7879-10-039.5-065-PE-REI: Perl'X Specific: Platinum and Gold (5%) Mold, 39.5/65mm, Reinforced
Chemplex® platinum ware consists of one or more highly refined precious metals which makes them a perfect fit for XRF, ICP and AA analysis. This platinum ware is precision manufactured to exact dimensions and weights followed by dynamic polishing stages to ensure the highest degree of quality. Each individual component is engraved with a serial number to aid in asset tracking.
• Specific for Perl'X Fusion machines
• Precision Made
• Variety of Mold sizes
• Various Alloys (most common)
• Platinum 100%
• Platinum 95%, Gold 5%
• Serialized for asset tracking
• Platinum Replacement Exchange Program (PREP)
Chemplex® platinum ware consists of highly refined precious metals: 100% platinum or 95% platinum and 5% gold. with others are available upon request. The combination of platinum and gold imparts a negative coefficient of adhesion characteristic commonly referred to as “non-wetting. This important feature enables complete pours of solubilized samples for ICP, AA and XRF analysis with avoidance of potential elusive droplets adhering to the platinum ware. For ICP and AA analysis, the molten pour is transferred to a beaker for further processing. With XRF analysis, the molten sample is poured into a mold and allowed to cool creating what is referred to a bead. Upon cooling to solidification, the sample disc is easily removed for direct XRF analysis without further preparation.
In the manufacturing of Chemplex® platinum crucibles and molds extra precautionary care is taken to avoid introducing undesirable surface markings. Even the smallest imperfection may potentially influence the performance of the crucible, the mold and quality of the sample disc surface. All Chemplex® platinum ware is highly polished to mirror quality reflection, thoroughly cleaned and inspected prior to packaging and delivery.
Platinum Replacement Exchange Program (PREP)
Perl'X Specific Molds
The following table lists some critical dimensions for the Perl'X Specific Molds.
Please refer to the dimensional image for the Perl'X Molds.