52703-U
Discovery® DSC-8 SPE Tube
bed wt. 50 mg, volume 1 mL, pk of 108
Manufacturer: Supelco
Select a Size
| Pack Size | SKU | Availability | Price |
|---|---|---|---|
| 108 EA | 52703-U-108-EA | In Stock | ₹ 26,088.25 |
52703-U - 108 EA
In Stock
Quantity
1
Base Price: ₹ 26,088.25
GST (18%): ₹ 4,695.885
Total Price: ₹ 30,784.135
material
polypropylene tube
Quality Level
100
composition
bed wt., 50 mg
packaging
pk of 108
extent of labeling
9% C loading
technique(s)
solid phase extraction (SPE): suitable
surface area
480 m2/g
volume
1 mL
matrix
Silica gel base material (irregularly shaped, acid washed)
matrix active group
C8 (octyl) bonding, monomerically bonded
Description
- General description: Retention Mechanism: Reversed-phaseSample Matrix Compatibility: Aqueous solutions (biological fluids, water)Monomerically bonded, octyl (9 %C), endcapped; lower carbon content than DSC-18LtUsed to elute very large hydrophobic molecules too strongly retained on DSC-18 or DSC-18LtUse this less retentive phase for the rapid release of hydrophobic molecules using weaker organic solvents at lower volumesInorganic buffers of sufficient ionic strength may be used for elution
- Legal Information: Discovery is a registered trademark of Merck KGaA, Darmstadt, Germany
SAFETY INFORMATION
WGK
nwg
Flash Point(F)
Not applicable
Flash Point(C)
Not applicable
Compare Similar Items
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material: polypropylene tube
Quality Level: 100
composition: bed wt., 50 mg
packaging: pk of 108
extent of labeling: 9% C loading
technique(s): solid phase extraction (SPE): suitable
surface area: 480 m2/g
volume: 1 mL
matrix: Silica gel base material (irregularly shaped, acid washed)
matrix active group: C8 (octyl) bonding, monomerically bonded
material:
polypropylene tube
Quality Level:
100
composition:
bed wt., 50 mg
packaging:
pk of 108
extent of labeling:
9% C loading
technique(s):
solid phase extraction (SPE): suitable
surface area:
480 m2/g
volume:
1 mL
matrix:
Silica gel base material (irregularly shaped, acid washed)
matrix active group:
C8 (octyl) bonding, monomerically bonded
material: polypropylene tube
Quality Level: 100
composition: bed wt., 500 mg
packaging: pk of 54
extent of labeling: 9% C loading
technique(s): solid phase extraction (SPE): suitable
surface area: 480 m2/g
volume: 3 mL
matrix: Silica gel base material (irregularly shaped, acid washed)
matrix active group: C8 (octyl) bonding, monomerically bonded
material:
polypropylene tube
Quality Level:
100
composition:
bed wt., 500 mg
packaging:
pk of 54
extent of labeling:
9% C loading
technique(s):
solid phase extraction (SPE): suitable
surface area:
480 m2/g
volume:
3 mL
matrix:
Silica gel base material (irregularly shaped, acid washed)
matrix active group:
C8 (octyl) bonding, monomerically bonded
material: polypropylene tube
Quality Level: 100
composition: bed wt., 500 mg
packaging: pk of 30
extent of labeling: 9% C loading
technique(s): solid phase extraction (SPE): suitable
surface area: 480 m2/g
volume: 6 mL
matrix: Silica gel base material (irregularly shaped, acid washed)
matrix active group: C8 (octyl) bonding, monomerically bonded
material:
polypropylene tube
Quality Level:
100
composition:
bed wt., 500 mg
packaging:
pk of 30
extent of labeling:
9% C loading
technique(s):
solid phase extraction (SPE): suitable
surface area:
480 m2/g
volume:
6 mL
matrix:
Silica gel base material (irregularly shaped, acid washed)
matrix active group:
C8 (octyl) bonding, monomerically bonded
material: polypropylene tube
Quality Level: 100
composition: bed wt., 500 mg
packaging: pk of 30
extent of labeling: 7% C loading
technique(s): solid phase extraction (SPE): suitable
surface area: 480 m2/g
volume: 6 mL
matrix: Silica gel base material (irregularly shaped, acid washed)
matrix active group: phenyl bonding
material:
polypropylene tube
Quality Level:
100
composition:
bed wt., 500 mg
packaging:
pk of 30
extent of labeling:
7% C loading
technique(s):
solid phase extraction (SPE): suitable
surface area:
480 m2/g
volume:
6 mL
matrix:
Silica gel base material (irregularly shaped, acid washed)
matrix active group:
phenyl bonding