Ingredient analysis is to analyze the ingredients of a product or sample through microscopic spectrum and laser detection of molecular structure, and qualitatively and quantitatively analyze each ingredient. This process is called ingredient analysis. Ingredient analysis technology is usually used to analyze unknown substances, unknown ingredients, etc. Using ingredient analysis technology can quickly determine the various ingredients in the target sample, help you to qualitatively and quantitatively analyze the sample, identify polymers such as rubber and rubber. Material, raw materials, additives, specific ingredients and content, foreign matter, etc.
Cosmetic Ingredient Analysis Project
Ingredient analysis test: Analyze the chemical name and ingredient content of the sample ingredients through precision instruments such as spectroscopy, chromatography, and nuclear magnetic resonance, restore formula, and analyze unknown substances.
Physical and chemical performance testing: purity, concentration, hardness, moisture, ash content, PH value, specific heat capacity, thermal conductivity, viscosity, flash point, thermal conductivity, viscosity, fineness, appearance, etc.
Physical property testing: size, density, hardness, puncture performance, water vapor transmission rate, wear resistance, creep, tensile strength, bending performance, impact performance, compression performance, shear, friction, peel strength, etc.
Reliable performance testing: wet heat cycle, high and low temperature cycle, crushed stone impact, vibration test, drop test, dustproof and waterproof test, electrical performance, rapid change test, thermal shock test, ice water shock, drop ball impact test, protection level, roller Drop, button fatigue, plug fatigue, life test, degradation test, etc.
Aging performance test: salt spray test (neutral salt spray, acid salt spray, alternating salt spray and copper ion accelerated salt spray), hot air aging, ultraviolet aging, xenon lamp aging, ozone aging, carbon arc lamp aging, outdoor exposure test , high temperature aging, low temperature aging, SO2/SO3 aging test, H2S aging test, resistance to reagents, etc.
Thermal properties testing: melt index, heat distortion temperature, Vicat softening point, glass transition temperature, melting point, thermal weight loss temperature, low temperature embrittlement temperature, linear thermal expansion coefficient, thermal conductivity, etc.
Detection of harmful substances: microorganisms, formaldehyde, heavy metals, ROHS, REACH detection, melamine, PAHs, plasticizers, halogens, asbestos, VOC, TVOC, etc.
Flame retardant fire test: flame retardant performance, fire performance, limiting oxygen index, vertical burning, horizontal burning, 45° burning, CTI/PTI, glow wire test, etc.
Cost of Cosmetic Ingredient Analysis
At present, there are many analysis and testing institutions, and the charging standards of different institutions are different, so the prices vary, but there will also be a price range. Therefore, the final price will still be determined according to the products you analyze and test.
AxisPharm Laboratories, the analytical service unit of AxisPharm, is specialized in mass spectrometry, HPLC separation, structure elucidation, and pre-clinic PK Studies. Our facility is currently equipped with numerous LC/MS systems, GC/MS, HPLC, Pre-HPLC, Orbitrap and a MALDI-TOF.
For companies large and small, we offer comprehensive service unmatched by similar analytical departments, all at an affordable cost.
