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Why X-ray Dominates Milk Powder Calcium Tests?
Calcium ranks as the primary mineral for bone mineralization, cell growth, metabolic regulation, and nutritional adequacy. Milk powders offer unique calcium profiles based on animal origin. Sheep milk powder contains the highest calcium content (1930–2100 mg/100 g), goat...Read more -
Calcium Fluoride Quantification in Toothpaste Using XRF Calcium Analyzer
Calcium fluoride promotes remineralization by forming a reservoir of fluoride ions on enamel. Upon acid challenge (pH < 5.5), it releases fluoride, driving the conversion of hydroxyapatite into fluorapatite—25% less soluble in acid than hydroxyapatite. This process in...Read more -
Portable XRF Mineral Analyzer in Rapid Grade Evaluation of Potash Deposits
On-site elemental analysis is essential for precise potash ore mining. Portable XRF analyzers deliver non-destructive, multi-elemental detection at the drill site, supporting rapid potash deposit evaluation. Immediate field results streamline ore grade control techniques...Read more -
0.4% Chloride Ruins Concrete—Is Your Steel Safe?
Chloride content in concrete directly accelerates corrosion of reinforcing steel, disrupting protective oxide layers and causing localized rust formation. Chloride concentrations exceeding 0.4% by mass of cement trigger corrosion of reinforcement, reducing structural dur...Read more -
How XRF Chlorine Analysis Works in Rapid PVC Sorting?
Why Chlorine Content Matters in PVC and Non-PVC Plastics Chlorine content is the primary identifier for polyvinyl chloride (PVC) among thermoplastics. PVC typically contains 56% chlorine by weight, which is detectable only by specialized elemental analysis techniques suc...Read more -
Why Sulfur Coal Risks SO₂ Fines & Market Losses?
Sulfur content in coal directly affects coal classification, coal trade settlement, combustion pollution assessment and commercial value. Coals with over 1% sulfur are often categorized as high sulfur, facing restricted markets and lower prices. Low sulfur coal, with les...Read more -
How to Realize Rapid Non-Destructive Detection of Non-Oriented Electrical Steel CC&R?
Non-oriented silicon steel is a ferrosilicon alloy with balanced silicon (typically 2–3.5%) and minor additions like aluminum and manganese. This steel supports isotropic magnetic properties, crucial for stators and rotors in motors, transformer cores, and superconductin...Read more -
How Portable XRF Spectrometry Improve Soil Health through Phosphorus Test
Phosphorus drives plant energy transfer (ATP synthesis), root growth, and seed maturation. Crop yields can drop by up to 50% if phosphorus is deficient, impacting food security directly. Only 10–25% of applied phosphorus fertilizer is typically taken up by crops, with th...Read more -
How Can XRF Non-Destructive Testing Realize the Precision Control of Aluminum Filler Formulations in Plastic and Rubber?
Precise elemental quantification underpins compliance with global fire safety and toxicological standards for flame retardant additives in flame retardant plastic and flame retardant rubber. Analytical results must verify the exact content of aluminum hydroxide flame ret...Read more -
How to Use XRF Analysis to Upgrade Magnesium Ore Grade?
Accurate magnesium content measurement is essential for ore beneficiation, mine exploration, and magnesite quality assessment and grading. Advanced XRF analyzers for mining industry deliver rapid, in-field elemental composition data for geological core sampling, high mag...Read more -
Why Top Glass Makers Trust XRF Analyzers?
The quantification of SiO₂, Na₂O, CaO, MgO, Al₂O₃, PbO, and K₂O is required for precise control over product properties and regulatory compliance. Lonnmeter XRF instruments deliver accurate, direct measurements of these essential components. Routine analysis detects devi...Read more -
What Makes XRF Analyzer a Must-Have for Cement Factory?
Precise control of cement composition ensures required strength, durability, and regulatory compliance. Even small deviations in elemental content—such as CaO, SiO₂, Al₂O₃, Fe₂O₃, MgO, and SO₃—directly impact mechanical performance and long-term behavior. For example, Ca...Read more
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