Elemental Analysis
through Hitachi Benchtop XRF Spectrometers
Energy dispersive x-ray fluorescence (ED-XRF) provides precise and efficient answers to real world analytical challenges by melding the latest technological developments with innovative engineering. Eastern Applied is pleased to provide XRF analyzers from Hitachi High-Technologies that are proven to offer the precision and efficiency required in elemental analysis. General information is offered through our website but contact our Application Specialists to discuss the analyzer option, or options, that are best fit to meet your testing goals.
ABOUT HITACHI HIGH-TECHNOLOGIES
Building on the success of Seiko XRF analyzers in elemental analysis, the line from Hitachi High-Tech offers high precision spectrometers developed for contamination analysis and focusing on hazardous substance inspection (RoHS testing, and more). Major benefits include innovative and time saving designs, with mapping functions and micro-spot capabilities that make these analyzers the premier option for testing circuit boards or components.
ABOUT HITACHI HIGH-TECHNOLOGIES
Building on the success of Seiko XRF analyzers in elemental analysis, the line from Hitachi High-Tech offers high precision spectrometers developed for contamination analysis and focusing on hazardous substance inspection (RoHS testing, and more). Major benefits include innovative and time saving designs, with mapping functions and micro-spot capabilities that make these analyzers the premier option for testing circuit boards or components.
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Learn about the new Hitachi XRF Elemental Analyzers:
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Learn More: XRF Applications Page
Just a Few Common Uses of X-Ray Fluorescence Include:
Hazardous Substance Inspection: RoHS testing from individual components to populated circuit boards with micro-spot capabilities, options include mapping functions and automatic testing functions.
Lithium Ion Battery: particle contamination analysis of fuel cells and lithium ion batteries can enhance the efficiency of failure analysis and testing
Petroleum/Petrochemical Testing: measure factors such as the concentration of elements in lubricating oil, sulfur in oils and fuels, and monitoring of recycled waste oil. Conforms to ASTM D4294, ISO20847, ISO8754, and IP336.
Wood Treatment: for both wood preservative solutions and wood for recycling. Liquids and powders can easily be analyzed for the quantification of Copper, Chrome, and other elements.
Industrial Minerals Analysis: analyze geological materials that are mined for commercial value, such as Bauxite, Limestone, Kaolin, etc
Cosmetics: insure conformance to product specification, safety, and cost-effective manufacturing.
Cement Process Control: XRF analysis can be used at many stages of the cement analysis process, from raw materials at the quarry, to intermediate products (clinker, gypsum, limestone) and the finished cement product.
Other Common Applications: paper quality control (Si in paper), academic, agriculture/food
Just a Few Common Uses of X-Ray Fluorescence Include:
Hazardous Substance Inspection: RoHS testing from individual components to populated circuit boards with micro-spot capabilities, options include mapping functions and automatic testing functions.
Lithium Ion Battery: particle contamination analysis of fuel cells and lithium ion batteries can enhance the efficiency of failure analysis and testing
Petroleum/Petrochemical Testing: measure factors such as the concentration of elements in lubricating oil, sulfur in oils and fuels, and monitoring of recycled waste oil. Conforms to ASTM D4294, ISO20847, ISO8754, and IP336.
Wood Treatment: for both wood preservative solutions and wood for recycling. Liquids and powders can easily be analyzed for the quantification of Copper, Chrome, and other elements.
Industrial Minerals Analysis: analyze geological materials that are mined for commercial value, such as Bauxite, Limestone, Kaolin, etc
Cosmetics: insure conformance to product specification, safety, and cost-effective manufacturing.
Cement Process Control: XRF analysis can be used at many stages of the cement analysis process, from raw materials at the quarry, to intermediate products (clinker, gypsum, limestone) and the finished cement product.
Other Common Applications: paper quality control (Si in paper), academic, agriculture/food