Platinum Blue Testing, a subsidiary of Platinum Yue Instrument, can now undertake various testing services, including elemental testingComposition analysis, qualitative and quantitative analysis, large-area element analysis imaging, material surface morphology analysis, etc. Click on the image below to access the official website of Bolan Testing and learn more about our services.

Introduction to Platinum Blue Testing Services

01Quick Material Composition Analysis
Rapid Material Composition Analysis

1. Brand analysis, brand identification, and alloy chemical composition analysis.

2. Precious metal analysis, can analyze the content of coins, jewelry, and other precious metals in just a few seconds, and quickly analyze various precious metals such as Au, Ag, Pt, Rh, Pd, etc.

3. Soil heavy metal analysis. Rapid determination of heavy metals such as As, Cd, Cr, Cu, Pb, Hg, Ni, Zn, etc.

4. Ore analysis, rapid analysis of ore grade, ore evaluation, grade control, core detection, vein analysis, and drawing of ore analysis maps. Suitable for geological exploration, mining, mineral trade, environmental monitoring, including Geo Exploration and Geo Mining.

5. Cosmetics analysis can analyze heavy metals (Hg, Pb, As, etc.) in cosmetics.

6. Art archaeological analysis, focusing on the content analysis of components such as ceramics, jade artifacts, gold and silverware, bronze artifacts, murals, calligraphy and painting.

02Field analysis and testing
Field analysis and testing

1. Brand analysis, brand identification, and alloy chemical composition analysis.

2. Precious metal analysis, can analyze the content of coins, jewelry, and other precious metals in just a few seconds, and quickly analyze various precious metals such as Au, Ag, Pt, Rh, Pd, etc.

3. Soil heavy metal analysis. Rapid determination of heavy metals such as As, Cd, Cr, Cu, Pb, Hg, Ni, Zn, etc.

4. Ore analysis, rapid analysis of ore grade, ore evaluation, grade control, core detection, vein analysis, and drawing of ore analysis maps. Suitable for geological exploration, mining, mineral trade, environmental monitoring, including Geo Exploration and Geo Mining.

5. Cosmetics analysis can analyze heavy metals (Hg, Pb, As, etc.) in cosmetics.

6. Art archaeological analysis, historical heritage protection and other industries, including ceramic, jade, gold and silver ware, bronze ware, architecture, furniture, decoration, sculpture, calligraphy and painting, oil painting, mural and other component content analysis.

03| Material composition analysis (qualitative/quantitative)
Material composition analysis (qualitative/quantitative)

1. Analysis of non-ferrous metal composition.

2. Analysis of black metal composition.

3. Traceability of metal impurities: The direct reading spectrometer can analyze about 70 elements (metal elements and non-metallic elements such as phosphorus, silicon, arsenic, carbon, boron, nitrogen, oxygen, etc.). In general, for the determination of components with a content of less than 1%, the detection limit can reach ppm. Widely used in casting, steel, metal recycling and smelting, as well as military, aerospace, power, chemical, higher education institutions, and inspection and quality control units, it can analyze materials such as Fe, Al, Cu, Ni, Co, Ti, Zn, Mg, Pb, Sn and other substrates. The handheld spectrometer can detect dry food and analyze food raw materials, and is also suitable for metal traceability analysis in the food processing industry.

04Trace element analysis (composition/distribution)
Trace element analysis (composition/distribution)

1. Environmental detection: Total reflection XRF can be used for the analysis of heavy metal pollutants in soil and sewage, with simple sample preparation, no need for digestion, and a detection limit as low as ppb level.

2. Fluid analysis: TXRF can be used for the analysis of trace elements in body fluids such as blood, serum, and urine, requiring only a small amount of sample for accurate quantitative analysis.

3. Food and Beverage: TXRF can be used for quantitative analysis of trace nutrients in food and beverages. Liquid samples can be directly analyzed, while solid samples only require simple grinding.

4. Environmental protection: soil, sludge; Drinking water, salt lake water, sewage, and atmospheric dust.

5. Geology and minerals: ores, fluorite, feldspar, zinc oxide, etc.

6. Metallurgy: Impurities in pure gold in magnesium electrolyte.

7. Biomedical: Trace elements in traditional Chinese medicine, human tissues, body fluids, hair, and nails.

8. Legal inspection: Sample identification at the collision scene, determination of shooting distance, etc.

9. Materials: Glass, high-purity quartz with impurity content, contamination of crystal cells, etc.

05Large area elemental analysis imaging
Large area elemental analysis imaging

1. Art Archaeology:

Ancient ceramics, bronze, jewelry and jade, foreign coins, ancient coins, ancient metal knives, ancient paintings, etc.

2. Geological ores:

Rock thin section detection, identification of rock and ore structure, fossils, drilling core detection, quantitative analysis of rock samples, etc.

3. Materials Science:

Analysis of foreign objects in lithium batteries, solar cells, energy batteries, material genetics, tire technology research, concrete corrosion research, migration of CI ions in concrete, 3D printing materials, etc.

4. Biopharmaceuticals:

Prosthetics, artificial ligaments, heterotopic ossification of soft tissues, detection of malignant tumor cells, toxicology (nano), quality inspection of hydrogels, research and development of new drugs, etc.

5. Environmental plants:

Qualitative detection of plant leaf elements, research on plant nutrition, distribution of trace elements in rice nodes, distribution of elements in wheat grains, absorption of phosphorus by plants, plant soil remediation, etc.

6. Criminal investigation:

Residue detection, soil source analysis, ink analysis, trademark identification, glass fragment analysis, fingerprint analysis, counterfeit currency recognition, detection of hair samples, etc.

06| Material surface/morphology analysis
Material surface/Morphology analysis

1. Chip application:

   -Step height of deposited thin films (metal, organic)

   -Step height of resist (soft film material)

   -Etching rate measurement

   -Chemical mechanical polishing (corrosion, indentation, bending)

2. Large scale substrate applications:

   -Printed circuit board (protrusion, step height)

   - Window coating

   - Chip mask

   - Chip chuck coating

   - Polishing board

3. Glass substrate and display applications:

   – AMOLED

   Step height measurement for LCD screen development

   - Thickness measurement of touch panel film

   - Measurement of solar coating thin films

4. Flexible electronic device thin film:

   Organic photodetector

   Organic films printed on thin films and glass

   - Touch screen copper traces

07Free radical detection
Free radical detection

1. Nitrogen oxide monitoring, reactive oxygen species, oxidative stress, and photodynamic therapy.

2. Free radicals in pollutants.

3. Blood oxygen measurement, membrane fluidity, pH value in the microenvironment, viscosity, and freshness of phase separation.

4. Antioxidant properties of food, radiation-induced free radicals, long-term stability of products, and impurity analysis.

5. Alanine dose determination (tablets and films).

6. The effects of bioinorganic transition metal compounds, Fenton reaction, and heavy metal ions on tissues.

7. Active polymers, UV radiation stability, temperature stability.

8. Anti free radical effect, ultraviolet protection quality of cream and shampoo, etc.