What Are Composition Studies?

Component analysis: refers to the technical method of analyzing the components of products or samples by microscopic spectrum and laser femtosecond molecular structure detection, and qualitative and quantitative analysis of each component.

Component analysis

According to the conclusion, the analysis can be divided into

Classification of common substances for composition analysis, generally including unknowns,

Polymer, Chemical Commonly Used Methods

FTIR (

1. Organic solvents: paint thinner, Tianna water, paint remover, solvents for electronics, textile and printing industries.

2. Solid matter, powder slag, etc.

3. Aerosol, brightener, pesticide, release agent, lubricant, refrigerant, air freshener.

4. Various auxiliaries: auxiliaries used in electronics industry (flux), textile industry, paint, plastic processing industry: emulsifier, wetting and dispersing agent, defoamer, flame retardant, etc .; electroplating (zinc, copper, Analysis of chromium, nickel, precious metals) additives: pre-treatment additives, brighteners, auxiliary brighteners, etc.

5. Analysis of textile and leather auxiliaries: softener, levelling agent, finishing agent, etc.

6. Analysis of additives for plastics and rubber products: plasticizers, plasticizers, antioxidants, flame retardants, light and heat stabilizers, foaming agents, fillers, antistatic agents, etc.

7. Cosmetics: shampoo, hair care products, skin care products, beauty products, oral hygiene products, etc.

8. Ink analysis: ink, photosensitive ink, printing ink, etc.

9, detergent analysis: civilian and industrial cleaning agents.

10. Polymer materials: adhesives, fibers, coatings.

11. Analysis of petrochemicals: lubricants, cutting fluids, etc.