Service
Laboratory for Mineral Processing
Welcome to our laboratory specializing in mineral processing testing and metallurgical analysis. We offer a wide range of services to assist in identifying, analyzing, and processing minerals for various industries.
Asia-Africa International is a mining and metallurgical research institute with many years of experience in the industry, committed to providing excellent laboratory services for all kinds of ores. We offer mineral analysis and testing services to support the mining and metals industries. We deliver accurate and reliable test results quickly to meet the unique needs of our customers. Our advanced equipment, experienced engineers, and technicians help our customers to optimize their mining operations better.
Mineral Identification Test
Our laboratory excels in mineral identification tests, utilizing advanced techniques and equipment. We employ a combination of physical and optical methods to determine the mineral composition of samples. Through visual inspection, microscopy, X-ray diffraction (XRD), and other cutting-edge technologies, we can identify minerals and provide detailed reports on their properties, such as crystal structure, cleavage, and color.
Metallurgical Testing Labs
At our metallurgical testing labs, we offer a range of services to optimize the extraction and processing of valuable metals. Our team of experienced metallurgists performs comprehensive tests to evaluate ore samples and develop efficient extraction techniques. We analyze ore composition, mineral association, and liberation characteristics to devise customized solutions that maximize metal recovery while minimizing costs and environmental impact.
Mohs Hardness Test
As part of our mineral processing testing, we conduct Mohs hardness tests to determine the relative hardness of minerals. This test involves scratching minerals with standardized reference materials, assigning a hardness value on the Mohs scale. The results provide valuable information for mineral classification, processing, and evaluation of abrasive properties.
Chemical Analysis of Minerals
In addition to physical and visual tests, we conduct comprehensive chemical analysis of minerals. Our state-of-the-art laboratory is equipped with advanced instruments capable of determining the elemental composition and trace impurities in mineral samples. We employ techniques such as X-ray fluorescence (XRF), inductively coupled plasma (ICP), and atomic absorption spectroscopy (AAS) to provide accurate and detailed chemical profiles of the minerals under investigation.
Below are more lab tests, service minerals, and the lab equipment we supply.
Laboratory Minerals We Serve
- Iron, Manganese
- Nickel, Bauxite
- Chrome, Copper
- Lead, Zinc, Gold
- Limestone, Quartz sand
- Copper, Lead, Zinc concentrate
- Silicon manganese alloy
- Nickel-iron alloy
- Copper matte
- Etc.,
Laboratory Equipment We Supply
- Feeding equipment
- Rock Crushers
- Screening equipment
- Flotation Machines
- Gravity separation equipment
- Grinding eqiupment
- Magnetic Separation Equipment
- Electrostatic separation equipment
- Furnaces
We are committed to delivering reliable and precise results to our clients. Our laboratory adheres to strict quality control measures, ensuring the accuracy and repeatability of our tests. Our team of experts, well-versed in mineral processing and metallurgy, deeply understands industry standards and practices. With our comprehensive testing capabilities and commitment to excellence, we strive to be a trusted partner for our client’s mineral processing and metallurgical needs.
Contact us today to learn more about our services and how we can assist you in optimizing your mineral processing operations.
Mineral Processing Laboratory Services
Testing and analysis services related to particle size reduction techniques such as crushing, grinding, and milling.
Optimize your processes for maximum efficiency and cost-effectiveness.
Utilizes differences in electrical conductivity or surface charge properties to separate minerals.
Help you evaluate the feasibility and efficiency of electrostatic separation methods.
Separate magnetic minerals from non-magnetic materials.
Optimizing magnetic separation processes for improved mineral purity.
Gravity separation techniques: dense media separation and jigging to effectively separate minerals based on their specific gravity.
Optimizing gravity concentration processes for enhanced mineral recovery.
Specialize in flotation testing, a widely used technique for separating valuable minerals from gangue materials.
Optimizing flotation parameters and selecting appropriate reagents for improved mineral recovery.
We provide comprehensive analytical and mineralogical services to identify and quantify minerals present in samples.
Our advanced techniques include X-ray photoelectron analysis, chemical analysis, etc.
Offer particle size distribution analysis using various methods such as laser diffraction, sedimentation, and microscopy.
Help to understand the behavior and processing of minerals.
Expertise extends to solid/liquid separation techniques such as filtration, sedimentation, and centrifugation.
Optimizing separation processes to achieve desired product specifications.
Optical separation testing(color sorting and optical microscopy) separates minerals based on their optical properties.
Help you in enhancing product quality and value.
We understand the importance of accurate and reliable analysis in the mining and metallurgical industries, so we focus on learning and research. With our extensive experience, advanced laboratory capabilities, and industry-leading knowledge in mineral ores and commodities, you can benefit from us if you partner with us. Do not hesitate to contact us!
FAQs
Yes, mineral lab testing is an essential component of assessing the economic viability of a mineral deposit. Through analyses like ore grade determination, mineral liberation analysis, and metallurgical testing, valuable insights can be gained regarding the potential profitability of mining operations and the appropriate mineral processing techniques.
Metal ores, non-metal ores, rare earth ores, precious metal ores, sand ores, rocks, stones, tailings, etc.
Ore minerals: Copper-lead-zinc, gold, molybdenum, tungsten, titanium, tin, antimony, bismuth, cobalt, nickel, chromium, iron, manganese, phosphate rock, fluorescein rock, bauxite, pyrite, etc.
Concentrate products: Copper concentrate, lead concentrate, zinc concentrate, gold concentrate, tin concentrate, antimony concentrate, tungsten concentrate, molybdenum concentrate, etc.
Mineral products: Concentrates (beneficial and harmful impurities), raw materials, smelting slag, etc.
Mineral lab testing involves various tests and analyses, depending on the specific requirements and objectives. Common tests include elemental analysis, chemical composition analysis, mineral identification, physical property testing (density, hardness, conductivity), mineral liberation analysis, ore grade determination, and mineral processing tests.
Mineral lab testing uses state-of-the-art equipment and standardized procedures to ensure accuracy and reliability. However, the accuracy of results may vary depending on the complexity of the analysis, sample quality, and the proficiency of the laboratory conducting the tests. Our reputable laboratory follows strict quality control measures to minimize errors and provide reliable results.
The turnaround time for test results can vary depending on the complexity of the analysis, sample size, and the laboratory’s workload. Some routine tests may provide results within a few days, while more complex analyses may take several weeks. When requesting the testing service, it is advisable to inquire about the estimated turnaround time.
We do offer rush services and charge a certain expedited fee. Because there are so many variables, exactly how fast you get the results for a rush sample will depend on the sample type, the testing required, and the lab’s capacity at the time of sample receipt.
Of course, if the customer has this requirement. Because some mineral separations have relatively high value, we send the valuable minerals back. Otherwise, we dispose of minerals in accordance with the relevant environment and regulations.
A single piece of equipment cannot fully achieve this effect, it depends on the entire beneficiation process.
Element detection is generally around 500g.
The optional test needs 30 kg – 200 kg, and it can be completed within 1-3 working days. The cost depends on the complexity of the original ore. Generally, it is between $150 and $5,000.
Depending on the nature and complexity of the mineral, it usually takes 3-12 months or longer. The cost generally starts at $45,000 and other costs will also be incurred during the test.
Our test is professional and rigorous. Generally speaking, it is a normal phenomenon that the recovery rate between the test results and the formal production is ±5%. We can do a pilotscale experiment, the capacity is 3-5T/D raw ore, which is the closest to and represents the actual production effect.