RSpak columns

RSpak DE, DM and DS series

Polymer-based RP columns for many different applications

Product information

The RSpak DE, DM and DS columns don't contain C18 as functional group, but they provide the reversed phase separation mechanism by the polymer particle itself. This makes them very stable, so the columns have a very long life time.

RSpak DE-213, DE-413 and DE-613

General purpose polymer-based column having similar polarity as ODS columns
Wide working pH range (from pH 2 to 12), usable in 100 % water and buffer solutions
extra small pore size of 25 Å
for the analyis of vitamins, preservatives, organic acids
Fulfill USP L71 requirements (polymethacrylate particles)

RSpak DM-614

Suitable for the analysis of amino acids and water-soluble vitamins
pH range from 2 to 10
Fulfills USP L39 requirements (polyhydroxymethacrylate particles)

RSpak DS-413 and DS-613

Suitable for reversed phase analysis of highly hydrophilic substances that are not well retained by ODS columns
Fulfill USP L21 requirements (styrene divinylbenzene copolymer particles)

Product overview

Product code	Product name	Separation	Functional group	Gel material	Plates per column	Particle size	Pore size	Size (ID x length)	Housing material
F7001007	RSpak DE-213	RP	-	Polymethacrylate	≥ 8,000	4 µm	25 Å	2.0 x 150 mm	steel
F6700151	RSpak DE-G 2A	RP	-	Polymethacrylate	(guard)	6 µm	25 Å	2.0 x 10 mm	steel
F7001005	RSpak DE-413	RP	-	Polymethacrylate	≥ 11,000	4 µm	25 Å	4.6 x 150 mm	steel
F7001004	RSpak DE-613	RP	-	Polymethacrylate	≥ 7,000	6 µm	25 Å	6.0 x 150 mm	steel
F6700150	RSpak DE-G 4A	RP	-	Polymethacrylate	(guard)	10 µm	25 Å	4.6 x 10 mm	steel
F7001002	RSpak DM-614	RP	-	Polyhydroxymethacrylate	≥ 4,500	10 µm	200 Å	6.0 x 150 mm	steel
F6700160	RSpak DM-G 4A	RP	-	Polyhydroxymethacrylate	(guard)	12 µm	-	4.6 x 10 mm	steel
F7001012	RSpak DS-413	RP	-	Styrene divinylbenzene copolymer	≥ 11,000	3.5 µm	200 Å	4.6 x 150 mm	steel
F7001001	RSpak DS-613	RP	-	Styrene divinylbenzene copolymer	≥ 6,500	6 µm	200 Å	6.0 x 150 mm	steel
F6700140	RSpak DS-G	RP	-	Styrene divinylbenzene copolymer	(guard)	10 µm	-	4.6 x 10 mm	steel

Product details

Product name	Maximum pressure	Maximum flow rate	Temperature range	pH range	Salt concentration	Shipping solvent	USP
RSpak DE-213	12 MPa (120 bar)	0.4 mL/min	20 to 60°C	2 to 12	≤ 0.5 M	H2O/ACN = 50/50	L71
RSpak DE-G 2A	-	-	20 to 60°C	2 to 12	≤ 0.5 M	H2O/ACN = 50/50	L71
RSpak DE-413	15 MPa (150 bar)	1.2 mL/min	20 to 60°C	2 to 12	≤ 0.5 M	H2O/ACN = 50/50	L71
RSpak DE-613	7.0 MPa (70 bar)	3.0 mL/min	20 to 70°C	2 to 12	≤ 0.5 M	H2O	L71
RSpak DE-G 4A	-	-	20 to 70°C	2 to 12	≤ 0.5 M	H2O	L71
RSpak DM-614	2.0 MPa (20 bar)	2.0 mL/min	20 to 60°C	2 to 10	≤ 0.5 M	5 mM H3PO4 aq.	L39
RSpak DM-G 4A	-	-	20 to 60°C	2 to 10	≤ 0.5 M	5 mM H3PO4 aq.	L39
RSpak DS-413	20 MPa (200 bar)	1.0 mL/min	20 to 70°C	1 to 13	≤ 0.5 M	H2O/ACN/THF = 30/40/30	L21
RSpak DS-613	10 MPa (100 bar)	3.0 mL/min	20 to 80°C	2 to 12	≤ 0.5 M	H2O/ACN/THF = 30/30/40	L21
RSpak DS-G	-	-	20 to 80°C	1 to 13	≤ 0.5 M	H2O/ACN/THF = 30/40/30	L21

Download documents

Operation Manual RSpak DE-213_20240531E

Operation Manual RSpak DE-413_20221202E

Operation Manual RSpak DE-613_20221202E

Operation Manual RSpak DM-614_20221202E

Operation Manual RSpak DS-413_20221202E

Operation Manual RSpak DS-613_20221202E

Bedienungsanleitung RSpak DE-213_20240531G

Bedienungsanleitung RSpak DE-413_20221202G

Bedienungsanleitung RSpak DE-613_20221202G

Bedienungsanleitung RSpak DM-614_20221202G

Bedienungsanleitung RSpak DS-413_20221202G

Bedienungsanleitung RSpak DS-613_20221202G

Applications

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RSpak DE-213, DE-413 and DE-613

General

Features of RSpak DE Series (1) (Comparison with ODS Column)

Features of RSpak DE Series (2) (Adsorption of Metal Coordination Compound)

Features of RSpak DE Series (3) (Effects of Eluent pH on Analysis Result)

Features of RSpak DE Series (4) (Reproducibility between Production Lots)

Features of RSpak DE Series (5) (Selection of HPLC System)

Features of RSpak DE Series (6) (Effects of Flow Rate on Column Efficiency)

Features of RSpak DE Series (7) (Effects of Sample Load on Column Efficiency)

Amides (2) (Comparison of Reversed Phase Columns)

Analysis of Short Amines without Using Ion Pair Reagent

Analytes