Whether it's ensuring the manufacturing of environmentally-friendly products, performing elemental analysis, or accurately measuring your plating thickness -- SIINT USA's precision X-ray detection and XRF equipment is becoming increasingly essential for the profitability of production and process companies globally.
SII NanoTechnology USA's X-ray, Analysis and Thickness Measurement equipment analyzes all kinds of materials, including but not limited to: minerals, semiconductors, pharmaceuticals, oils, polymers, and metals. SIINT X-ray and XRF equipment are optimally used for the following applications:- Coating thickness testing
- Elemental analysis
- Chrome plating analysis
- RoHS/WEEE/ELV testing
- Lead-free testing
- Halogen analysis
- Contaminant analysis
- Reverse RoHS
- Non-destructive precious metal testing
- And more!
Contaminant Analysis RoHS Testing and Compliance Halogen Analysis Solar Panel and Fuel Cell Testing Hi-Rel Electronics Analysis General Coating Thickness Testing General Elemental Analysis X-Ray Detection, Analysis and Thickness Testing ApplicationsContaminant Analysis
Contaminant Analysis is process of detecting and calculating the hazardous substance levels in a sample. Monitoring the levels of regulated substances is necessary due to state and federal legislation, such as RoHS (Restriction of Hazardous Substances), California's Proposition-65, and CPSIA (Consumer Product Safety Improvement Act).
SIINT USA offers X-ray and XRF equipment for companies that need to screen for hazardous substances such as lead, mercury and cadmium. SII NanoTechnology USA's contaminant analysis solutions detect toxic metals that can be found in common products like pharmaceuticals, toys, cosmetics and electronic and/or electrical equipment.
RoHS Testing and Compliance
Halogen Analysis
Solar Panel and Fuel Cell Testing
Hi-Rel Electronics Analysis
General Coating Thickness Testing
General Elemental Analysis
X-Ray Detection, Analysis and Thickness Testing Applications Contaminant AnalysisRoHS Testing and Compliance
RoHS, or Restriction of Hazardous Substances, is a legal directive that requires the removal of lead (Pb), cadmium (Cd), mercury (Hg), hexavalent chromium (CrVi), polybrominated biphenyl (PBB) and polybrominated diphenyl ether (PBDE) compounds from electrical and electronic equipment . From production and manufacturing to delivery, companies must ensure that their products (and components of their products) comply with the RoHS Directive.
Keep your company on the right side of compliance and ensure the production of environmentally-friendly products by using SIINT USA X-ray and XRF technology. Save time and money by performing RoHS testing in-house rather sending out samples to outside labs. SII NanoTechnology USA XRF analyzers are non-destructive and supply accurate results instantaneously.
Halogen Analysis
Solar Panel and Fuel Cell Testing
Hi-Rel Electronics Analysis
General Coating Thickness Testing
General Elemental Analysis
X-Ray Detection, Analysis and Thickness Testing Applications Contaminant Analysis RoHS Testing and ComplianceHalogen Analysis
Halogen Analysis is becoming more and more popular as companies promote their "green" manufacturing processes. Because the disposal and incineration of halogens has a negative impact on the environment (dioxin and other organic halogen gases are released), companies must do their part to measure halogens in their products.
It has become industry standard for companies to screening and reducing the halogen content of fire retardants and substances on printed circuit boards (PCB). SIINT USA provides companies with solid X-ray and XRF solutions for measuring controlled substances in halogen.
Solar Panel and Fuel Cell Testing
Hi-Rel Electronics Analysis
General Coating Thickness Testing
General Elemental Analysis
X-Ray Detection, Analysis and Thickness Testing Applications Contaminant Analysis RoHS Testing and Compliance Halogen AnalysisSolar Panel and Fuel Cell Testing
Solar panels and fuel cell technology have been getting more attention due to the high demand for clean energy sources and shortage of conventional petrochemical sources, and there has been a significant amount of R & D activities to improve the next generation technologies.
Solar panels, which are known as Photovoltaic devices, transfer energy from the sun to user-friendly electricity, and have little impact on our environment. Photovoltaic is used in a wide range of products, from small consumer products to large commercial solar power generating systems. A fuel cell is an electro-chemical device that converts the chemicals, hydrogen and oxygen, into water, and in the process it produces electricity. With a fuel cell, chemicals constantly flow into the cell unlike battery so it never goes dead as long as there is a flow of chemicals, hydrogen and oxygen into the cell, the electricity flows out of the cell.
Controlling the quality of the deposition layers in the solar panel is critical to achieve the desired efficiency of solar panels. As well as he efficiency and reliability of fuel cell highly depend upon the quality of electrolyte and anode. The thickness of the deposited photovoltaic layer and electrolyte/anode is one important manufacturing specification to ensure the quality. The X-ray Fluorescence (XRF) technique can provide reliable and fast analysis to ensure the quality of the deposition process.
Hi-Rel Electronics Analysis
General Coating Thickness Testing
General Elemental Analysis
X-Ray Detection, Analysis and Thickness Testing Applications Contaminant Analysis RoHS Testing and Compliance Halogen Analysis Solar Panel and Fuel Cell TestingHi-Rel Electronics Analysis
Certain Hi-Rel, or high-reliability, products can receive exemptions from the RoHS (Restriction of Hazardous Substances) Directive. Components found in equipment for industries - including military and medical - may still require the use of lead, mercury and other banned substances. X-ray and XRF testing are equally necessary in these industries to ensure the inclusion of essential elements in the product makeup.
SII NanoTechnology USA XRF analyzers and precision X-ray equipment help companies verify if their electronic and electric products are exempt from the RoHS Directive. SIINT USA's XRF and X-ray products are cutting-edge, non-destructive, quick and accurate.
General Coating Thickness Testing
General Elemental Analysis
X-Ray Detection, Analysis and Thickness Testing Applications Contaminant Analysis RoHS Testing and Compliance Halogen Analysis Solar Panel and Fuel Cell Testing Hi-Rel Electronics AnalysisGeneral Coating Thickness Testing
General Coating Thickness testing is used to analyze process control and product quality. Monitoring coating thickness is vital to coating, plating and finisher companies as well as the businesses that use coated materials in their products and goods. Conforming to industry standards for coating thickness allow companies to work more efficiently and cost-effectively by avoiding production problems and product recalls.
SII NanoTechnology USA provides quality equipment that accurately measures coating thickness. SIINT USA's gauges accurately calculate coating thickness -- regardless of the type of coating and the shape, size and type of substrate material used. Testing can measure the thickness of dry film on wood, powder coating on steel or aluminum, paint on automobiles or drywall, and other coatings on surfaces such as printed circuit boards (PCB).
X-Ray Detection, Analysis and Thickness Testing Applications Contaminant Analysis RoHS Testing and Compliance Halogen Analysis Solar Panel and Fuel Cell Testing Hi-Rel Electronics Analysis General Coating Thickness TestingGeneral Elemental Analysis
Elemental Analysis is the process of examining the elemental composition of solid, liquid, or powdered materials. To analyze the concentration of samples such as soil, drinking water, minerals, or chemical compounds, X-ray fluorescence spectrometry (XRF) is used to obtain quick and accurate results. XRF is an analytical technique that is non-destructive, requires little to no sample preparation, and is used in a variety of industries for observation, quality control and assurance, compliance, and research.
Ensure product quality or comply with constantly evolving regulatory requirements with SII NanoTechnology USA's premier elemental analysis equipment. SIINT's portable and bench top XRF equipment is used in markets such as building and construction, environmental, metals, food and cosmetics, forensics, pharmaceuticals and more.
