Sumichiral Columns | Sumi Chiral HPLC Columns Supplier India

Q: How can I order and what information should I share for a quotation?

Share the column code/series (e.g., OA‑xxxx), dimensions, particle size if applicable, and quantity. If you need selection help, share compound name/structure, sample solvent, and target purity so we can recommend the best starting options.

Introduction

Akira Analytical Solutions Pvt. Ltd. is the authorized distributor for Sumichiral® Chiral Columns in India. Sumichiral columns are manufactured in Japan and are globally recognized for their high selectivity, reproducibility, and robustness in chiral separations. Designed using advanced chiral stationary phases and precision Japanese manufacturing standards, Sumichiral columns deliver reliable performance for analytical and preparative HPLC applications. Detailed technical specifications and performance data are available on our website. Contact us :feel free to reach out for further info.

Manufacturer & Supplier

Manufacturer of Sumichiral Columns

Sumika Chemical Analysis Service Ltd, Japan

Supplier in India

Akira Analytical Solutions Pvt. Ltd.
MIG-1 Plot No: 02, 9th Phase, KPHB Colony, Kukatpally
Hyderabad – 500085 Telangana, INDIA.
Mobile: 📱 +91 98661 33299
Email: ✉ sales@akiralabs.com

SUMICHIRAL Compound Database

Compound name vs representative column (group-wise).

Group A

S.No	Compound Name	Representative Column
1	Tryptophan	OA-6100
2	Phenylalanine	OA-5000
3	Tyrosine	OA-5000
4	Histidine	OA-6100
5	Phenylglycine	OA-5000
6	DOPA (3,4-dihydroxyphenylalanine)	OA-8000
7	Pranoprofen	OA-2500
8	Z-alanine	OA-3200
9	Z-valine	OA-3200
10	Z-norvaline	OA-3200
11	Z-leucine	OA-3200
12	Z-serine	OA-3200
13	Z-asparagine	OA-3200
14	Z-phenylalanine	OA-3300
15	N-Dansylvaline	OA-7100
16	N-Dansylnorvaline	OA-3200
17	N-Dansylthreonine	OA-3300
18	N-Dansylphenylalanine	OA-7100
19	N-Dansyltryptophan	OA-3100
20	N-Benzoylvaline	OA-3300
21	N-Benzoylphenylalanine	OA-3300
22	N-Benzoylglutamic acid	OA-3300
23	BOC-phenylalanine	OA-4700
24	Baclofen	OA-5000
25	threo-3-Phenylserine	OA-6100
26	Naphthylglycine	OA-5000
27	p-Boronophenylalanine	OA-5000
28	O-(3,5-Dinitrophenyl) aminocarbonyl lactic acid	OA-3100
29	O-(3,5-Dinitrophenyl) aminocarbonyl mandelic acid	OA-3200
30	N-FMOC-phenylalanine	OA-3200
31	N-FMOC-valine	OA-3200
32	N-FMOC-leucine	OA-3200
33	N-Formylphenylalanine	OA-4500
34	N-Acetylphenylalanine	OA-4100
35	N-3,5-Dinitrobenzoylvaline	OA-4800
36	N-Acetyltryptophan	OA-4700
37	N-Dansylalanine	OA-3200
38	PTH-aspartic acid	OA-4700
39	PTH-glutamic acid	OA-4700
40	N-Benzoylalanine	AGP
41	Bumadizon	AGP
42	N-2,4-DNP-a-amino-n-butyric acid	HSA
43	N-2,4-DNP-citrulline	HSA
44	N-2,4-DNP-ethionine	AGP
45	N-2,4-DNP-glutamic acid	HSA
46	N-2,4-DNP-methionine	AGP
47	N-2,4-DNP-norleucine	HSA
48	Etodolac	AGP
49	Folinic acid	HSA
50	Hippurylphenyllactic acid	AGP
51	Kynurenine	HSA
52	Luciferin	AGP
53	Proglumide	AGP
54	Carprofen	AGP

Group B

S.No	Compound Name	Representative Column
1	Propranolol	OA-4700
2	Isoproterenol	OA-7700
3	Salbutamol	OA-4900
4	Atenolol	OA-4900
5	Oxprenolol	OA-4100
6	Pindolol	OA-4900
7	Propafenone	OA-4800
8	Diniconazole	OA-4700
9	Uniconazole	OA-4700
10	Atropine	OA-4500
11	Cyclopentolate	OA-7000
12	Adrenaline (Epinephrine)	OA-7700
13	Fenoterol	OA-4900
14	Terbutaline	OA-4900
15	2-Amino-1-phenylethanol	OA-7700
16	Octopamine	OA-7700
17	Norphenylephrine	OA-5000
18	Normethanephrine	OA-6000
19	Norephedrine	OA-7700
20	p-Hydroxynorephedrine	OA-7700
21	Phenylglycinol	OA-7700
22	Phenylalaninol	OA-7700
23	Metoprolol	OA-4900
24	Etilefrine	OA-7700
25	Norepinephrine	OA-7700
26	Dobutamine	OA-4800
27	erythro-2-Amino-1,2-diphehylethanol	OA-7700
28	Synephrine	OA-5000
29	Metaproterenol	OA-7700
30	Floctafenine	OA-4100
31	Chlorthalidone	OA-7000
32	PTH-serine	OA-4700
33	5-(4-Hydroxyphenyl) hydantoin	OA-4700
34	Albuterol	OA-4900
35	Acebutolol	CBH
36	Alprenolol	AGP
37	Betaxolol	CBH
38	Bupranolol	AGP
39	Carazolol	AGP
40	Carbutelol	CBH
41	cis-trans-Cavinton	AGP
42	Clenbuterol	AGP
43	Dixyrazine	AGP
44	Dropropizine	CBH
45	Epanolol	CBH
46	Ephedrine	AGP
47	E-10-Hydroxy nortriptyline	AGP
48	Mefloquine	AGP
49	Metanephrine	CBH
50	Midodrine	AGP
51	Meprolol	CBH
52	Oxybutynin	CBH
53	Oxyphencyclimine	AGP
54	Oxyphenonium	AGP
55	Pamatolol	CBH
56	Phenyramidol	AGP
57	Practolol	CBH
58	Procyclidine	AGP
59	Proxyphylline	CBH
60	Talinolol	CBH
61	Tetrahydropapaveroline	CBH
62	Timolol	CBH
63	Tiprenolol	AGP
64	Tolamolol	CBH
65	Toliprolol	CBH
66	Trihexyphenidyl	AGP
67	Oxamniquine	AGP
68	Tropicamide	AGP
69	α-(Methylaminomethyl)benzyl alcohol	OA-7700

Group C

S.No	Compound Name	Representative Column
1	1-Phenylethylamine	OA-7700
2	1-(1-Naphtyl)ethylamine	OA-8000
3	1,2-Diphenylethylamine	OA-7700
4	1-Phenyl-2-(p-tolyl)ethylamine	OA-7700
5	Chlorpheniramine	OA-4500
6	Tolperisone	OA-4500
7	Piperoxan	OA-4800
8	Methoxyphenamine	OA-4400
9	Carbinoxamine	OA-4500
10	Homochlorcyclizine	OA-4900
11	Verapamil	OA-4900
12	1,2-Diphenylethylenediamine	OA-5000
13	Tetramisole	OA-4600
14	PTH-valine	OA-4700
15	PTH-alanine	OA-4700
16	PTH-phenylalanine	OA-4700
17	PTH-leucine	OA-4100
18	PTH-isoleucine	OA-7000
19	PTH-tryptophan	OA-4700
20	Chlormezanone	OA-4700
21	Alfuzosin	AGP
22	Almemazine	AGP
23	Aminoglutethimide	AGP
24	Bendroflumethiazide	AGP
25	Benfluorex	AGP
26	α,α’-Bis[3-(N-benzyl-N-methylcarbamoyl)-piperidino]-p-xylene dihydrobromide	AGP
27	Bupivacaine	OA-4700
28	Bupropion	AGP
29	Cathinone	CBH
30	Cloperastine	AGP
31	Cyamemazine	AGP
32	2-(4,5-Dihydro-1H-imidazoyl-2-yl)-2-propyl-1,2,3,4-tetrahydropyrrolo[3,2,1-hi]-indole	AGP
33	Diltiazem	AGP
34	Dimethindene	AGP
35	Diperodon	AGP
36	Disopyramide	AGP
37	Doxazosin	AGP
38	Epibatidine	AGP
39	Felodipine	AGP
40	Fendiline	AGP
41	Isradipine	AGP
42	Laudanosine	CBH
43	Medetomidine	AGP
44	Mephenytoin	AGP
45	Mepivacaine	AGP
46	Methadone	AGP
47	1-(p-Methoxyphenyl)-3-butylamine	AGP
48	Nefopam	AGP
49	Nicotine	AGP
50	Nitrendipine	AGP
51	Pheniramine	AGP
52	Prilocaine	CBH
53	Promethazine	AGP
54	Remoxipride	AGP
55	Sulfinpyrazon	AGP
56	Terodiline	AGP
57	Tetrahydrozoline	AGP
58	Trimipramine	AGP
59	Vamicamide	AGP
60	Methylphenobarbital	OA-7500
61	1-(1-Anthryl)ethylamine	OA-8000
62	Alanine-β-naphthylamide	OA-8000
63	Phenylalanine methylester	OA-8000

Group D

S.No	Compound Name	Representative Column
1	Fenoprofen	OA-3300
2	Ketoprofen	OA-2500
3	Flurbiprofen	OA-2500
4	Ibuprofen	OA-2500
5	Clidanac	OA-7000
6	2-Phenylpropionic acid	OA-2500
7	2-(4-Chlorophenyl)-3-methylbutyric acid	OA-3100
8	2-Phenoxypropionic acid	OA-3200
9	Mandelic acid	OA-6100
10	3-Phenyllactic acid	OA-5000
11	Naproxen	OA-2500
12	O-Acetylmandelic acid	OA-4700
13	α-Methoxyphenylacetic acid	OA-2500
14	2-Phenylbutyric acid	OA-2500
15	O-Pyrene-1-carbonyl lactic acid	OA-3200
16	O-Pyrene-1-carbonyl mandelic acid	OA-3200
17	O-Pyrene-1-carbonyl 2-hydroxybutyric acid	OA-3200
18	O-Pyrene-1-carbonyl leucic acid	OA-3200
19	O-Anthracen-1-carbonyl lactic acid	OA-3200
20	O-Anthracen-1-carbonyl mandelic acid	OA-3200
21	O-Anthracen-9-carbonyl lactic acid	OA-3200
22	1-Benzocyclobutene carboxylic acid	OA-7500
23	α-Bromophenylacetic acid	OA-2500
24	trans-2-Phenyl-1-cyclopropanecarboxylic acid	OA-2500
25	Beraprost Sodium	AGP
26	2-(2,4-Dichlorophenoxy)propionic acid	AGP
27	Tiaprofenic acid	AGP
28	2-(o-Chlorophenoxy)propionic acid	OA-7600

Group E

S.No	Compound Name	Representative Column
1	1-Phenylethylalcohol	OA-7500
2	1-(1-Naphtyl)ethylalcohol	OA-2500I
3	2,2,2-Trifluoro-1-(9-anthryl)ethanol	OA-2000
4	Benzoin	OA-4900
5	α-Cyano-3-phenoxybenzylalcohol	OA-4700
6	Methyl mandelate	OA-2000
7	α-(Trifluoromethyl) benzylalcohol	OA-2500I
8	Warfarin	OA-2000
9	Cyclandelate	AGP
10	1,2,3,4-Tetrahydro-1-naphthol	AGP
11	Estradiol	OA-7500
12	Estrone	OA-7500
13	Ethinylestradiol	OA-7500
14	Norgestrel	OA-7500
15	Hydrobenzoin	OA-7700

Group F

S.No	Compound Name	Representative Column
1	2-Phenylcyclohexanone	OA-2000
2	Styrene oxide	OA-2500I
3	Fenpropathrin	OA-4600
4	Phenothrin	OA-2000
5	Resmethrin	OA-2000
6	Fenvalerate	OA-2000
7	2-Phenylbutyrophenone	OA-2000
8	Flavanone (2,3-Dihydroflavone)	OA-7000
9	4-Phenyl-1.3-dioxane	OA-2500I
10	Permethrin	OA-2000
11	Methylphenylcyanoacetic acid ethylester	AGP
12	2-(4-Chlorophenoxy)-propionic acid methylester	OA-7500
13	trans-Stilbene oxide	OA-7600

Group G

S.No	Compound Name	Representative Column
1	Alanine	OA-6000
2	Valine	OA-5000
3	Leucine	OA-6100
4	Proline	OA-5000
5	Serine	OA-6100
6	Lysine	OA-6000
7	Aspartic acid	OA-5000
8	Glutamine	OA-6100
9	Methionine	OA-6100
10	Arginine	OA-6100
11	Norvaline	OA-5000
12	Pipecolic acid	OA-5000
13	2-Amino-n-butyric acid	OA-6100
14	Isoleucine	OA-6000
15	Alloisoleucine	OA-6000
16	Ornithine	OA-6100
17	Threonine	OA-6100
18	Allothreonine	OA-5000
19	Glutamic acid	OA-5000
20	Asparagine	OA-6000
21	Hexobarbital	OA-7500
22	N-Acetylalanine	OA-5000
23	N-Acetylvaline	OA-5000
24	N-Acetylleucine	OA-4700
25	N-Acetylmethionine	OA-4700
26	BOC-valine	OA-4400
27	BOC-leucine	OA-3300
28	2,6-Diaminopimelic acid	OA-5000
29	trans-1,2-Diaminocyclohexane	OA-5000
30	α-Amino-ε-caprolactam	OA-5000
31	Homocysteine thiolactone	OA-6000
32	tert-Leucine	OA-6100
33	3-Aminobutyric acid	OA-6100
34	Glycylalanine	OA-5000
35	Alanylglycine	OA-5000
36	Glycylvaline	OA-5000
37	Alanylglycyl-glycine	OA-5000
38	Leucylglycyl-glycine	OA-5000
39	Pyroglutamic acid	OA-4700
40	N-Formylvaline	OA-5000
41	N-Formylmethionine	OA-5000
42	Cystine	OA-5000
43	2-Amino-4-phosphonobutyric acid	OA-5000
44	1-Aminoethylphosphonic acid	OA-5000
45	3-Aminopyrrolidine	OA-6000
46	BOC-alanine	OA-4400
47	N-Acetylaspartic acid	OA-4700
48	N-Acetylserine	OA-4700
49	Pantothenic acid	OA-6100
50	Ifosfamide	AGP
51	Secobarbital	AGP
52	1-Decyl-3-(N,N-diethylcarbamoyl)piperidine	AGP
53	3-(2-Thienyl)serine	OA-5000
54	Cysteine	OA-8000

Group H

S.No	Compound Name	Representative Column
1	Lactic acid	OA-5000
2	2-Hydroxybutyric acid	OA-6100
3	Malic acid	OA-5000
4	Tartaric acid	OA-5000
5	Glyseric acid	OA-6100
6	3-Hydroxybutyric acid	OA-6100
7	Leucic acid	OA-6100
8	2-Hydroxyhexanoic acid	OA-6100
9	Tetrahydro-2-furancarboxylic acid	OA-6000
10	Tetrahydro-3-furancarboxylic acid	OA-6000
11	3,4-Dihydro-2H-pyran-2-carboxylic acid	OA-6000
12	Abscisic acid	AGP
13	2-Bromopropionic acid	OA-5000
14	Pantoic acid	OA-5000
15	1,2-Cyclohexane dicarboxylic acid	OA-7500
16	2-Chloropropionic acid	OA-6100

Group I

S.No	Compound Name	Representative Column
1	Glucose	OA-6000
2	Fructose	OA-6000
3	Galactose	OA-6000
4	Mannose	OA-6000
5	Ribose	OA-6000
6	Arabinose	OA-6000
7	Xylose	OA-6000
8	Sorbose	OA-6000
9	Rhamnose	OA-6000
10	Lactose	OA-6000
11	Maltose	OA-6000
12	Sucrose	OA-6000
13	Cellobiose	OA-6000
14	Isomaltose	OA-6000
15	Trehalose	OA-6000
16	Melezitose	OA-6000
17	Raffinose	OA-6000
18	Stachyose	OA-6000
19	Gentiobiose	OA-6000
20	Melibiose	OA-6000

Group J

S.No	Compound Name	Representative Column
1	O-Ethyl O-2,4-dichlorophenyl isopropyl phosphoamidethioate	OA-4700
2	Phenyl vinyl sulfoxide	OA-7600
3	1,1′-Bi-2-naphthol	OA-3200
4	1,1′-Binaphthyl-2,2′-diyl hydrogen phosphate	OA-3100
5	Troger’s base	OA-2000
6	Cobalt(III) acetylacetonate	OA-2000
7	Cyclophosphamide	AGP
8	Cimetidine sulphoxide	CBH
9	Modafinil	AGP
10	Omeprazole	AGP
11	Pargyline N-oxide	AGP

FAQs

Quick answers to common questions about Sumichiral® chiral columns, selection, usage, and ordering in India.

What are Sumichiral® chiral columns used for?

Sumichiral® chiral columns are used to separate enantiomers in chiral compounds for analytical and preparative HPLC. They help determine enantiomeric purity, develop chiral methods, and support QC and R&D workflows.

Which Sumichiral column should I choose for my compound?

Start by checking the compound database on this page (Group A–J) to see the representative column used for similar functional groups. If your compound is not listed, share its structure, pKa, and solvent compatibility, and we can recommend a starting screen.

Do Sumichiral columns support analytical and preparative HPLC?

Yes. Sumichiral columns are widely used for analytical method development and can also be used for preparative separations depending on column dimensions, loading, and solvent system.

What mobile phases are typically used with Sumichiral chiral columns?

Typical mobile phases depend on the stationary phase and analyte properties. Common approaches include normal-phase (e.g., hexane/alcohol modifiers) and reversed-phase (water/ACN or MeOH buffers) where compatible. Always confirm solvent compatibility for the selected column series.

How do I condition a new chiral column before first use?

Flush with a compatible solvent system at low flow rate to remove shipping solvent and equilibrate to your working mobile phase. Use gradual solvent transitions (avoid sudden changes in strong solvents) and follow recommended pressure limits.

How should I store Sumichiral columns?

Store the column in a compatible storage solvent recommended for the series (often the same as a stable mobile phase composition). Seal end-fittings tightly to prevent drying and keep at room temperature away from vibration and direct sunlight.

What are common reasons for high backpressure or peak broadening?

High backpressure can occur due to blocked inlet frits, particulate contamination, or incompatible solvent mixing. Peak broadening can result from inadequate equilibration, extra-column volume, strong injection solvent, or column aging. Using an inline filter and clean solvents reduces risk.

Can I use buffers and salts with these columns?

Buffer/salt compatibility depends on the specific Sumichiral stationary phase and operating mode. If using buffers, ensure the column is designed for aqueous operation and avoid precipitation (especially with high organic content).

Do you provide method development support in India?

Yes. Akira Analytical Solutions Pvt. Ltd. can support selection, method screening, and application guidance based on your compound class, detection, and instrument configuration.

How can I order and what information should I share for a quotation?

Share the column code/series (e.g., OA-xxxx), dimensions, particle size if applicable, and quantity. If you need selection help, share compound name/structure, sample solvent, and target purity so we can recommend the best starting options.

Need help selecting a column? Share your compound details and we’ll suggest a starting Sumichiral screening approach.

Explore our complete range of Sumichiral & Sumipex chiral HPLC columns.

View our USP listed chiral columns for regulatory-compliant methods.

Need technical guidance? Contact our application specialists.