La gamme de produits d’extraction Cleanert a été conçue pour simplifier et améliorer vos préparations d’échantillons en combinant supports, formats et méthodologies appropriées. Ces produits utilisent différents types de supports (Silices nues ou greffées, Polymères,Fluorisil, Carbone...) pour préparer tous types d'échantillons. Les cartouches Cleanert présentent une grande pureté, stabilité ainsi qu’une excellente reproductibilité.
Avec les produits Cleanert vous bénéficirez de méthodes SPE robustes sans devoir craindre l’obtention de résultats non reproductibles ni de faibles rendements.
ODS C18 cartridges and plates are packed with reversed phase, octadecylsilane bonded silica sorbents. The sorbent is double endcapped and has a high bonding density (%C>17). These cartridges can be used as a replacement for BondElute C18 and Super clean ENVI C18. These products can be used for desalting biomolecules, such as proteins and DNAs.
ODS C18-N products have silica based reverse phase sorbents bonded with octadecylsilane without endcapping. The extra silanol residue of the sorbent provides additional polar interactions associated with surface silanol groups which enhance the retention of basic compounds. These columns are similar to Agilent AccuBond C18 and BondElute C18 OH.
The property of C8 products is similar to ODS C18 products. However, this sorbent is slightly less retentive than C18, which facilitates the elution of more hydrophobic substance. C8 is successfully used for the extraction of both water-soluble and fat-soluble vitamins from serum, as well as the desalting of biological macromolecules.
Cleanert CN(cyano-)SPE cartridge is cyanopropyl-boned-silica based extraction cartridge. This cartridge is with medium polarity, and can be used for reversed phase or normal phase extraction.
NH2 SPE products have silica based sorbents bonded with aminopropyl funtional group. This sorbent can be used in either normal phase or reverse phase mode. It retains the analytes either by a polar adsorption (from non-polar solution) or by weak anion exchange (from aqueous solution). pKa=9.8 .
COOH SPE products consist of a propane carboxylic acid on the inner silica surface. The pKa of the carboxylic acid group is approximately 3.8. It is a useful sorbent for quaternary ammonium salt and other strong cations.
Silica SPE product has unbonded, activated irregular silica as the sorbent. This sorbent exhibits high polar interaction and is used for the extraction of weak-polar or non-polar compound, such as oil. In addition, the silanol groups are ionzable at intermediate pH, so it can be used as a weak cation exchanger.
PSA SPE is similar to Cleanert-NH2. PSA has two amino groups with pKa=10.1 and 10.9 respectively. This sorbent is an anion exchanger slightly stronger than NH2. It can be used for the extraction of metal ions by chelating interactions. It is also commonly used to remove organic acids, pigments and metal ions from organic samples such as vegetables and fruits.
PRS SPE sorbent is a silica gel based strong cation exchanger. This sorbent, consisting of a propane sulfonic acid, has slightly less exchange capability than SCX. It can be applied to the extraction of weak cations, such as pyridine, with high recovery.
SCX products are strong cation exchangers based on silica gel, with benzene sulfonic acid. The sorbent is used to extract positively charged basic compounds or remove the salt from biological samples. It can also be mixed with C18 sorbent to extract the organic bases.
SAX SPE products have silica based sorbents bonded with a quaternary amine. This strong anion exchanger is used to extract compounds capable of carrying a negative charge from both aqueous and non-aqueous solutions. They are ideally suit to extraction of weak acids and desalting of biological macromolecules, like BondElute-SAX.
Silica based dihydroxy SPE. It is used to extract polar analytes from non-polar solutions. It is a neutral sorbent and extracts compounds by forming hydrogen bonding or polar-polar interaction. As an example, it can be used to extract THC.
| Sorbent | Vol. | Tubes/box | ODS C18 (end capping) | ODS C18 (without end capping) | C8 | CN | NH2 | PSA |
|---|---|---|---|---|---|---|---|---|
| 100mg | 1ml | 100 | 181001 | 181001-N | 081001 | CN1001 | NH1001 | PA1001 |
| 200mg | 3ml | 50 | 182003 | 182003-N | 082003 | CN2003 | NH2003 | PA2003 |
| 500mg | 3ml | 50 | 185006 | 185006-N | 085006 | CN5006 | NH5006 | PA5006 |
| 500mg | 6ml | 30 | 180006 | 180006-N | 080006 | CNOO06 | NHOO06 | PAOO06 |
| 1g | 6ml | 30 | 180100 | 180100-N | 080100 | CN0100 | NH0100 | PAO 1 00 |
| 50mg/well | 2ml | 30 | 180502-W | 180502-N-W | 080502-W | CN0502-W | NH0502-W | PA0502-W |
| 100mg/well | 2ml | 30 | 181002-W | 181002-N-W | 081002-W | CN1002-W | NH1002-W | PA1002-W |
| 10g | 180010 | 180010-N | 80010 | CN0010 | NH0010 | PA0010 | ||
| 100g | 180100 | 1810100-N | 80100 | CN0100 | NH0100 | PA0100 |
| Sorbent | Vol. | Tubes/box | SAX | COOH | PRS | SCX | Silica | Diol |
|---|---|---|---|---|---|---|---|---|
| 100mg | 1ml | 100 | SA1001 | CH1001 | PR1001 | 8C1001 | 811001 | 010501 |
| 200mg | 3ml | 50 | SA2003 | CH2003 | PR2003 | 8C2003 | 812003 | 011001 |
| 500mg | 3ml | 50 | SAS006 | CH5006 | PR5006 | 8C5006 | 815006 | 015006 |
| 500mg | 6ml | 30 | SAOO06 | CHOO06 | PROO06 | 8COO06 | 810006 | 010006 |
| 1g | 6ml | 30 | SA0100 | CH0100 | PR0100 | 8C0100 | 810100 | 010100 |
| 50mg/well | 2ml | 30 | SA0502-W | CH0502-W | PR0502-W | 8C0502-W | 810502-W | 010502-W |
| 100mg/well | 2ml | 30 | SA1002-W | CH1002-W | PR1002-W | 8C1002-W | 811002-W | 011002-W |
| 10g | SA0010 | CH0010 | PR0010 | SC0010 | SI0010 | DI0010 | ||
| 100g | SA0100 | CH0100 | PR0100 | SC0100 | SI0100 | DI0100 |
Cleanert Alumina A is acidic alumina SPE cartridge, the pH of which is 4.5. It can be used as strong polar adsorbent and medium cation exchanger. The special deactivation of this cartridge makes sure the reproducibility of samples.
Alumina B products(pH=10) can be used to remove organic acids and phenols in the sample matrix. They have been pre-treated by special deactivation to ensure high analytes recovery.
Alumina N sorbents(pH=7.5) can adsorb molecules by interaction with the aluminum metal center. The neutralized surface allows interaction with compounds whose heteroatoms are electronegative(e.g.N,S,P) or with an electron-rich ,highly aromatic structure.
PestiCarb is made of graphitized carbon by a distinct surface modifcation process, and has been used for sample cleanup in pesticide residues in plants or animal tissues. This sorbent can effectively reduce the background noise and increase the sensitivity, the functions of which are similar to Supelco Envicarb.
| Sorbent | Vol. | Tubes/box | Florisil | PestiCarb | Alumina N | Alumina A | Alumina B |
|---|---|---|---|---|---|---|---|
| 100mg | 1ml | 100 | FS1001 | PC1001 | AL1001-N | AL1001-A | AL1001-B |
| 200mg | 3ml | 50 | FS2003 | PC2506 | AL2003-N | AL2003-A | AL2003-B |
| 500mg | 3ml | 50 | FS5006 | PC5006 | AL5006-N | AL5006-A | AL5006-B |
| 500mg | 6ml | 30 | FS0006 | PCOO010 | AL0006-N | ALOO06-A | AL0006-B |
| 1g | 6ml | 30 | FS0100 | PC200010 | ALOIOO-N | AL0100-A | AL0100-B |
| 50mg/well | 2ml | 30 | FS0502-W | PC0502-W | AL0502-N-W | AL0502-A-W | AL0502-B-W |
| 100mg/well | 2ml | 30 | FS1002-W | PC1002-W | AL1002-N-W | AL1002-A-W | AL1002-B-W |
| 10g | FS0010 | PC0010 | AL0010-N | AL0010-A | AL0010-B | ||
| 100g | FS0100 | PC0100 | AL0100-N | AL0100-A | AL0100-B |
PEP is made of polydivinylbenzene on which the surface is functionalized with vinyl prolidone. The material has a balanced hydrophilic and hydrophobic property and can be used in the entire pH range of 1-14.
Cleanert PEP-2(Polar Enhanced Polymer)is functional polystyrene/divinylbenzene SPE cartridge. The surface is bonded with hydrophilic and hydrophobic functional groups simultaneously. So this cartridge has equivalent adsorption interaction with polar or non-polar compounds. The applicable pH range is 1.0-14.0. It is equivalent to Waters Oasis HLB.
PEP-H is one of the series of PEP.
It is base on the polydivinylbenzene and derived from PEP by increase the surface polarity to improve the adsorption for polar analytes
The material can be used in the entire pH range of 1-14, also can be used to extract a variety of polar and non-polar compounds. Some highly hydrophilic compounds which have little retention on C18 columns
Cleanert PCX is water-wettable polymer based SPE cartridge, which depends on cation exchange mixed mechanism. It is stable in the pH range of 0-14.0. In addition, this cartridge has high binding capacity. It is widely used for extraction and purification of basic compounds from biological matrices, which need high adsorption capacity, such as plasma, urine, bile, tissue homogenate.
It is equivalent to Waters Oasis MCX.
It is designed to overcome the limitations of traditional silica based mixed-mode SPE sorbents such as C18/SAX. It is a RP/strong anionexchange mixed mode polystyrene/divinylbenzene sorbent, stable from pH 0-14.0 .
Cleanert PWCX provides the dual modes of retention, weak cation exchange and reverse phase on a stable polymer sorbent, which improves the retention for basic analytes.
Cleanert PWAX provides the dual modes of retention, weak anion exchange and reverse phase on a stable polymer sorbent, which improves the retention for acidic analytes.
PS is made of non-substituted polydivinylbenzene. It has larger surface areas (>600m2/g.) and thus greater capacity than reverse phase bonded silica.PS can be used for the extraction of non-polar and polar compounds.
| Sorbent | Vol. | Particle Size | Tubes/box | PEP | PEP-2 | PEP-H | PAX | PCX | PWAX | PWCX | PS |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 30mg | 1ml | 35µm | 100 | PE0301-S | |||||||
| 60mg | 3ml | 35µm | 50 | PE0603-S | |||||||
| 30mg | 1ml | 70µm | 100 | PE0301 | PE0301-2 | PE0301-H | AX0301 | CX0301 | WA0301 | WC0301 | PS0301 |
| 60mg | 3ml | 70µm | 50 | PE0603 | PE0603-2 | PE0603-H | AX0601 | CX0601 | WA0603 | WC0603 | PS0601 |
| 100mg | 3ml | 70µm | 50 | PE1003 | PE1003-2 | PE1003-H | AX0603 | CX0603 | WA1003 | WC1003 | PS0603 |
| 200mg | 6ml | 70µm | 30 | PE2006 | PE2006-2 | PE2006-H | AX1506 | CX1506 | WA2006 | WC2006 | PSI508 |
| 500mg | 6ml | 70µm | 30 | PE5006 | PE5006-2 | PE5006-H | AX5006 | CX5006 | WA5006 | WC5006 | PS5008 |
| 30mg/well | 2ml | 70µm | 96-wellplate | PE0302-W | PE0302-2W | PE0302-HW | AX0302-W | CX0302-W | WA0302-W | WC0302-W | PSQ302-W |
| 50mg/well | 2ml | 70µm | 96-wellplate | PE0502-W | PE0502-2W | PE0502-HW | AX0502-W | CX0502-W | WA0502-W | WCOOO2-W | PSQ502-W |
| 10g | 70µm | PE0010 | PE0010-2 | PE0010-H | AX0010 | CX0010 | WAOOIO | WCOOI0 | PSOO10 | ||
| 100g | 70µm | PE0100 | PE0100-2 | PE0100-H | AX0100 | CX0100 | WA0100 | WC0100 | PS0100 | ||
| 30mg/well | 2ml | 35µm | 96-wellplate | PE0302-SW | |||||||
| 50mg/well | 2ml | 35µm | 96-wellplate | PE0502-SW | |||||||
| 10g | 35µm | PE0010-S | |||||||||
| 100g | 35µm | PE0100-S |
HXN is also made of polydivinylbenzene having surface modified with vinylpyrrolidone. This sorbent is specially designed to extract sulfonyl ureas from water and soil at ppb level. It is less polar than PEP and can also be used to extract, enrich and clean up samples from mid polar to high polar compounds.
| Sorbent | Vol. | Tubes/box | HXN |
|---|---|---|---|
| 30mg | 1mL | 100 | HX0301 |
| 60mg | 3mL | 50 | HX0603 |
| 100mg | 3mL | 50 | HX1003 |
| 200mg | 6mL | 30 | HX2006 |
| 500mg | 6mL | 30 | HX5006 |
| 30mg/well | 2mL | 96w | HX0302-W |
| 50mg/well | 2mL | 96w | HX0502-W |
| 10g | HX0010 | ||
| 100g | HX0100 |
Specific SPE column for Sulfonamides
SUL-5(Specific SPE column for Sulfonamides) is specially designed for the extraction of five sulfonamides (SM2, SMM,SMZ, SDM, SQ) in pork.
| Sorbent | Vol. | Tubes/box | HXN |
|---|---|---|---|
| 2g | 12ml | 100 | SUL-5 |
Specialized for Pretreatment of Aldehydes and Ketones in Air
At least 14 species of aldehydes and ketones compounds can be detected, including formaldehyde, acetaldehyde, propionaldehyde, acrolein, butyraldehyde, E aldehyde, isoamyl aldehyde, hexanal, benzaldehyde, o,m,p-methyl Benzaldehyde, 2,5-dimethyl benzaldehyde, acetone, butanone, pentanone, cyclohexanone, acetophenone.
(1) the average background value of technical indicators: = 0.2µg. (As formaldehyde) Maximum sample volume :> 75µg. (As formaldehyde) Maximum sample pressure: 0.15MPa. The recovery:>90%.
(2) Storage conditions: low temperature (4 ?) and from light Shelf Life: 90 days.
Notice:Use as soon as possible after unpacking.
| Sorbent | Vol. | Tubes/box | DNPH |
|---|---|---|---|
| 200mg | 3ml | 1 | DN2003 |
| 200mg | 1ml | 1 | ICDN2001 |
TPH means triple phase SPE for Herb, and it was constituted by three kinds of materials. These three kinds of materials using different mechanism of action, focus on the colorants, organic acid and organic substance, also cosidering different polarity of the interferent, such as nonpolarity substance, substance with hydroxyl and carboxyl group, also the basic group. By mixing different materials together, we achieve a better result of clean up, expecially complicated matrix.
TPH is majorly used for extraction and detection of pesticides from ChineseHerb such as Ramulus Mori, Honeysuckle and the Fruit of Chinese Wolfberry, It can absorb reduce up to 80% interferent and without adsorb any pesticide residues.
Cleanert TPH has been used in China national standard methods, Determination of 488 Pesticide Residues and Related Chemicals Residues and 413 Pesticide Residues and Related Chemicals Residues in the Ramulus Mori, Honeysuckle and the Fruit of Chinese Wolfberry with GS-MS and LC-MS/MS Respectively, Determination of 448 pesticides and related chemicals residues in tea—LC-MS-MS method. The process mainly containing ACN extraction, Load the sample on the pre-actived column, and then eluted by ACN- toluene (3+1).
| Sorbent | Vol. | Tubes/box | TPH |
|---|---|---|---|
| 1g | 6ml | 30 | TPH0006 |
| 2g | 12ml | 20 | TPH200010 |
TPT was constituted by three kinds of materials. These three kinds of materials using different mechanism of action, focus on the colorants, organic acid and tea polyphenols, also cosidering different polarity of the interferent, such as nonpolarity substance, substance with hydroxyl and carboxyl group, also the basic group. By mixing different materials together, we achieve a better result of clean up, expecially complicated matrix. TPT is majorly used for extraction and detection of pesticides from tea leaf, It can adsorb reduce up to 80% interferent and without adsorbing any pesticide residues.
| Sorbent | Vol. | Tubes/box | TPT |
|---|---|---|---|
| 1g | 6ml | 30 | TPT0006 |
| 2g | 12ml | 20 | TPT200010 |
Cleanert EPH use specially silica as material to separate aliphatic fraction to atomatic fraction in soil. The column was used in New Jersey Department of Environmental Protection Site Remediation Program, extractable petroleum hydrocarbons methodology (Version 1.1). The method also can be move onto the SPE working station of full-automatic (SPE-10 P/N: SPE-10).
| Sorbent | Vol. | Tubes/box | EPH |
|---|---|---|---|
| 5g | 25ml | 15 | SI500025-30 |
Protein Precipitation Plate
Cleanert Protein Precipitation Plate product for DMPK research is manufactured with the reagents of the highest purity. Every lot is subjected to a wide range of rigorous quality control tests and must confrm to our strict specifcation.The graded frit design is optimized to efficiently remove most of the interference of plasma samples without plugging or breakthrough.The 96-well plate design can be accomplished with most of auto-station, also minimizing sample handling. The plates are compatible with Agela 96 well vacuum manifold, also can be used in centrifugal machine.
Loading about 50µl plasma sample
| Sorbent | Vol. | Tubes/box | Vaccum | Centrifuge |
|---|---|---|---|---|
| 2ml | 96wellplate | 2 | 96CD2025 | 96CD2025-F |
Large Receiver Column
Cleanert LRC was design to load more solvents when SPE process, specially can by used in little sorbent bed but Large elute solvents.
| Sorbents | Vol | Tubes/Box | Cleanert LRC C18 | Cleanert LRC PEP |
|---|---|---|---|---|
| 200mL | 10mL | 20 | L1820010 | |
| 260 mL | 10mL | 20 | LPE0610 |
Large Disk for water analysis Cartridge
Cleanert LDC use SPE sorbent to concentrated trace chemical substances in environmental samples. The special cartridge design was suitable for water concentration, and it can replace SPE disk in most of the analysis.
| Meterial | Vol | Tubes/Box | Cat.No |
|---|---|---|---|
| Cleanert LDC C18 | 100 | 4 | L181500100 |
| Cleanert LDC C18 | 100 | 4 | L181500100-N |
| Cleanert LDC PEP | 100 | 4 | LPE000100 |
| Cleanert LDC PS | 100 | 4 | LPS000100 |
| Cleanert LDC SCX | 100 | 4 | LSC1500100 |
Cleanert Glass column series can reduce the dissolution of the tube material, and so can be used in environmental analysis, especially the plasticizer and environmental interferent.
| Meterial | Vol | Tubes/Box | Cat.No | |
|---|---|---|---|---|
| C18 glass | 200 mL | 3 mL | 50 | 182003-G |
| Cleanert PEP glass | 60mL | 3 mL | 50 | PE0603-G |
Rapid test strips for the detection of Aflatoxin,Voitoxin,Melamine,Clenbuterol,Ractopamine in samples,such as milk,milk powder,feed,cheese,biscuit,urine,corn,rice,bean,peanut,wheat,peanut butter
| P/N | Type | Spec. | Sensitivity | Application |
|---|---|---|---|---|
| BAQ09011 | Melamine | 50 /package | 50ppb/100ppb | milk,milk powder,feed,cheese,biscuit,urine |
| BAQ09005 | Aflatoxin B1 | 50 /package | 10ppb | corn,rice,bean,peanut,wheat, feed |
| BAQ10001 | Voitoxin | 50 /package | 100ppb | corn,rice,bean,peanut,wheat,feed |
| BAQ09001 | Clenbuterol(urine) | 50 /package | 3ppb | swine urine |
| BAQ09001-1 | Clenbuterol(tissue) | 50 /package | 1ppb | swine urine,swine liver etc. |
| BAQ09002 | Ractopamine(urine) | 50 /package | 3ppb | swine urine |
| BAQ09002-1 | Ractopamine(tissue) | 50 /package | 1ppb | swine urine,swine liver etc. |
| BAQ09007 | malachite green(water) | 50 /package | 2ppb | water |
| BAQ09007-1 | malachite green(tissue) | 50 /package | 2ppb | tissue |
| BAQ09003 | chlormycetin | 50 /package | 0.1ppb | honey,milk,seafood,chicken |
It is silica based, with mixed C8 and strong cation exchange chemical group. It is widely used for extraction of basic drugs from urine and blood.
| Sorbent | Vol. | Tubes/box | C8/SCX |
|---|---|---|---|
| 50mg | 3ml | 50 | CS0503 |
| 130mg | 3ml | 50 | CS1303 |
| 300mg | 3ml | 50 | CS3003 |
| 500mg | 6ml | 30 | CS5006 |
| 1g | 6ml | 30 | CS0006 |
| 50mg/weel | 6ml | 96-wellplate | CS0502-W |
| 100mg/well | 2ml | 96-wellplate | CS1002-W |
| 10g | CS0100 | ||
| 100g | CS0101 |
PestiCarb/NH2 SPE column is packed of 500mg PestiCarb and 500mg NH2.It has been used wildly in analysis of pesticides residue, esp. for the Japanese Positive List System. It can be used in pesticide residue analysis, coloring matter, fatty acid and hydroxybenzene.
| Sorbent | Vol. | Tubes/box | PestiCarb/NH2 |
|---|---|---|---|
| 500mg/500mg | 6ml | 30 | PN0006 |
Cleanert MAS is a simple sample treatment for bioanalysis which applies multi-function impurity adsorption to remove as many as interferences. It combines protein precipitation with SPE method, and achieve a faster and easier approach.
In LC/MS–(MS) bio-analysis, there are many interferences which will cause unsatisfied result, such as protein, phospholipid, fat and some surfactant. Phospholipid is a main interference cannot be eliminated enough by PPT, which can cause ion suppression and variation of peak shape and retation time. Cleanert MAS follows the similar simple procedures of protein precipitation, but has a better efficency of phospholipid removal.
Compared to traditional methods including liquid-liquid extraction (LLE), solid-phase extraction (SPE) and protein precipitation (PPT), Cleanert MAS has a better performance on interference removal and more convenient operation. It’s a better replacement of protein precipitation, also an evolution of SPE.
| Spec. | Application | Package | Part No. |
|---|---|---|---|
| 1mL | SPE cartridges, used for basic and neutral substances extraction in Plasma and biological samples | 100 | MSC-B-0301 |
| 1mL | 100 | MSC-B-0601 | |
| 1mL | SPE cartridges, used for acid substances extraction in Plasma and biological samples | 100 | MSC-A-0301 |
| 1mL | 100 | MSC-A-0601 |
| Spec. | Application | Package | Part No. |
|---|---|---|---|
| 30mg/2ml/well | 96 well plate, used for basic and neutral substances extraction in plasma and biological samples. | 2 | MS-B-0302W |
| 30mg/2ml/well | 96 well plate, used for basic and neutral substances extraction in plasma and biological samples, design with a filter membrane (can be used in centrifugation) | 2 | MS-B-0302W |
| 30mg/2ml/well | 96 well plate, used for acid substances extraction in plasma and biological samples. | 2 | MS-A-0302W |
| 30mg/2ml/well | 96 well plate, used for acid substances extraction in plasma and biological samples, design with a filter membrane (can be used in centrifugation). | 2 | MS-A-0302FW |
| 30mg/2ml/well | 96 well plate, used for weak acid substances extraction in plasma and biological samples. | 2 | MS-WA-0302-W |
| 30mg/2ml/well | 96 well plate, used for weak acid substances extraction in plasma and biological samples, design with a filter membrane (can be used in centrifugation) | 2 | MS-WA-0302-FW |
Adsorption of multiple mechanisms for impurity extraction purification method
Through multi-functionalized compound Absorption materials, biological samples will be absorbed as the main interfere matrix, and strong water-soluble material be remained in the tested samples solution. so as to achieve the purification and enrichment purposes
The General Method Includes
| Sorbent | Vol | Tubes | Description | Cat.No |
|---|---|---|---|---|
| PAX 500mg, C18 500mg | 50mL | 50 | MS-SPC5001 | |
| PAX 200mg , C18 200mg | 50mL | 50 | MS-SPM5001 | |
| 6g MgSO4(anhydrous), 1.5g NaAc.3H2O | 50mL | 50 | Extraction tube, used in method(NYT-1380-2007), Apply to pesticide detection in the vegetables and fruit matrix | MS-MG5050 |
| 100mg PSA,100mg C18, 0.3 g MgSO4(anhydrous) | 15mL | 50 | Clean-up tube, used in method(NYT-1380-2007), Apply to pesticide detection in the vegetables and fruit matrix | MS-PA1010 |
| 6g MgSO4(anhydrous),250mg PestiCarb,500mg NH2 | 50mL | 50 | Apply to pesticide detection in the vegetables and fruit matrix with lots of colorants | MS-PN5050 |
| magnesium sulfate 4 g; sodium chloride 1 g; sodium citrate dibasic sesquihydrate 0.5 g,sodium citrate tribasic dihydrate; | 50 | citrate extraction tube,use to extract the pesticides which are not stable in acid or basic solution | MS-NMS5050 | |
| MgSO4, 750 mg | 50 mL | 50 | PSA clean-up tube, used in purification of vegetable and fruit matrix | MS-PAMG1550 |
| PSA 125 mg | ||||
| 500mg C18 | 1.5mL | 50 | Get rid of fatty | MS-185050 |
| 50mg C18, 150mg MgSO4 (anhydrous) | 1.5mL | 100 | Get rid of fatty | MS-180205 |
| 200mg PAX | 10mL | 100 | Reduce protein and phospholipid(Basic substance) | MS-AX1030 |
| 50mg PAX | 1.5mL | 100 | MS-AX0230 | |
| 200mg PCX | 10mL | 100 | Reduce protein and phospholipid(Acid substance) | MS-CX1030 |
| 50mg PCX | 1.5 mL | 100 | MS-CX0230 | |
| 200mg PEP | 10mL | 100 | Reduce protein and phospholipid(Natural substance) | MS-PE1020 |
| 50mg PEP | 2mL | 100 | MS-PE0205 |
The sample preparation is necessary not only for HPLC but also for IC.
The demands for sample preparation of IC led to a development of a new SPE product family, which we named "Cleanert Pre-IC”, and they can perform excellently for sample preparation of IC thanks to their sorbent of high capacity and a good flow property.
| Cat.No | The type of resin | Average particle size | Capacity | Application | Sepcification |
|---|---|---|---|---|---|
| IC-RP10 | divinylbenzeneresin | 40µm | 300mg/1cccartridge | To remove substances such as aromatic dyes, somearomatic carboxylic acids, hydrocarbons, andsurfactants from sample matrices. | 50 pk |
| C-P10 | polyvinylpyrrolidone(PVP) polymer resin | 40µm | 350mg/1cccartridge | To remove the phenolic fraction of humic acids,tannic acids, lignins, anthocyanins, and azodyesfrom samples. | 50 pk |
| IC-A10 | 16% cross-linked,styrene-based,anion-exchangeresin in thebicarbonate form. | 40µm | 0.7meq/1cccartridge | To remove anion contaminant and neutralize thestrongly acidic sample solution.To remove high levels of alkaline ear | 50 pk |
| IC-H10 | 16% cross-linked, styrene-based, sulfonic acid , cation-exchange resin in the hydrogen form | 40µm | 2.0-2.2meq/1cc cartridge | To remove high levels of alkaline earths and transitionmetals from sample matrices and in the neutralizationof highly alkaline samples such as sodium hydroxideor sodium carbonate. | 50 pk |
| IC-Ag10 | 16% cross-linked, styrene-based, sulfonic acid, cation-exchange resin in the silver form. | 40µm | 2.0-2.2meq/1cc cartridge | To remove high levels of alkaline earths and transitionmetals from sample matrices without acidifying thesample. This ensures good recovery of acid labileanalytes such as nitrite. | 50 pk |
| IC-Ba10 | styrene-based, sulfonic acid , cation-exchange resin in the barium form. | 40µm | 2.0-2.2meq/1cc cartridge | To remove SO42-.For reproducible, quantitativedeterminations in low-ionic-strength samples, thesecartridges should be activated with a chloride-basedactivating solution. Then the added chloride need tobe removed. | 50 pk |
| IC-M10 | iminodiacetate resin in the ammonium form | 40µm | 0.4meq/1cccartridge | To remove transition metals and matrix eliminationof alkali and alkaline earth metals. | 50 pk |
| IC-Ag/H10 | It is a layered cartridge that contains IC- Ag resin and IC- H resin. | 50 pk | |||
| IC-Ba/Ag/H10 | It is a layered cartridge that contains IC-Ba resin, IC- Ag resin and IC- H resin. | 50 pk |
Solid supported liquid/liquid Extraction columns and plates use specially treated diatomaceous earth materials as a solid support for liquid/liquid extractions. Agela can provide different pH sorbents as customer requirement to make extraction of different properties substance. This kind of material were often used in clinical analysis, it also can be used to replace most of the analysis using Liquid/Liquid extraction (LLE).
The SPE procedures can be easily automated. It also can be used to replace most of the analysis using Liquid/Liquid extraction to reduce the solvent usage, even emulsification phenomenon of LLE
| Sorbent | Description | Package | Cat. No. |
|---|---|---|---|
| Cleanert SLE | 80-20 mesh;pH=6-8 | 1000g/bottle | HC1001000-7 |
| Cleanert SLE | 80-20 mesh;pH=9 | 1000g/bottle | HC1001000-9 |
| Cleanert SLE | 80-20 mesh;pH=10 | 1000g/bottle | HC1001000-10 |
| Sorbent | Vol. | Tubes/box | Special treated diatomite SLE (pH=7) | Special treated diatomite SLE (pH=9) |
|---|---|---|---|---|
| 200mg | 3ml | 50 | HC2003-7 | HC2003-9 |
| 500mg | 3ml | 50 | HC5003-7 | HC5003-9 |
| 500mg | 6ml | 30 | HC5006-7 | HC5006-9 |
| 1g | 6ml | 30 | HC0006-7 | HC0006-9 |
| 2g | 12ml | 20 | HC200012-7 | HC200012-9 |
| 4g | 25ml | 15 | HC400025-7 | HC400025-9 |
| 200mg | 2ml/well | 96-wellplate | HC2002-7W | HC2002-9W |
| 400mg | 2ml/well | 96-wellplate | HC4002-7W | HC4002-9W |
| 500mg | 2ml/well | 96-wellplate | HC5002-7W | HC5002-9W |
| Product name | Specification | Quality | Cat.No | |
|---|---|---|---|---|
| 2mL 96w collection plate | 8×12 pores | Square pore and circular bottom | 1 | 96SP2036 |
| 2mL 96w collection plate | 8×12 pores | Circular pore and bottom | 1 | 96SP2036-Y |
| 96well silica pad | 8×12 pores | square pore | 96GP2036 |
| Term | Specification, Package | Cat. No. |
|---|---|---|
| Vaccum equipment | 12positions | VM12 |
| 24positions | VM24 | |
| Flow rate adjusting valve | 12 pieces/ package | A81213 |
| Diversion needle threading the plate | 12 pieces/ package | A80100 |
| Diaphragm vacuume pump | 1 | A01003 |
| Products Name | Description | Cat. No. |
|---|---|---|
| Positive pressure SPE of 48 positions |
|
EZY-P48 |
| Term | Description | Cat. No. |
|---|---|---|
| Negative SPE with high throughput (VM96) |
|
VM96 |
| Heightening module | Application for the experiment of little receiving liquid | VM96-001 |
| Cat.No | Description | Vol | Package |
|---|---|---|---|
| AZ-IC-1 | IC Empty column | 1ml | 100 |
| AZ-IC-1T | IC Empty column (with 2 x 20um Polyethyelene frit) | 1ml | 100 |
| AZ-IC-2.5 | IC Empty column | 2.5ml | 100 |
| AZ-IC-2.5T | IC Empty column (with 2 x 20um Polyethyelene frit) | 2.5ml | 100 |
| AZ001 | SPE Empty column | 1ml | 100 |
| AZ003 | SPE Empty column | 3ml | 100 |
| AZ006 | SPE Empty column | 6ml | 100 |
| AZ010 | SPE Empty column | 10ml | 100 |
| AZ012 | SPE Empty column | 12ml | 100 |
| AZ030 | SPE Empty column | 30ml | 100 |
| AZ060 | SPE Empty column | 60ml | 50 |
| AZ150 | SPE Empty column | 150ml | 25 |
| LAZ010 | Large Reservoir Capacity SPE column | 10ml | 100 |
| AS001-A | SPE 20um Polyethyelene Frit | 1ml | 100 |
| AS003-A | SPE 20um Polyethyelene frit | 3ml | 100 |
| AS006-A | SPE 20um Polyethyelene frit | 6ml | 100 |
| AS010-A | SPE 20um Polyethyelene frit | 10ml | 100 |
| AS012-A | SPE 20um Polyethyelene frit | 12ml | 100 |
| AS030-A | SPE 20um Polyethyelene frit | 30ml | 100 |
| AS060-A | SPE 20um Polyethyelene frit | 60ml | 50 |
| AS150-A | SPE 20um Polyethyelene frit | 150ml | 25 |
| LAS010-A | Large Reservoir Capacity SPE 20um Polyethyelene frit | 10ml | 100 |
| A80115 | SPE adaptor | fit 1,3,6,12ml | 12 |
| 96SP2036 | Collection plate, square well, round bottom | 8×12well | 24 |
| 96SP2036-Y | Collection plate, round well,round bottom | 8×12well | 24 |
| 96GP2036 | 96 well cap mat | 8×12well | 24 |
| 96CD1025 | 96 well crash and protein precipitate filter plate | 1ml/well | 2 |
| 96CD2025 | 96 well crash and protein precipitate filter plate (Use Vacuum or Pressure for Elution) | 2ml/well | 2 |
| 96CD2025-F | 96 well crash and protein precipitate filter plate (Use Centrifugation For Elution) | 2ml/well | 2 |
| 96CD01 | Crash and protein precipitate filter cartridge 1ml | 1ml | 100 |