached - an ion exchanger or polar chain and a hydrophobic carbon chain. Our copolymeric phases are produced in a way to allow for equal parts of each functional group to attach to the silica backbone. This copolymerization technique yields reproducible bonded phases and unique copolymeric chemistries which allow the controlled use of mixed mode separation mechanisms. This type of dual chemistry is beneficial especially when one is looking for both a neutral & charged compound. This is common when a neutral parent drug metabolizes & becomes a charged compound
View Complete Details

Covalent Sorbent

Clean-up covalent: covalent sorbent has aldehyde functional groups that are bound to the silica backbone by a hydrocarbon chain. The aldehyde group will react selectively with compounds containing a primary amine. A formal bond is created between the stationary support and the primary amine containing material. The primary amine in the sample performs a nucleophilic attack on the aldehyde functional group attached to the support. This results in a schiff base, with the amine immobilized on the stationary support. This chemistry can be utilized to bind proteins, such as antibodies, to the support, allowing highly specific extractions.
View Complete Details

Hydrophilic

Clean-up hydrophilic: this sorbent is composed of a silica backbone bonded with carbon chains containing polar functional groups. Groups which will possess such polarity include amines, hydroxyls and carbonyls. Compounds are retained on hydrophilic sorbents through polar interactions including hydrogen bonding, pi-pi or dipole-dipole interaction. These types of interactions occur when a distribution of electrons between individual atoms in functional groups is unequal, causing negative and positive polarity. Compounds typically extracted on a hydrophilic column include analytes which have polar groups, including amines, hydroxyls and carbonyls. Elution is performed by strong polar solvents.
View Complete Details

Hydrophobic

Clean-up hydrophobic: this sorbent is composed of a silica backbone bonded with hydrocarbon chains. It is used to extract compounds which exhibit non-polar or neutral characteristics out of complex matrices. The c18 phase is the most widely used for non-polar interactions because of its nonselective nature; c18 will extract a large number of compounds with differing chemical properties. To enhance selectivity, uct offers a wide range of hydrophobic sorbents, from c2 to c20. Multiple chain configurations are available for some sorbents. Endcapped or unendcapped sorbents are available for all chain length.
View Complete Details

Polymeric PS-DVB Support Columns

Advantages of styre screen: styrene - divinylbenzene copolymeric support material. Functionalized with the same types of phases as our silica supports, including reverse phase, ion-exchange and copolymeric such as dau and thc. The polymeric support material has high analyte capacity which allows for a reduction in sorbent mass. This translates to faster flow rates and less solvent usage. The support material is ph stable across the entire range from 1 to 14.
View Complete Details

Universal Cartridges

Enviro-Clean Universal Cartridges are designed to handle large volume "real world" aqueous samples without the "real world" hassle. Easy to use, resist plugging, fits automated and manual manifolds.
View Complete Details

Specialty SPE Products

Specialty products our enviro-clean cartridges designed to meet the requirements of specific environmental applications and us epa methods.

View Complete Details

Spe Cartridges

spe cartridges our enviro-clean spe cartridges are available with many of our sorbents in any configuration you require.
View Complete Details

Positive Pressure Manifold

A simple, robust way to quickly process up to 48 samples at one time. The Positive Pressure Manifold can accommodate a multitude of column sizes and provides even flow to each position. All 48 positions are individually regulated to provide even pressure to each column. There are four banks of 12 positions each. The user can control flow to each of the four banks. Capacity of 1 to 48 columns adaptable for size 1mL, 3mL, 6mL, 10mL or 15mL. Air Supply: N2 or compressed air regulated to 75 psi and filtered to 10m. Dual pressure regulators allow users to set different pressures for extraction and column drying. Includes waste reservoir that drains automatically. Single switch raises and lowers the sample racks and creates an airtight seal.
View Complete Details

Universal Vacuum Manifold

Here are some features of our patented UVM. A manifold system that accommodates a 24 well, 48 and 96 well plate configuration. System includes collection plate, extraction plate, manifold and vacuum gauge waste base. Extraction and collection plates for 24 well and 48 well configurations are included. Erlenmeyer flask and tubing are included with purchase of vacuum base.
View Complete Details

Selectrasorb

Selectrasorb a complete line of bonded silicas, manufactured with uct's proprietary bonding technology, was designed to yield consistent and selective extractions for a wide variety of compounds. This bonding technology yields highly reproducible functionalized material with excellent lot-to-lot reproduciblity.
View Complete Details

Styre Screen

Styre screen extraction sorbents are formulated with an ultra clean, highly cross-linked styrene and divinylbenzene copolymer sorbent. The sorbent can be funtionalized with many of the same phases as our silica based sorbents.Possibilities include hydrophilic, hydrophobic or ion exchange functionalities as well as our copolymeric phases such as teh dbx and thc phases. Polymeric phases have higher analyte capacity than similar silica based phases. This translates in to lower bed mass requirements, which means extractions can be run at faster flow rates and with less solvent usage. The styre screen also eliminates the need for an initial conditioning step.
View Complete Details
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Retailer of SPE from Mohali, Punjab by Raj Analytical Solutions Private Limited
Post Buy Requirement

Our Products

  1. SPE 18 Products available
  2. HPLC Columns 11 Products available
  3. Autosampler Vials 7 Products available
  4. GC Columns 5 Products available
  5. Bags 5 Products available
  6. Sterile Sampling Bags 4 Products available
  7. Spectroscopy 3 Products available
  8. Electrodes

    2 Products available
  9. Laboratory Mixers

    2 Products available
  10. Laboratory Consumables

    2 Products available
  11. Others Products 37 Products available

SPE

Our product range contains a wide range of Bulk Sorbents (MN), Two-phase mixtures column, fast column, Ghb column and Anion Exchange column

Bulk Sorbents (MN)

  • Features Standard silica 60, pore size ~ 60 Å, pore volume ~ 0.75 mL/g, spec. surface BET ~ 500 m2/g; highly porous, amorphous silicic acid in the form of hard, opalescent particles, prepared by precipitation of water glass with sulfuric acid
  • Aluminium oxide Aluminium oxides produced by dehydration of different aluminium hydroxides, e.g., hydrargillite Etc.
Irregular silica phases for HPLCPOLYGOSILIrregular silica for analytical applications pH stability 2 8Particle sizes 5 m, 7 m and 10 m
View Complete Details

Two-phase Mixtures Column

Two-phase mixtures are completely applied to the column and the phase boundary is determined without further work. The special membrane stops automatically and the interesting phase is separated. Columns must notbe run with vacuum or pressure.
View Complete Details

FAST

The fast column is a novel approach to improved sample preparation for lcms analysis. The column employs a one step process to prepare urine samples for analysis of multiple drugs and metabolites. By quickly and efficiently reducing the amount of unwanted matrix (through sorbent adsorption) and particulates (filtering through special frits) in the final sample, the analysis can proceed with less chance of matrix suppression and lc column clogging.
View Complete Details

Ghb

Clean Screen GHB is a patented mixed-mode column designed for the filtration extraction of ethylene glycol, butan diol, gamma hydroxy butyrate and butyrolactone.
View Complete Details

Anion Exchange

Clean-Up Anion Exchange: Compounds are retained on the sorbent through ionic bonds. Therefore, it is essential that the sorbent and the analyte to be extracted are charged. Generally, the number of molecules with charged cationic groups increases at pH values below the molecules pKa value. The number of molecules with charged anionic groups decreases at pH values below the molecules pKa value. To ensure 99% or more ionization, the pH should be at least two pH units below the pKa of the cation and two pH units above the pKa of the anion. Elution occurs by using a solvent to raise the pH above the pKa of the cationic group or to lower the pH below the pKa of the anion to disrupt retention. At this point, the sorbent or compound will be neutralized.
View Complete Details

Carbon

Clean-Up Carbon: Carbon supports have been used to isolate extremely polar organic compounds. They work by an adsorption mechanism with a high surface area and ion exchange.
View Complete Details

Copolymeric Sorbent

Clean-up copolymeric: this sorbent is composed of a silica backbone with two types of functional chains attached - an ion exchanger or polar chain and a hydrophobic carbon chain. Our copolymeric phases are produced in a way to allow for equal parts of each functional group to attach to the silica backbone. This copolymerization technique yields reproducible bonded phases and unique copolymeric chemistries which allow the controlled use of mixed mode separation mechanisms. This type of dual chemistry is beneficial especially when one is looking for both a neutral & charged compound. This is common when a neutral parent drug metabolizes & becomes a charged compound
View Complete Details

Covalent Sorbent

Clean-up covalent: covalent sorbent has aldehyde functional groups that are bound to the silica backbone by a hydrocarbon chain. The aldehyde group will react selectively with compounds containing a primary amine. A formal bond is created between the stationary support and the primary amine containing material. The primary amine in the sample performs a nucleophilic attack on the aldehyde functional group attached to the support. This results in a schiff base, with the amine immobilized on the stationary support. This chemistry can be utilized to bind proteins, such as antibodies, to the support, allowing highly specific extractions.
View Complete Details

Hydrophilic

Clean-up hydrophilic: this sorbent is composed of a silica backbone bonded with carbon chains containing polar functional groups. Groups which will possess such polarity include amines, hydroxyls and carbonyls. Compounds are retained on hydrophilic sorbents through polar interactions including hydrogen bonding, pi-pi or dipole-dipole interaction. These types of interactions occur when a distribution of electrons between individual atoms in functional groups is unequal, causing negative and positive polarity. Compounds typically extracted on a hydrophilic column include analytes which have polar groups, including amines, hydroxyls and carbonyls. Elution is performed by strong polar solvents.
View Complete Details

Hydrophobic

Clean-up hydrophobic: this sorbent is composed of a silica backbone bonded with hydrocarbon chains. It is used to extract compounds which exhibit non-polar or neutral characteristics out of complex matrices. The c18 phase is the most widely used for non-polar interactions because of its nonselective nature; c18 will extract a large number of compounds with differing chemical properties. To enhance selectivity, uct offers a wide range of hydrophobic sorbents, from c2 to c20. Multiple chain configurations are available for some sorbents. Endcapped or unendcapped sorbents are available for all chain length.
View Complete Details

Polymeric PS-DVB Support Columns

Advantages of styre screen: styrene - divinylbenzene copolymeric support material. Functionalized with the same types of phases as our silica supports, including reverse phase, ion-exchange and copolymeric such as dau and thc. The polymeric support material has high analyte capacity which allows for a reduction in sorbent mass. This translates to faster flow rates and less solvent usage. The support material is ph stable across the entire range from 1 to 14.
View Complete Details

Universal Cartridges

Enviro-Clean Universal Cartridges are designed to handle large volume "real world" aqueous samples without the "real world" hassle. Easy to use, resist plugging, fits automated and manual manifolds.
View Complete Details

Specialty SPE Products

Specialty products our enviro-clean cartridges designed to meet the requirements of specific environmental applications and us epa methods.

View Complete Details

Spe Cartridges

spe cartridges our enviro-clean spe cartridges are available with many of our sorbents in any configuration you require.
View Complete Details

Positive Pressure Manifold

A simple, robust way to quickly process up to 48 samples at one time. The Positive Pressure Manifold can accommodate a multitude of column sizes and provides even flow to each position. All 48 positions are individually regulated to provide even pressure to each column. There are four banks of 12 positions each. The user can control flow to each of the four banks. Capacity of 1 to 48 columns adaptable for size 1mL, 3mL, 6mL, 10mL or 15mL. Air Supply: N2 or compressed air regulated to 75 psi and filtered to 10m. Dual pressure regulators allow users to set different pressures for extraction and column drying. Includes waste reservoir that drains automatically. Single switch raises and lowers the sample racks and creates an airtight seal.
View Complete Details

Universal Vacuum Manifold

Here are some features of our patented UVM. A manifold system that accommodates a 24 well, 48 and 96 well plate configuration. System includes collection plate, extraction plate, manifold and vacuum gauge waste base. Extraction and collection plates for 24 well and 48 well configurations are included. Erlenmeyer flask and tubing are included with purchase of vacuum base.
View Complete Details

Selectrasorb

Selectrasorb a complete line of bonded silicas, manufactured with uct's proprietary bonding technology, was designed to yield consistent and selective extractions for a wide variety of compounds. This bonding technology yields highly reproducible functionalized material with excellent lot-to-lot reproduciblity.
View Complete Details

Styre Screen

Styre screen extraction sorbents are formulated with an ultra clean, highly cross-linked styrene and divinylbenzene copolymer sorbent. The sorbent can be funtionalized with many of the same phases as our silica based sorbents.Possibilities include hydrophilic, hydrophobic or ion exchange functionalities as well as our copolymeric phases such as teh dbx and thc phases. Polymeric phases have higher analyte capacity than similar silica based phases. This translates in to lower bed mass requirements, which means extractions can be run at faster flow rates and with less solvent usage. The styre screen also eliminates the need for an initial conditioning step.
View Complete Details
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