14-958-108
Fisherbrand™ Semi-Micro Cuvette with PTFE lid
Manufacturer: Fischer Scientific
Select a Size
| Pack Size | SKU | Availability | Price |
|---|---|---|---|
| Each | 14-958-108-Each | In Stock | ₹ 39,382.50 |
14-958-108 - Each
In Stock
Quantity
1
Base Price: ₹ 39,382.50
GST (18%): ₹ 7,088.85
Total Price: ₹ 46,471.35
Type
Semi-micro Cuvette
Material
Quartz
Width (Metric) Interior
4mm
Path Length
10 mm
Height (Metric)
49.5 mm
Width (Metric)
12.5 mm
Shape
Rectangle
Capacity (Metric)
1500 μL
Closure Material
PTFE
Quantity
Ea.
Wavelength Range
200 to 2500 nm
For Use With (Equipment)
Standard spectrophotometer
For Use With (Application)
Transmission from far ultraviolet through the infrared
Related Products
Description
- Reduces the use of reagent with micro cells Contains two clear windows made of quartz With PTFE lid
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Type: Semi-micro Cuvette
Material: Quartz
Width (Metric) Interior: 4mm
Path Length: 10 mm
Height (Metric): 49.5 mm
Width (Metric): 12.5 mm
Shape: Rectangle
Capacity (Metric): 1500 μL
Closure Material: PTFE
Quantity: Ea.
Wavelength Range: 200 to 2500 nm
For Use With (Equipment): Standard spectrophotometer
For Use With (Application): Transmission from far ultraviolet through the infrared
Type:
Semi-micro Cuvette
Material:
Quartz
Width (Metric) Interior:
4mm
Path Length:
10 mm
Height (Metric):
49.5 mm
Width (Metric):
12.5 mm
Shape:
Rectangle
Capacity (Metric):
1500 μL
Closure Material:
PTFE
Quantity:
Ea.
Wavelength Range:
200 to 2500 nm
For Use With (Equipment):
Standard spectrophotometer
For Use With (Application):
Transmission from far ultraviolet through the infrared
Type: Semi-micro Fluorescence Cell
Material: Quartz
Width (Metric) Interior: 4mm
Path Length: 10 mm
Height (Metric): 49.5 mm
Width (Metric): 12.5 mm
Shape: Rectangle
Capacity (Metric): 1500 μL
Closure Material: PTFE
Quantity: Ea., 4 Ea./Cs.
Wavelength Range: 200 to 2500 nm
For Use With (Equipment): Standard spectrophotometer cell holder
For Use With (Application): Transmission from far ultraviolet through the infrared
Type:
Semi-micro Fluorescence Cell
Material:
Quartz
Width (Metric) Interior:
4mm
Path Length:
10 mm
Height (Metric):
49.5 mm
Width (Metric):
12.5 mm
Shape:
Rectangle
Capacity (Metric):
1500 μL
Closure Material:
PTFE
Quantity:
Ea., 4 Ea./Cs.
Wavelength Range:
200 to 2500 nm
For Use With (Equipment):
Standard spectrophotometer cell holder
For Use With (Application):
Transmission from far ultraviolet through the infrared
Type: Macro Absorption Cell
Material: Quartz
Width (Metric) Interior: 10mm
Path Length: 1 mm
Height (Metric): 45 mm
Width (Metric): 12.5 mm
Shape: Rectangle
Capacity (Metric): 3.5 mL
Closure Material: PTFE
Quantity: 2/Pk., 8 Pk./Cs.
Wavelength Range: 200 to 2500 nm
For Use With (Equipment): Standard Spectrophotometer Cell Holder
For Use With (Application): Transmission from far ultraviolet through the infrared
Type:
Macro Absorption Cell
Material:
Quartz
Width (Metric) Interior:
10mm
Path Length:
1 mm
Height (Metric):
45 mm
Width (Metric):
12.5 mm
Shape:
Rectangle
Capacity (Metric):
3.5 mL
Closure Material:
PTFE
Quantity:
2/Pk., 8 Pk./Cs.
Wavelength Range:
200 to 2500 nm
For Use With (Equipment):
Standard Spectrophotometer Cell Holder
For Use With (Application):
Transmission from far ultraviolet through the infrared
Type: Macro Absorption Cell
Material: Quartz
Width (Metric) Interior: 10mm
Path Length: 5 mm
Height (Metric): 45 mm
Width (Metric): 12.5 mm
Shape: Rectangle
Capacity (Metric): 1.5 mL
Closure Material: PTFE
Quantity: 2/Pk., 8 Pk./Cs.
Wavelength Range: 200 to 2500 nm
For Use With (Equipment): Standard Spectrophotometer Cell Holder
For Use With (Application): Transmission from far ultraviolet through the infrared
Type:
Macro Absorption Cell
Material:
Quartz
Width (Metric) Interior:
10mm
Path Length:
5 mm
Height (Metric):
45 mm
Width (Metric):
12.5 mm
Shape:
Rectangle
Capacity (Metric):
1.5 mL
Closure Material:
PTFE
Quantity:
2/Pk., 8 Pk./Cs.
Wavelength Range:
200 to 2500 nm
For Use With (Equipment):
Standard Spectrophotometer Cell Holder
For Use With (Application):
Transmission from far ultraviolet through the infrared