Recent advances in the acreage of X-ray diffraction (XRD) now accomplish it accessible to calmly accomplish quantitative appraisal of the accepted minerals associated with limestone, area ahead X-ray diffraction has been advised too circuitous and cher for use by a lot of limestone assembly facilities.
Leading this change is inXitu’s addition of the BTX benchtop XRD analyzer enabling true, quantitative mineral assurance in a cost-effective, easy-to-use instrument, with the adequacy to appraisal alpha-quartz and asbestos minerals as able-bodied as accepted minerals such as, calcite and dolomite.
Regulation of apparent silica - anatomic acknowledgment to respirable silica - charcoal a top antecedence on the agendas of all-around bloom and assurance administrations in their drive to absolute the disabling, dust-related lung disease, silicosis.
Limestone production, articular by regulators as an activity at animated accident of acknowledgment to silica inhalation, can at endure move advanced with inXitu’s BTX X-ray diffraction apparatus as the called adjustment of appraisal for absolute quantitative assurance of apparent phases in respirable dust. An appliance abstraction is accessible on request.
About inXitu, Inc.
inXitu is a abreast captivated aggregation and a baton in carriageable XRD/XRF based instrumentation.
They specialize in developing the technologies appropriate to accredit the next bearing of accurate instruments acclimated for abstracts analysis. The technology acclimated in their carriageable bedrock and mineral analyzer has accustomed the celebrated R&D 100 accolade and has been called to fly on the Mars Science Laboratory, Rover, appointed for barrage in 2009.
inXitu's crumb administration methods can badly advance the above of your XRD abstracts while abbreviation the requirements for sample preparation. Their patented address makes accessible above XRD abstracts to be calm behindhand of the atom admeasurement of the sample. Grain sizes up to 400 um accept been activated bearing abstracts commonly acquired with micron admeasurement particles.
Incorporating key technologies from their carriageable XRF apparatus and beat sample administration techniques, they are currently developing solutions targeted for identification and appraisal in the areas of explosives, pharmaceuticals, forensics, art and archaeological materials. This new band of instruments will action achievement commensurable to class XRD systems with the account of portability, decidedly bargain sample alertness and bargain cost.
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