Consumables &
Accessories
Laboratory consumables and analytical accessories for GC, LC/HPLC, ICP/ICP-MS, AA and XRF workflows — selected around the actual instrument model, analytical method, sample matrix and routine QA/QC requirement.
Start with the instrument
you actually use.
Select consumables and accessories by analytical technique. For final matching, provide the instrument brand, model, method and application so compatibility can be checked before quotation.
GC Consumables
Consumables for Gas Chromatography and GC-MS workflows, routine maintenance and sample-analysis operation.
- GC Columns
- Inlet Supplies
- Detector Supplies
- Gas Purification & Generators
- Ferrules, Fittings & Connectors
LC / HPLC Consumables
Consumables for Liquid Chromatography, HPLC, UHPLC and LC-MS laboratory workflows.
- LC Columns
- Autosampler Supplies
- Detector & Pump Supplies
- LC-MS Supplies
- Mobile Phase Management
ICP / ICP-MS Supplies
Supplies for elemental analysis, calibration, verification and sample-introduction systems.
- Peristaltic Pump Tubing
- Calibration & Verification Standards
- Custom Standards
- ICP Sample Introduction
- Sampler & Skimmer Cones
AA Supplies
Supplies for Atomic Absorption workflows, elemental calibration and routine laboratory analysis.
- Single Element Standards
- Graphite Furnace Tubes
- High Purity Acids & Reagents
- Hollow Cathode Lamps
- Quartz Cells
XRF Consumables
Consumables for XRF analysis, sample containment, thin-film windows, calibration and fusion workflows.
- Sample Cells
- Thin Film Window Materials
- Sulfur in Crude Oil Standards
- Fusion Fluxes
- Pellet Reinforcing Cups
XRF Cups & Films
Sample cups, thin-film support windows and accessories for XRF sample preparation and routine analysis.
- XRF Sample Cups
- Thin-Film Sample Support Windows
- Preassembled Sample Cups
- Transfer Pipettes
- Sample Prep Aids
A consumable can look similar and still be technically wrong for the instrument.
Dimensions, materials, pressure, temperature, chemistry, flow path, detector configuration and model-specific design can all affect compatibility and analytical performance.
Brand and model come first.
Consumables should be matched to the actual instrument platform, configuration and connection standard.
The analytical method changes the requirement.
Column chemistry, sample introduction, temperature, flow and preparation route can affect the correct consumable selection.
Sample matrix affects material compatibility.
Acids, solvents, oils, powders and other matrices can require different materials and contamination-control strategies.
Routine use and maintenance matter.
Replacement frequency, durability, availability and practical lead time influence long-term laboratory operation.
Match the consumable to the instrument before comparing brands.
The fastest way to identify a suitable item is to start with the instrument and workflow details, then narrow the options by specification, chemistry, compatibility and purchasing requirement.
Manufacturer, model, configuration, serial generation or part-reference information where available.
GC, LC/HPLC, ICP, ICP-MS, AA, XRF or the relevant analytical platform.
Method conditions, sample matrix, solvent, acid, gas, temperature, pressure or preparation route.
Dimensions, material, chemistry, capacity, connection type, purity or other compatibility requirements.
Compare OEM, compatible and specialized-manufacturer options where technically appropriate.
Pack size, required quantity, stock availability and practical delivery requirement.
Specialized manufacturers for
different analytical workflows.
Selected brands support chromatography, elemental analysis, XRF sample preparation and routine laboratory operation.
Frequently asked questions about
laboratory consumables.
Providing the instrument model and application usually makes consumable matching faster and more reliable.
What information should I provide when asking for a consumable?
Provide the instrument brand and model, technique, method, sample matrix, existing part number if available, required quantity and any critical dimensional or material specifications.
Can Alpha Prime Lab help identify an alternative to an OEM consumable?
Where technically appropriate, compatible or specialized-manufacturer alternatives can be reviewed against the instrument, specification and analytical requirement.
Why is instrument model information important?
Consumables can differ by generation, configuration, connection type, dimensions and materials even within the same analytical technique.
Can consumables be selected together with standards or sample-preparation products?
Yes. Where relevant, consumables can be coordinated with calibration standards, reference materials and sample-preparation requirements as part of the complete workflow.
Send us the instrument model and what you need to replace.
Provide the instrument brand, model, technique, method, sample matrix, existing part number and required quantity. Alpha Prime Lab can help identify suitable consumables and accessories for your workflow.