7 Results for: "VARLP041420VWRMERC00034"
di-Lithium tetraborate for analysis, Supelco®
Supplier: Merck
di-Lithium tetraborate for analysis, Supelco®
Expand 3 Items
Lithium metaborate, Spectromelt® A20 for XRF (X-ray fluorescence), fused, Supelco®
Supplier: Merck
Lithium metaborate, Spectromelt® A20 for XRF (X-ray fluorescence), fused, Supelco®
Expand 1 Items
Spectromelt® B 10 (di-Sodium tetraborate), Supelco®
Supplier: Merck
Spectromelt® B 10 (di-Sodium tetraborate), Supelco®
Expand 2 Items
di-Lithium tetraborate, Spectromelt® A 100 for XRF (X-ray fluorescence), Supelco®
Supplier: Merck
Spectromelt is based on lithium borates for fluxing digestion as granulate or as fused material used for X-ray fluorescence analysis (XRF).
The fused particles are spherical, have a small particle size distribution and a higher bulk density.
The material is easy to handle and has a low loss on ignition.
Expand 1 Items
Spectromelt® A 14 51% di-lithium tetraborate/ 27% lanthane(III) oxide/ 12% lithium metaborate/ 10% lithium fluoride for XRF (X-ray fluorescence), Supelco®
Supplier: Merck
Spectromelt is based on lithium borates for fluxing digestion as granulate or as fused material used for X-ray fluorescence analysis (XRF).
The fused particles are spherical, have a small particle size distribution and a higher bulk density.
The material is easy to handle and has a low loss on ignition.
Expand 1 Items
Spectromelt® A 12 66% di-lithium tetraborate/34% lithium metaborate for XRF (X-ray fluorescence), Supelco®
Supplier: Merck
Spectromelt is based on lithium borates for fluxing digestion as granulate or as fused material used for X-ray fluorescence analysis (XRF).
The fused particles are spherical, have a small particle size distribution and a higher bulk density.
The material is easy to handle and has a low loss on ignition.
Expand 2 Items
Spectromelt® A 1000 Li₂B₄O₇ + 0.07% LiBr for XRF (X-ray fluorescence), Supelco®
Supplier: Merck
Spectromelt is based on lithium borates for fluxing digestion as granulate or as fused material used for X-ray fluorescence analysis (XRF).
The fused particles are spherical, have a small particle size distribution and a higher bulk density.
The material is easy to handle and has a low loss on ignition.
Expand 2 Items
Supplier: EPPENDORF
Supplier: Integra
Supplier: OZ BIOSCIENCES
Supplier: VWR Collection
Supplier: Corning
Supplier: SenseAnywhere
Supplier: Integra
Supplier: NANOENTEK
Supplier: VWR Collection
Supplier: Integra
Supplier: Testo
Supplier: Sartorius
Supplier: SenseAnywhere
Supplier: Quantabio