DURAN® GL 45 HPLC Reservoir Bottle, clear, conical base
- Manufactured from the material of choice for solvent bottles: borosilicate 3.3 glass. This material has an exceptional chemical durability offering a very low inorganic ion extractables profile, and the total absence of any organic extractables.
- The optimized conical design allows the safest and most efficient delivery of mobile phase to HPLC analyzers
- Ideal for large scale production using flow chemistry. Conical bases significantly reduce the amount of unused solution, reagents and solvents.
- Analyser compatibility GL 45 thread fits standard HPLC connection caps
- DURAN® is a borosilicate glass type 3.3 as specified by the international standard ISO 3585, and is classified as a “Type I, Class A low-expansion borosilicate glass” as defined by ASTM-E438-1992. DURAN® glass is classified by the USP / EP / JP pharmacopoeias as a “Type I neutral glass”
- Retrace Code, and certificate for manufacturing lot traceability
- The four larger sizes have a 37.6 mm ID central cavity that can accommodate a magnetic 1.25 inch (32 mm) cross stir bar for improved mixing
- Air vent hole in the skírt base when using in an ultrasonic bath for degassing
- Durable white enamel volume graduations
Products
| Catalog No | Capacity (mL) | Thread | Diameter d (mm) | Height h (mm) | Quantity | |
|---|---|---|---|---|---|---|
| 218415407 | 1000 | GL 45 | 110 | 295 | 1 | Find a distributor |
| 218416309 | 2000 | GL 45 | 145 | 309 | 1 | Find a distributor |
| 218416909 | 3500 | GL 45 | 165 | 353 | 1 | Find a distributor |
| 218417305 | 5000 | GL 45 | 190 | 395 | 1 | Find a distributor |
| 218418601 | 10000 | GL 45 | 235 | 481 | 1 | Find a distributor |
Specifications
Product specifications are found on the product detail pages. Click on the product catalog number in the table above to view the individual product specifications.
Product Overview
The DURAN® reservoir bottles have been specially designed for the storage and delivery of high-performance liquid chromatography (HPLC) mobile phases and solvents. Reservoirs have a one central cavity for the inlet filter to allow the most efficient delivery of mobile phase to HPLC analyzers. A safer and more convenient alternative to flat bottomed glass media bottles, the conical bottom reservoirs allow a greater recovery of solvent, without having to tilt the reservoir and risk a solvent spill, or introduction of air bubbles. The larger reservoirs allow longer, uninterrupted analyses. These are especially useful during a weekend or lengthy chromatographic analysis when there might be a risk of running out of solvents during unattended operation. Reservoirs are ideal for large-scale production using flow chemistry.
Products
Products
| Catalog No | Capacity (mL) | Thread | Diameter d (mm) | Height h (mm) | Quantity | |
|---|---|---|---|---|---|---|
| 218415407 | 1000 | GL 45 | 110 | 295 | 1 | Find a distributor |
| 218416309 | 2000 | GL 45 | 145 | 309 | 1 | Find a distributor |
| 218416909 | 3500 | GL 45 | 165 | 353 | 1 | Find a distributor |
| 218417305 | 5000 | GL 45 | 190 | 395 | 1 | Find a distributor |
| 218418601 | 10000 | GL 45 | 235 | 481 | 1 | Find a distributor |
Specification
Specifications
Product specifications are found on the product detail pages. Click on the product catalog number in the table above to view the individual product specifications.
Product Overview
Product Overview
The DURAN® reservoir bottles have been specially designed for the storage and delivery of high-performance liquid chromatography (HPLC) mobile phases and solvents. Reservoirs have a one central cavity for the inlet filter to allow the most efficient delivery of mobile phase to HPLC analyzers. A safer and more convenient alternative to flat bottomed glass media bottles, the conical bottom reservoirs allow a greater recovery of solvent, without having to tilt the reservoir and risk a solvent spill, or introduction of air bubbles. The larger reservoirs allow longer, uninterrupted analyses. These are especially useful during a weekend or lengthy chromatographic analysis when there might be a risk of running out of solvents during unattended operation. Reservoirs are ideal for large-scale production using flow chemistry.
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