Hamilton 500uL 1750 RN Gastight Syringe Fast Dispensing 115C Capacity
Hamilton
Details
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CategoryLiquid Handling
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Dimension23.0cm x 4.0cm x 4.0cm
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Serial1900066722
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / HertzDoes Not Apply / Does Not Apply
Description
Product Information
The Hamilton 500uL 1750 RN Gastight Syringe, made in Romania, offers precision and reliability in liquid handling. Designed for the accurate dispensing of volumes from 1µL to 500µL, this syringe features a removable needle (RN) design, offering flexibility in applications. Crafted from durable SST, borosilicate glass, and PTFE, it withstands pressures up to 700 psig and temperatures ranging from 10C to 115C. Its 22-gauge needle with a 2-inch length ensures minimal dead volume of 6.81µL. Ideal for scientific environments that require autoclaving and gas sterilization, this syringe comes in new condition, with a harmonized AS-IS warranty.
Key Features
- Precise volume dispensing from 1µL to 500µL
- Removable needle (RN) configuration
- 22-gauge needle with 2-inch length
- Materials: SST, borosilicate glass, PTFE
- Autoclavable and gas sterilizable
- Pressure tolerance up to 700 psig
- Temperature range from 10C to 115C
Specifications
- Volume: 500µL
- Syringe Type: Gastight 1700 Series
- Needle Gauge: 22
- Needle Length: 2 inches (51 mm)
- Pressure Limit: 700 psig (48.3 bar)
- Temperature Range: 10C to 115C
- Needle Inner Diameter: 0.0161 inches (0.41 mm)
- Needle Outer Diameter: 0.0283 inches (0.72 mm)
- Std Needle Dead Volume: 6.81µL
- Barrel Inner Diameter: 0.128 inches (3.26 mm)
- Barrel Outer Diameter: 0.305 inches (7.75 mm)
Weight
Imperial: 2.65 Pounds
Metric: 1.2 Kilograms
Shipping Dimensions
Imperial: 10.87 lb x 1.89 lb x 1.89 lb
Metric: 27.61 cm x 4.8 cm x 4.8 cm
Harmonized Code
9018.31.0040
Harmonized Code Details
The harmonized code 9018.31.0040 represents syringes with or without needles, under medical and surgical instruments. This code appropriately categorizes the Hamilton Gastight Syringe used in scientific and medical environments.
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