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As an independent testing lab specialized in testing various materials, T,C&A Lab recently unveiled its electronic materials testing capability, providing analytical services for clients worldwide to efficiently identify products’ durability, safety, and qualification.
“Having tested thousands of items each year for multiple industries, we have accumulated abundant resources, both in terms of expertise and experience, which enables us to help design, formulate, and implement the most appropriate testing methods for nearly any electronic product,” said a senior scientist from T,C&A Lab.
The primary purpose of electronic material testing is to navigate possible hindrances that may exist and help eradicate and solve them. The most commonly detected problems for electronic components include failures, defectiveness, contaminations, delaminations, and faults.
The testing range covers new energy battery electronic chemicals, electronic chemicals for the flat panel display industry, inorganic electronic chemicals for semiconductors, chemicals for hybrid circuits, thinning and electrical coatings, conductive polymers, optical functional materials, laser materials, silicon wafers, packaging glass, electronic grade phosphoric acid, fluorine-containing compounds, rare earth materials, nanomaterials, photocatalyst electronic ceramic materials, smart materials, recording media materials, precious metal chemicals, electromagnetic functional polymer materials, integrated circuit electronic chemicals, printed circuit board electronic chemicals, and many more.
Electronic material testing should be implemented throughout the process, from production to circulation and use. In most cases, a complete electronic material testing project should deliver all of the following testing Failure analysis attempts:
- Chemical performance test
- Metal element
- Particle size distribution
- Number of particles
- Anion test
- Organics analysis
- Inorganic analysis
- Environmental reliability test
- Aging performance test
- Component analysis
With advanced facilities and state-of-the-art lab equipment, T,C&A Lab is the second-to-none partner for clients when conducting electronic chemical material shipment inspection, regular material quality control, or production line abnormal inspection. Please visit https://tcalab.alfa-chemistry.com/industries/electronic-materials-testing.html to learn more.
About T,C&A Lab
Founded a few years ago, T,C&A Lab has been focused on the testing, characterization, analysis, and data interpretation of various materials. Testing reports issued by T,C&A lab provide accurate and detailed supplementing evidence for product design and future development. Ever since its establishment, T,C&A Lab has successfully handled many material testing projects. With strong expertise, T,C&A lab is now well-prepared to help its customers solve the most demanding and complicated technical issues.
Solid and reliable packing is an integral part of product supply. Very recently Alfa Chemistry’s testing branch - T,C&A Lab announces to offer a variety of effective analytical testing services for packaging materials made from paper, metal, wood, glass, ceramic, plastic and many other sources.
Since its establishment, T,C&A Lab has been focused on helping a diverse base of customers solve their varied testing needs. With advanced facilities and testing expertise, the packaging experts at T,C&A Lab can handle not only simple material assessment, but also the most demanding and complicated technical issues.
The biggest benefit of packaging materials is to protect products from damage or degradation during transportation and distribution. Different packaging materials are suitable for different products. “For manufacturers, our specialized testing report can help them better demonstrate the quality, suitability and compliance of their packaging materials to regulatory standards,” says a senior scientist from T,C&A Lab.
The packaging materials testing range of T,C&A Lab covers:
- Paper packaging materials
- Plastic packaging materials
- Composite flexible packaging materials
- Metal materials
- Ceramic materials
- Glass materials
- Wood materials
- Stamping materials
- Hot stamping material
- Adhesives, coatings
- Packaging auxiliary materials
To test the mechanical properties of packaging materials, compression test, tensile test, vibration test, drop test and heat seal integrity need to be conducted. Similarly, to get a clear picture of the physical properties of packaging materials, tests like thickness measurement, gloss detection, leak testing, water vapor transmission rate, gas permeability testing are carried out. Soil burial method, microbiological degradation test, and enzymatic degradation test are used for biodegradability testing, while differential scanning calorimetry, thermogravimetric analysis, and thermomechanical analysis all belong to the category of thermal analysis. Besides, chemical ingredient testing mainly focuses on the testing of any possible chemical migration from packaging materials to products, which is particularly important for food packaging.
The whole testing process is conducted under the guidance of various regulations, such as ASTM D695-15, ASTM D3410/D3410M-16, ASTM D6641/D6641M-16e1, ISO 604:20, ASTM D3580 – 95(2015), ASTM D999 – 08(2015), ISO 8318:2000, ISO 2247:2000, ASTM D880, ASTM D4003, ASTM D5277, ISO 2244:2000, ISO 2248:1985, ISO 13355:2016.
Please visit https://tcalab.alfa-chemistry.com/industries/packaging-materials-testing.html to learn more about T,C&A Lab’s packaging material testing capabilities.
About T,C&A Lab
The testing, characterization, analysis and interpretation of materials can give supporting evidence for product developers or consumers. T,C&A Lab is uniquely positioned to give insightful suggestions on various material testing projects and also helps to materialize these testing assumptions. Currently, the lab is centered on the analytical testing of materials like rubber, plastic, textile, metal, ceramic, glass, coating, wood, building material, automotive component, electronic, paper and cardboard, cosmetic, packaging, medical device, pharmaceutical, nanomaterial, nonwoven material, resin, leather, ink, adhesives and surfactant.
Since the last few decades, biomedical materials have been extensively used in a lot of medical applications, such as tissue scaffolds, wound care, regenerative dentistry, bone graft, implantable devices and cosmetic surgery. Earlier this month, T,C&A Lab, a branch of Alfa Chemistry, announces to provide biomedical material testing service for customers worldwide who would like to ensure safety and efficacy of their biomaterial products.
From a different perspective, laboratory testing is also a must-do step to prove if biomedical materials can meet the regulatory requirements. Only those safe, high-quality biomedical materials can better help advance research in tissue engineering, bone repair, joint studies, medical devices, 3D printed biomaterials, cellular regeneration and more.
“After tireless efforts are being made, our lab is now famed as a reliable and trust-worthy partner in the analytical testing field,” says the Marketing Chief of T,C&A Lab. “At present, we can test biomedical metal materials, biomedical inorganic non-metal materials, biomedical polymer materials, biomedical composite materials, biomedical derived materials and more.”
More specifically, the testing range of T,C&A Lab encompasses the following:
- Repair materials for the skeletal-muscle system such as bones, teeth, joints, and tendons
- Soft tissue materials such as skin, esophagus, respiratory tract, bladder and other
- Cardiovascular system materials such as artificial heart valves, blood vessels, and cardiovascular catheters
- Medical membrane materials such as blood purification membranes and separation membranes, gas selective permeation membranes, contact lenses, etc.
- Tissue adhesive and suture materials
- Drug release carrier materials
- Clinical diagnosis and biosensor materials
- Dental materials
In general, a biomedical material testing project or task would cover aspects like chemical structure, physical and mechanical properties, and their biocompatibility and safety when in contact with the human body.
Please visit https://tcalab.alfa-chemistry.com/industries/biomedical-materials-testing.html to learn more about T,C&A Lab’s biomedical material testing services.
About T,C&A Lab
T,C&A Lab is uniquely positioned to give invaluable insights on various material testing projects. The testing, characterization, analysis and interpretation for materials can give supporting evidence for product developers or consumers. At present, the most popular testing items include: rubber, plastic, textile, metal, ceramic, glass, coating, wood, building material, automotive component, electronic, paper and cardboard, cosmetic, packaging, medical device, pharmaceutical, nanomaterial, nonwoven material, resin, leather, ink, adhesives and surfactant.
Graphene has exciting potentials to revolutionize fields of electricity, conductivity, energy generation, batteries, sensors and more. As a branch of Alfa Chemistry, T,C&A Lab has been recognized as a reliable provider of graphene analytical testing. Since the service was launched, many graphene manufacturers have contacted T,C&A Lab to optimize the materials they produce, and customers also ask for help to verify the quality of the graphene they plan to buy.
Viewed as the world's thinnest, strongest and most conductive material, graphene behaves well in a lot of scenarios and is now extensively applied in material science, micro-nano processing, energy, biomedicine, drug delivery and many other fields.
“A fast and reliable feedback on graphene structure and quality will help manufacturers adjust and optimize their production processes, and ultimately contributing to greater success of the whole manufacturing project. Likewise, manufacturers of graphene-based projects also need to assess the quality of the graphene that they are incorporating into their products. Therefore, the demand for graphene testing has been increasing,” says the Marketing Chief of T,C&A Lab. “Our graphene testing is affordable and highly efficient. Meanwhile, we also offer an analysis report, which is of highest level of accuracy, for client’s reference.”
The graphene products that can be tested at T,C&A Lab include but are not limited to: single-layer graphene, bilayer or double-layer graphene, few-layer and multi-layer graphene.
To characterize the structure or assess the quality of graphene and graphene-based products, a wide variety of equipment, techniques and methods are used. Each serves for different analytical purpose. For example, scanning electron microscope (SEM), scanning tunneling microscope (STM) and transmission electron microscope (TEM) are used to characterize the growth domain and surface morphology. Raman spectroscopy is used to identify graphene sheets and obtain layer number information, while infrared spectrum is employed to evaluate the existence of functional groups.
The testing standards include but are not limited to: ASTM E3220, ISO/TS 21356, ISO/TS 80004, IEC/CD 62565-3-1, ISO/TR 19733, IEC/WD 62607, etc.
Please visit https://tcalab.alfa-chemistry.com/industries/graphene-testing.html to learn more about T,C&A Lab’s graphene testing service.
About T,C&A Lab
With accumulated experience on material testing, T,C&A Lab is an independent lab that provides quality and custom testing, characterization and analysis for a variety of materials, including but are not limited to rubber, plastic, textile, metal, ceramic, glass, coating, wood, building material, automotive component, electronic, paper and cardboard, cosmetic, packaging, medical device, pharmaceutical, nanomaterial, nonwoven material, resin, leather, ink, adhesives and surfactant. The lab serves many industries. It is skillful in not only analytical testing services, but also in testing data interpretation and simulation with the use of advanced data analysis techniques.
Glass has become an important material in building construction owing to their versatile properties such as transparency, sun protection and thermal insulation. T,C&A Lab, a branch of Alfa Chemistry and worldwide recognized as a reliable choice for analytical testing, recently announces to be capable of providing glass testing service according to ISO, ASTM standards or industry requirements.
It is of vital importance to know if the glass products used can meet fire protection requirements or maintain safe in other environmental exposure, including extreme temperature variations, ultraviolet radiation, and changes in humidity.
“With highly experienced technicians and state-of-the-art test equipment, our glass testing will test and measure the long-term mechanical performance of various glasses, covering architectural glass, industrial glass, and special glass such as wave soldering glass, oven glass, ultraviolet glass, optical glass, and temperature-resistant and high-pressure glass,” says the Marketing Chief of T,C&A Lab.
T,C&A Lab’s glass testing is affordable and efficient, while at the same time offering the highest level of accuracy analysis report. The testing standards include but are not limited to: ASTM E2189, ASTM D2970, ASTM E708, ASTM F2154, ASTM C240, ASTM C1572, ASTM C1663, ASTM D3891, ASTM C1223, ASTM C1285, ASTM D578, ASTM D5359, ASTM D4029, ASTM D580, ISO 8424, ISO 1288, ISO/WD 23237, ISO 20492, ISO 29584, ISO 28278, ISO 9689, ISO 8533, ISO 8483, ISO 7432, ISO 10468, and ISO 20492.
More specifically, the glass testing services provided by T,C&A Lab cover the following aspects:
Content analysis, which includes SiO2, metal oxide, alkaline oxide content, and more.
Physical properties, which include size, hardness, elastic modulus, and sound insulation coefficient.
Mechanical properties, which include tensile strength, brittleness, bending test, tensile test, impact stress, wind pressure resistance, etc.
Thermal properties, which include thermal expansion coefficient, thermal conductivity, and thermal stability.
Optical properties, which include transmittance, refractive index, shading coefficient, tinting power, hiding power, gloss, etc.
Electrical properties, which include conductivity, breakdown voltage or breakdown strength, insulation resistance, dielectric constant, etc.
Flame retardant performance, which includes Related to fire rating evaluation.
Aging performance, which includes anti-aging, weather resistance, etc.
Surface defect testing, which includes pits, scratches, dust, black spots, etc.
Safety performance requirements, which include heat resistance, moisture resistance, radiation resistance, falling ball impact peeling performance, shot bag impact performance.
In addition, T,C&A Lab also offers solutions for individual test requirements. Visit https://tcalab.alfa-chemistry.com/industries/glass-testing.html to learn more or contact us to discuss tailor-made services that you may need.
About T,C&A Lab
With accumulated experience on material testing, T,C&A Lab is an independent lab that provides custom testing, characterization and analysis for a variety of materials, including but are not limited to rubber, plastic, textile, metal, ceramic, glass, coating, wood, building material, automotive component, electronic, paper and cardboard, cosmetic, packaging, medical device, pharmaceutical, nanomaterial, nonwoven material, resin, leather, ink, adhesives and surfactant. The lab serves many industries. It is skillful in not only analytical testing services, but also in testing data interpretation and simulation with the use of advanced data analysis techniques.
Having gained worldwide recognition as a trust-worthy third-party testing organization, T,C&A Lab, a branch of Alfa Chemistry, recently announces to start to provide wood testing, which is easy, fast and efficient, for customers who need to make sure their wood raw materials, components or finished products are safe, of high quality and in compliance of ISO, ASTM standards and industry requirements.
Wood is an important construction and furniture materials whose quality will determine whether a product made from wood will meet the quality standards. “Having a comprehensive and reliable wood inspection report is very important. For sales people, the third-party test report data will prove the authenticity of wood so that customers can trust the quality of their products. For researchers, they need a thorough report on wood for new product design. With a contrast testing, product quality can be improved and production cost can be reduced,” says one of the senior scientists from T,C&A Lab.
Upon the unique requirements of each client, wood testing is conducted under the guidance of a wide range of standards such as ASTM D143, ASTM D198, ASTM D1037, ASTM D1761, ISO 3132, ISO 3131, ISO 3129, ISO 9086, ISO 3348, ISO 12460, ISO 12460, ISO 12460, ISO 27769.
The wood testing services provided by T,C&A Lab include but are not limited to:
Identification Service, which includes: tree species identification, material identification, and year identification.
Mechanical Performance Testing Items: Bending elastic modulus, shear strength, tensile strength, impact toughness, splitting resistance, and bending strength are all tested.
Physical Performance Testing Items: Density, hardness, water content, water absorption, dry shrinkage, swelling, durability, and corrosion resistance are all tested.
Combustion Performance: In this step, ignitability (ignition, oxygen index), flame propagation, carbonization length, heat release, and smoke are all analyzed and tested.
Biological Performance: In this step, discoloration, stability (cracking/deformation), wood durability (anti-corrosion performance), wood mildew resistance are all analyzed and tested.
Toxic and Hazardous Substance Testing Items: In this step, formaldehyde, volatile organic compounds, benzene, toluene and xylene, toluene diisocyanate, heavy metals (lead, mercury, cadmium, chromium, arsenic) are all analyzed and tested.
Visit https://tcalab.alfa-chemistry.com/industries/wood-testing.html to learn more about T,C&A Lab’s wood testing as well as other material testing services or contact us to discuss tailor-made services that you may need.
About T,C&A Lab
With accumulated experience on material testing, T,C&A Lab is an independent lab that provides quality and custom testing, characterization and analysis for a variety of materials, including but are not limited to rubber, plastic, textile, metal, ceramic, glass, coating, wood, building material, automotive component, electronic, paper and cardboard, cosmetic, packaging, medical device, pharmaceutical, nanomaterial, nonwoven material, resin, leather, ink, adhesives and surfactant. The lab serves many industries. It is skillful in not only analytical testing services, but also in testing data interpretation and simulation with the use of advanced data analysis techniques.
As a professional third-party testing organization trusted by customers worldwide, T,C&A Lab, a branch of Alfa Chemistry, recently announces to start to provide rock testing services in compliance with ISO, ASTM standards and industry requirements to ensure the selected materials meet the project requirements. In many projects such as hydrocarbon and energy project planning, accurate characterization and more detailed formation properties of rocks are needed for decision-making.
“Rock testing is a general term for the determination of all kinds of basic characteristics of rock. The specific test content should be determined according to the type and scale of the project, as well as the engineering geological problems to be solved. Rock testing measures are usually performed at high load on intact samples, sometimes at high temperature,” says one of the senior scientists from Alfa Chemistry. “With a long history of technical success, Alfa Chemistry is committed to creating the safest, most innovative solutions for clients. Currently, our lab is capable of testing various rocks, including basalt, perlite, limestone, peridotite, granite, sandstone, shale, marble and more.”
Guided by a wide range of standards like ASTM D6032, ASTM D2113, ASTM D5731, ASTM D3967, ASTM D4611, ASTM D2216, ASTM D8359, ASTM D5312, ASTM D5240, ISO 22282, ISO 14689, ISO 17628, ISO/FDIS 22475, T,C&A Lab would generally conduct rock identification, physical and mechanical testing and chemical analysis for each rock testing project.
Rock identification
Through identification, the physical and mechanical properties of the rock can be obtained, and the applicability of the rock can be judged more comprehensively. During this step, the color, structure, composition and differentiation of rocks can be identified.
Physical and mechanical testing
The physical and mechanical characteristics of rock should also be tested, which include: water content, density, gross bulk density, water absorption rate, frost resistance, solmdness, uniaxial compressive strength test, flexural strength, direct shear test, young modulus of rock, point load, compressive and tensile strength, swelling and slake durability, poisson ratio, etc.
During the process of chemical analysis, the content of SiO2, A12O3, Fe2O3, FeO, CaO, MgO, soluble salts, organic matter, ignition loss, and specific surface area are tested and determined in order to identify the chemical stability of minerals.
Visit https://tcalab.alfa-chemistry.com/industries/rock-testing.html to learn more about T,C&A Lab’s rock testing as well as other material testing services or contact us to discuss tailor-made services that you may need.
About T,C&A Lab
As an independent lab, T,C&A Lab now provides quality and custom testing, characterization and analysis for a variety of materials. The lab serves many industries. It is skillful in not only analytical testing services, but also in testing data interpretation and simulation with the use of advanced data analysis techniques.
A wide range of products, such as electronic and electrical products, parts and materials, toys and children's products, might contain toxic and harmful substances, which is a big threat to human beings’ safety. Therefore, harmful substance testing is an indispensable step in the manufacturing process of various products. As a professional, reliable third-party testing organization, T,C&A Lab, a branch of Alfa Chemistry, recently announces it can provide harmful substances testing service in compliance with related standards and industry requirements.
Regulatory institutions worldwide have put forward strict requirements for toxic and harmful chemicals in products and their raw materials. “With advanced facilities and highly experienced scientific team, our lab can help customers produce safer products that contain no harmful substances. Based on different testing items, various testing techniques and methods are employed, including: gas chromatography/mass spectrometry (GC-MS), gas chromatography/electron capture detector analysis method (GC-ECD), liquid chromatography analysis method (HPLC), spectrophotometric analysis, inductively coupled plasma atomic emission spectroscopy (ICP-AES), atomic absorption spectroscopy (AAS), atomic fluorescence spectrometry (AFS),” says the Marketing Chief of T,C&A Lab.
The capability of T,C&A Lab in harmful substance testing is diversely ranged, which mainly covers the following aspects:
RoHS Testing
Analytical testing is conducted to figure out if electronic and electrical equipment contain excessive amount of ten hazardous materials, namely, lead (Pb), mercury (Hg), cadmium (Cd), hexavalent chromium (Cr6+), polybrominated biphenyls (PBB), polybrominated diphenyl ether (PBDE), bis(2-ethylhexyl) phthalate (DEHP), butyl benzyl phthalate (BBP), dibutyl phthalate (DBP), and diisobutyl phthalate (DIBP).
REACH Testing
T,C&A Lab conducts REACH testing to figure out if substances of very high concern (SVHC) are present in articles, if their total quantity used is more than one ton per year and if the SVHC is at more than 0.1% of the mass of the object.
PAHs Testing
The testing range of PAHs include: consumer products such as electronics, motors, rubber products, plastic products, automotive plastics, rubber parts, food packaging materials, toys, container materials, as well as other materials.
Heavy metals such as lead (Pb), arsenic (As), antimony (Sb), barium (Ba), cadmium (Cd), chromium (Cr), mercury (Hg), and selenium (Se) should also be tested for toy products.
Phthalic Acid Ester Testing (PAEs)
Phthalate ester is a kind of widely used plasticizer, which can modify or soften plastics. It is common in plastics and paints, among which 15 kinds of phthalates are considered to be harmful substances and their use is limited.
Visit https://tcalab.alfa-chemistry.com/material-testing.html to learn more about T,C&A Lab’s harmful substances testing as well as other material testing services or contact us to discuss tailor-made services that you may need.
About T,C&A Lab
As an independent lab, T,C&A Lab now provides quality and custom testing, characterization and analysis for a variety of materials. The lab serves many industries. It is skillful in not only analytical testing services, but also in testing data interpretation and simulation with the use of advanced data analysis techniques.
To ensure the safety and quality of materials is of paramount importance for manufacturers. Material testing has thus become increasingly popular. In a recent statement, T,C&A Lab, a branch of Alfa Chemistry, announced to provide custom testing, characterization and analysis services for a diverse range of materials, including papers, metals, raw material, active ingredients, cosmetics, surfactant, graphene, paint, textile, rubber, plastics, oil additives, resins, adhesives, leathers, glass, and many more.
“With advanced facilities and highly experienced scientific team, our lab can help with troubleshooting, R&D screening, raw materials re-test and diagnosis for many industries. We can also assist clients in testing data interpretation and simulation by advanced data analysis techniques,” says the Marketing Chief of T,C&A Lab.
The testing capability of T,C&A Lab is diversely ranged, which covers: nonwoven materials, coatings, rubber, pulp and paper, resins, textile, leather, ink, adhesives, surfactant, ceramics, glass, liquid crystals, wood, rocks, composite materials. Each testing category can be found with more details on the website. Below are a few featured testing services that are frequently sought for by customers worldwide:
Plastic testing is to conduct systematic analysis, component analysis, formulation analysis, performance testing and aging testing for various plastic products and related raw materials in accordance with ISO, ASTM, DIN, GB, HB and other standards. The plastic materials that can be tested include plastic packaging material, plastic film, plastic container, plastic electrical products, and degradable plastics.
Metal and Alloys Testing
T,C&A Lab can provide metal and alloys testing service according to ISO, ASTM standards and other industry requirements, which further covers chemical composition analysis, nondestructive testing, mechanical testing, corrosion resistance analysis, metallurgical testing, analysis of metallic material coating, etc.
Owing to its excellent optical, electrical, and mechanical properties, graphene has important application prospects in materials science, micro-nano processing, energy, biomedicine, and drug delivery. The graphene products we can test include but not limited to: single-layer graphene, bilayer or double-layer graphene, few-layer and multi-layer graphene.
Nanomaterials Characterization
The unique physical and chemical properties of nanomaterials, namely size, shape, composition and surface characteristics have opened up a new field of research and application for the development of new materials. The characterization range includes but is not limited to: nanomaterials characterization, nano-particles, nano-dispersions, nano powder, nanofiber, nano film, nano-block, etc.
Visit https://tcalab.alfa-chemistry.com/industries.html to learn more about T,C&A Lab’s material testing range or contact us to discuss tailored services that you may need.
About T,C&A Lab
As an independent lab, T,C&A Lab now provides quality and custom testing, characterization and analysis for a variety of materials. The lab serves many industries. It is skillful in not only analytical testing services, but also in testing data interpretation and simulation with the use of advanced data analysis techniques.