| Specification | Details |
|---|---|
| Product Name | SGE & Hamilton Syringes (GC HPLC) |
| Category | HPLC-34 |
| Product Type | Precision Laboratory Syringes |
| Material | Borosilicate Glass Barrel with Stainless Steel Needle and Chemically Resistant Components |
| Construction | Precision-engineered syringe with leak-resistant plunger assembly |
| Application | Sample injection, calibration, liquid dispensing, and chromatographic analysis for GC and HPLC |
All, HPLC Columns & Accessories
SGE & Hamilton Syringes (GC/HPLC)
The SGE & Hamilton Syringes (GC HPLC) are precision laboratory syringes designed for accurate sample injection and liquid handling in Gas Chromatography (GC) and High-Performance Liquid Chromatography (HPLC) applications. Engineered for exceptional volumetric accuracy and repeatability, these syringes ensure consistent sample delivery while minimizing carryover and contamination.
- Designed for highly accurate and repeatable sample injection.
- Suitable for both GC and HPLC analytical applications.
- Precision stainless steel needle provides reliable sample transfer.
- Smooth plunger operation ensures consistent dispensing performance.
- Chemically resistant construction supports a wide range of laboratory solvents.
- Minimizes sample carryover and improves analytical reproducibility.
- Durable design offers long operational life under routine laboratory use.
- Compatible with standard GC and HPLC injection systems.
- Ideal for pharmaceutical, biotechnology, chemical, food, environmental, and forensic laboratories.
- Commonly used for sample preparation, calibration, and analytical method development.
- Clean thoroughly with compatible solvents after each use to maintain accuracy.
- Store with needle protection in a clean, dry laboratory environment.
- Handle carefully to preserve needle integrity and injection precision.
- Compatible with a wide range of chromatographic instruments and laboratory equipment.
- Routine inspection and maintenance help maximize performance and extend service life.
